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- Jael
- Wife of Heber the Kenite (Judg. 4:17); she invited Sisera, commander of the Canaanite army of King Jabin of Hazor, into her tent as he fled from the battle in defeat. While he was sleeping, she drove a tent-peg into his temple. The exploit gave Israel protection from the Canaanites and is memorably celebrated in the song of Deborah, a prophetess who had lent her support to the victorious campaign (Judg. 5:24–31).
Dictionary of the Bible.


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Day of the Dead
Featuring Catrinas from Casa Guanajuato Quad Cities and ofrendas from community members including The Humane Society of Scott County, The Project of the Quad Cities, Scott Community College SEED Program and Casa Guanajuato, the exhibition will showcase the traditions of El Día de los Muertos.
This exhibition will be on view through November 3, 2013 in the Mary Waterman Gildehaus Community Gallery.
Community Gallery exhibtions are sponsored by the Brand Boeshaar Foundation Fund.
Companion Events
Free Family Fiesta Day • 10 am-2 pm Saturday, November 2nd
Día de los Muertos 5K Race/Walk • 9 am Saturday, November 2nd
A Partnership with Casa Guanajuato Quad Cities
Community Gallery exhibitions sponsored by the Brand Boeshaar Foundation Fund

subset: commoncrawl


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Oana Avasilichioaei
Due to COVID-19, Canada Guest of Honour events and activities listed on this website may be cancelled or postponed. The event calendar will be updated to the best of our ability, however we recommend that you click on the "For more information" link of the respective event listing for the latest updates.
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I certainly have been enjoying a lot of pumpkin lately and in particular I have been enjoying transforming the pumpkin pie flavours into different dishes. When I came across the idea of a pumpkin pie white hot chocolate recently on The Luna Cafe I knew immediatly what my next pumpkin pie experiment was going to be. Not too long ago I had tried a pumpkin pie milkshake and a hot version of a pumpkin pie drink sounded perfect for the chilly weather that we have been having. This drink is pretty much as simple as making some white hot chocolate and adding the pumpkin puree and pumpkin spices and it is so worth making! The pumpkin pie white hot chocolate was excellent! It was nice and hot and the white chocolate added the perfect amount of sweetness that went really well with the pumpkin pie flavours. Lesson learned: Don't try to top a hot drink with whipped cream before photographing it as it melts pretty much right away.
Pumpkin Pie White Hot Chocolate
Pumpkin and white chocolate is an amazing flavour combination and when used in a hot chocolate makes for a great way to stay warm on cold winter days.
- 3 cups whole milk
- 1 cup pumpkin puree
- 1/2 teaspoon cinnamon
- 1/4 teaspoon ginger
- 1/8 teaspoon cloves
- 1/8 teaspoon nutmeg
- 1 teaspoon vanilla extract (optional)
- 4 ounces white chocolate, roughly chopped
- Heat the milk, pumpkin puree, spices and vanilla in a saucepan until it just starts to simmer and remove from heat.
- Add the chocolate and stir until it has melted.
- Pour into mugs and enjoy!
Option: Top with whipped cream!
Pumpkin Pie French Toast
Pumpkin Pie Pancakes
Pumpkin Pie Milkshake
Pumpkin Pie
Pumpkin White Chocolate and Macadamia Nut Cookies
Maple Pumpkin Pie Cheesecake
Pumpkin Cheesecake Gingersnap Streusel Bars
Pumpkin Spiced Latte
Pumpkin Chai Latte
White Chocolate Pumpkin Cheesecake
Pumpkin White Chocolate Chip Cookies


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Sam Evans-Brown
Sam Evans-Brown has been working for New Hampshire Public Radio since 2010, when he began as a freelancer. His work has won several local broadcast journalism awards, and he was a 2013 Steinbrenner Institute Environmental Media Fellow at Carnegie Mellon University. He studied Politics and Spanish at Bates College, and before reporting was variously employed as a Spanish teacher, farmer, bicycle mechanic, ski coach, research assistant, a wilderness trip leader and a technical supporter.


text: This uk replica watches green water ghost special place is made for the Sultanate of replica watches uk, stainless steel table engraved Oman crown rolex replica, crossed the knife logo, which is a symbol of the swiss replica watches Arab royal family. List of Indian Products & Services :: Delhi Chamber of Commerce Welcome Visitor !!! Tuesday, April 23, 2024 Signup Forgot Password?Get Login ID Application for CO Certificate of Origin Annexure 3 (CO for Mexico) Application For Membership About Us Aims and Objects Functional Activities Business Enquiry Contact Us Useful Links From President Desk From Secretary General's Desk List of Advertisers List of Members, Manufacturers, Exports and Importers List of Commodities (who supplies what) Foreign Embassies - High Commission in Delhi Indian Embassies - High Commission in Abroad Export Promotion Councils Important Chambers of Commerce Abroad & Organisation Engaged in Foriegn Trade Abroad List of Custom House Agents, Freight Forwarders, Shipping Agents & Cargo Movers Inquiry Form Note: All fields marked with * are mandatory You are sending inquiries to the following: The following company(s) have been marked for sending inquiries. Please confirm your category selection in the check box(s) before sending inquiry(s). Category Company COMPUTER SOFTWARE JOB SERVICE PROVIDER MANPOWER SUPPLY, PLACEMENTS & RECRUITMENTS RECRUITMENT SOFTWAREML OUTSOURCING SERVICES PVT. LTD. Your Name: * Email ID: * Address: * Phone Fax Company Name: Contact Person: Website: Subject: * Message: * Secutiry Code: * Load New Code Enter the code exactly as you see it in the image. (Cookies must be enabled) Home | About Us | Business Enquiry | Trade Enquiries | Contact Us Copyright 2006, Delhi Chamber of Commerce. All Rights Reserved.


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Introduction to Advancing Quantum Mechanics for Engineers and Physicists
"Advancing Quantum Mechanics for Engineers" (AQME) toolbox is an assemblage of individually authored tools that, used in concert, offer educators and students a one-stop-shop for semiconductor education. The AQME toolbox holds a set of easily employable nanoHUB tools appropriate for teaching a quantum mechanics class in either engineering or physics. Users no longer have to search the nanoHUB to find the appropriate applications for discovery that are related to quantum mechanics; users, both instructors and students, can simply log in and take advantage of the assembled tools and associated materials such as homework or project assignments.
Thanks to its contributors, nanoHUB users and AQME's toolbox have benefited tremendously from the hard work invested in tools development. Simulation runs performed using the AQME tools are credited to the individual tools, and count toward individual tool rankings. Uses of individual tools within the AQME tool set are also counted, to measure AQME impact and to improve the tool. On their respective pages, the individual tools are linked to the AQME toolbox.
Participation in this open source, interactive educational initiative is vital to its success, and all nanoHUB users can:
- Contribute content to AQME by uploading it to the nanoHUB. (See "Contribute>Contribute Content" on the nanoHUB mainpage.) Tagging contributions with "AQME" will effect an association with this initiative and, because the toolbox is actively managed, such contributions may also may be added to the toolbox.
- Provide feedback for the items you use in AQME and on nanoHUB.org through the review system. (Please be explicit and provide constructive feedback.)
- Let us know when things do not work by filing a ticket via the nanoHUB "Help" feature on every page.
- Finally, let us know what you are doing and submityour suggestions improving the nanoHUB by using the "Feedback" section, which you can find under "Support"
Finally, be sure to share AQME and other nanoHUB success stories; the nanotechnology community and its supporters need to hear of nanoHUB's impact.
Discovery that is Possible through Quantum Mechanics
Nanotechnology has yielded a number of unique structures that are not found readily in nature. Most demonstrate an essential quality of Quantum Mechanics known as quantum confinement. Confinement is the idea of keeping electrons trapped in a small area, about 30 nm or smaller. Quantum confinement comes in several dimensions. 2-D confinement, for example, is restricted in only one dimension, resulting in a quantum well (or plane). Lasers are currently built from this dimension. 1-D confinement occurs in nanowires, and 0-D confinement is found only in the quantum dot.
The study of quantum confinement leads, foremost, to electronic properties not found in today's semiconductor devices. The quantum dot works well as a first example. The typical quantum dot is anywhere between 3-60 nm in diameter. That's still 30 to 600 times the size of a typical atom. A quantum dot exhibits 0-D confinement, meaning that electrons are confined in all three dimensions. In nature, only atoms have 0-D confinement; thus, a quantum dot can be described loosely as an 'artificial atom.' This knowledge is vitally important, as atoms are too small and too difficult to isolate in experiments. Conversely, quantum dots are large enough to be manipulated by magnetic fields and can even be moved around with an STM or AFM. We can deduce many important atomistic characteristics from a quantum dot that would otherwise be impossible to research in an atom.
Confinement also increases the efficiency of today's electronics. The laser is based on a 2-D confinement layer that is usually created with some form of epitaxy such as Molecular Beam Epitaxy or Chemical Vapor Deposition. The bulk of modern lasers created with this method are highly functional, but these lasers are ultimately inefficient in terms of energy consumption and heat dissipation. Moving to 1-D confinement in wires or 0-D confinement in quantum dots allows for higher efficiencies and brighter lasers. Quantum dot lasers are currently the best lasers available, although their fabrication is still being worked out.
Confinement is just one manifestation of quantum mechanics in nanodevices. Tunneling and quantum interference are two other manifestations of quantum mechanics in the operation of scanning tunneling microscopes and resonant tunneling diodes, respectively. For more information on the theoretical aspects of Quantum Mechanics check the following resources:
Quantum Mechanics for Engineers
Quantum Mechanics for Engineers: Course Assignments
Because understanding quantum mechanics is so foundational to an understanding of the operation of nanoscale devices, almost every Electrical Engineering department (in which there is a strong nanotechnology experimental or theoretical group) and all Physics departments teach the fundamental principles of quantum mechanics and their application to nanodevice research. Several conceptual sets and theories are taught within these courses. Normally, students are first introduced to the concept of particle-wave duality (the photoelectric effect and the double-slit experiment), the solutions of the time-independent Schrödinger equation for open systems (piece-wise constant potentials), tunneling, and bound states. The description of the solution of the Schrödinger equation for periodic potentials (Kronig-Penney model) naturally follows from the discussion of double well, triple well and n-well structures. This leads the students to the concept of energy bands and energy gaps, and the concept of the effective mass that can be extracted from the pre-calculated band structure by fitting the curvature of the bands. The Tsu-Esaki formula is then investigated so that, having calculated the transmission coefficient, students can calculate the tunneling current in resonant tunneling diode and Esaki diode. After establishing basic principles of quantum mechanics, the harmonic oscillator problem is then discussed in conjunction with understanding vibrations of a crystalline lattice, and the idea of phonons is introduced as well as the concept of creation and annihilation operators. The typical quantum mechanics class for undergraduate/first-year graduate students is then completed with the discussion of the stationary and time-dependent perturbation theory and the derivation of the Fermi Golden Rule, which is used as a starting point of a graduate level class in semiclassical transport. Coulomb Blockade is another discussion a typical quantum mechanics class will include.
Particle-Wave Duality
A wave-particle dual nature was discovered and publicized in the early debate about whether light was composed of particles or wave. Evidence for the description of light-as-waves was well established at the turn of the century when the photoelectric effect introduced firm evidence of a light-as-particle nature. This dual nature was found to also be characteristic of electrons. Electron particle nature properties were well documented when the DeBroglie hypothesis, and subsequent experiments by Davisson and Germer, established the wave nature of the electron.
Particle-Wave Duality: an Animation
This movie helps students to better distinguish when nano-things behave as particles and when they behave as waves. The link below connects to an exercise on these concepts.
Introductory Concepts in Quantum Mechanics: an Exercise
Solution of the Time-Independent Schrödinger Equation
Piece-Wise Linear Barrier Tool in AQME – Open Systems
The Piece-Wise Linear Barrier Tool in AQME allows calculation of the transmission and the reflection coefficient of arbitrary five, seven, nine, eleven and 2n-segment piece-wise constant potential energy profile. For the case of multi-well structure it also calculates the quasi-bound states so it can be used as a simple demonstration tool for the formation of energy bands. Also, it can be used in the case of stationary perturbation theory exercises to test the validity of, for example, the first order and the second order correction to the ground state energy of the system due to small perturbations of, for example, the confining potential. The Piece-Wise Linear Barrier Tool in AQME can also be used to test the validity of the WKB approximation for triangular potential barriers.
Available resources:
- Quantum-Mechanical Reflections: an Exercise
- Double-Barrier Case: An Exercise
- From 1 well to 2 wells to 5 wells to periodic potentials: an Exercise
- Energy Bands as a Function of the Geometry of the n-Well Potential: an Exercise
- Cosine Bands: an Exercise for PCPBT
- Quantum-Mechanical Reflections in Nanodevices: an Exercise
- Tunneling Through Triangular Barrier: an Exercise for PCPBT
- Stationary Perturbation Theory: an Exercise for PCPBT
Bound States Lab in AQME
The Bound States Lab in AQME determines the bound states and the corresponding wavefunctions in a square, harmonic, and triangular potential well. The maximum number of eigenstates that can be calculated is 100. Students clearly see the nature of the separation of the states in these three prototypical confining potentials, with which students can approximate realistic quantum potentials that occur in nature.
The panel below (left) shows energy eigenstates of a harmonic oscillator. Probability density of the ground state that demonstrates purely quantum-mechanical behavior is shown in the middle panel below. Probability density of the 20th subband demonstrates the more classical behavior as the well opens (right panel below).
Available resources:
Energy Bands and Effective Masses
Periodic Potential Lab in AQME
The Periodic Potential Lab in AQME solves the time-independent Schrödinger Equation in a 1-D spatial potential variation. Rectangular, triangular, parabolic (harmonic), and Coulomb potential confinements can be considered. The user can determine energetic and spatial details of the potential profiles, compute the allowed and forbidden bands, plot the bands in a compact and an expanded zone, and compare the results against a simple effective mass parabolic band. Transmission is also calculated. This lab also allows the students to become familiar with the reduced zone and expanded zone representation of the dispersion relation (E-k relation for carriers).
Available resources:
Periodic Potentials and Bandstructure: an Exercise
Band Structure Lab in AQME
Band structure of Si (left panel) and GaAs (right panel).
In solid-state physics, the electronic band structure (or simply band structure) of a solid describes ranges of energy that an electron is "forbidden" or "allowed" to have. It is due to the diffraction of the quantum mechanical electron waves in the periodic crystal lattice. The band structure of a material determines several characteristics, in particular, its electronic and optical properties. The Band Structure Lab in AQME enables the study of bulk dispersion relationships of Si, GaAs, InAs. Plotting the full dispersion relation of different materials, students first get familiar with a band structure of a direct band gap (GaAs, InAs), as well as indirect band gap semiconductors (Si). For the case of multiple conduction band valleys, students must first determine the Miller indices of one of the equivalent valleys, then, from that information they can deduce how many equivalent conduction bands are in Si and Ge, for example. In advanced applications, the users can apply tensile and compressive strain and observe the variation in the band structure, band gaps, and effective masses. Advanced users can also study band structure effects in ultra-scaled (thin body) quantum wells, and nanowires of different cross sections. Band Structure Lab uses the sp3s*d5 tight-binding method to compute E(k) for bulk, planar, and nanowire semiconductors.
Available resource:
Bulk Band Structure: a Simulation Exercise
The figure on the left illustrates the first Brillouin zone of FCC lattice that corresponds to the first Brillouin zone for all diamond and Zinc-blende materials (C, Si, Ge, GaAs, InAs, CdTe, etc.). There are 8 hexagonal faces (normal to 111) and 6 square faces (normal to 100). The sides of each hexagon and each square are equal.
Supplemental Information: Specification of High-Symmetry Points
Symbol | Description |
Γ | Center of the Brillouin zone |
Simple Cube | |
M | Center of an edge |
R | Corner point |
X | Center of a face |
Face-Centered Cubic | |
K | Middle of an edge joining two hexagonal faces |
L | Center of a hexagonal face |
U | Middle of an edge joining a hexagonal and a square face |
W | Corner point |
X | Center of a square face |
Body-Centered Cubic | |
H | Corner point joining four edges |
N | Center of a face |
P | Corner point joining three edges |
Hexagonal | |
A | Center of a hexagonal face |
H | Corner point |
K | Middle of an edge joining two rectangular faces |
L | Middle of an edge joining a hexagonal and a rectangular face |
M | Center of a rectangular face |
Real World Applications
Schred Tool in AQME
The Schred Tool in AQME calculates the envelope wavefunctions and the corresponding bound-state energies in a typical MOS (Metal-Oxide-Semiconductor) or SOS (Semiconductor-Oxide- Semiconductor) structure and in a typical SOI structure by solving self-consistently the one-dimensional (1-D) Poisson equation and the 1D Schrödinger equation. The Schred tool is specifically designed for Si/SiO2 interface and takes into account the mass anisotropy of the conduction bands, as well as different crystallographic orientations.
Available resources:
Right panel – Potential diagram for inversion of p-type semiconductor. In this first notation Εij refers to the j-th subband from either the Δ2-band (i=1) or Δ4-band (i=2). Left panel – Constant-energy surfaces for the conduction-band of silicon showing six conduction-band valleys in the direction of momentum space. The band minima, corresponding to the centers of the ellipsoids, are 85% of the way to the Brillouin-zone boundaries. The long axis of an ellipsoid corresponds to the longitudinal effective mass of the electrons in silicon, while the short axes correspond to the transverse effective mass . For orientation of the surface, the Δ2-band has the longitudinal mass (ml) perpendicular to the semiconductor interface and the Δ4-band has the transverse mass (mt) perpendicular to the interface. Since larger mass leads to smaller kinetic term in the Schrodinger equation, the unprimed lader of subbands (as is usually called), corresponding to the Δ2-band, has the lowest ground state energy. The degeneracy of the unprimed ladder of subbands for orientation of the surface is 2. For the same reason, the ground state of the primed ladder of subbands corresponding to the Δ4-band is higher that the lowest subband of the unprimed ladder of subbands, The degeneracy of the primed ladder of subbands for (100) orientation of the interface is 4.
1-D Heterostructure Tool AQME
The 1-D Heterostructure Tool AQME simulates confined states in 1-D heterostructures by calculating charge self-consistently in the confined states, based on a quantum mechanical description of the one dimensional device. The greater interest in HEMT devices is motivated by the limits that will be reached with scaling of conventional transistors. The 1D Heterostructure Tool in that respect is a very valuable tool for the design of HEMT devices as one can determine, for example, the position and the magnitude of the delta-doped layer, the thickness of the barrier and the spacer layer for which one maximizes the amount of free carriers in the channel which, in turn, leads to larger drive current. This is clearly illustrated in the examples below.
Available resources:
- Uniform versus delta doping in 1D heterostructures: an Exercise
- Parallel Conduction Channel: an Exercise for 1D Heterostructure Lab
The most commonly used semiconductor devices for applications in the GHz range now are GaAs based MESFETs, HEMTs and HBTs. Although MESFETs are the cheapest devices because they can be realized with bulk material, i.e. without epitaxially grown layers, HEMTs and HBTs are promising devices for the near future. The advantage of HEMTs and HBTs is a factor of 2 to 3 higher power density compared to MESFETs which leads to significantly smaller chip size.
HEMTs are field effect transistors where the current flow between two ohmic contacts, Source and Drain, and it is controlled by a third contact, the Gate. Most often the Gate is a Schottky contact. In contrast to ion implanted MESFETs, HEMTs are based on epitaxially grown layers with different band gaps Eg. A schematic cross section of a HEMT is shown below.
Schematic cross section of a High Electron Mobility Transistor (HEMT).
If two semiconductors with different band gap energies are joined together, the difference is divided up into a band gap offset in the valence band ΔEV and a band gap offset in the conduction band ΔEC. One of the most common assumptions made for the AlGaAs/InGaAs material system is 40% valence band offset and 60% conduction band offset. This is only valid for Al contents below about 45%. For higher Al contents the bandgap of AlGaAs changes from direct to indirect. In the figure below such an AlGaAs/InGaAs HEMT with a delta doped upper barrier layer is shown. The conduction band energy under the gate along the cutting line A-A' is shown to the right.
Resonant Tunneling Diode Lab in AQME
Put a potential barrier in the path of electrons, and it will block their flow; but, if the barrier is thin enough, electrons can tunnel right through due to quantum mechanical effects. It is even more surprising that, if two or more thin barriers are placed closely together, electrons will bounce between the barriers, and, at certain resonant energies, flow right through the barriers as if there were none. Run the Resonant Tunneling Diode Lab in AQME, which lets you control the number of barriers and their material properties, and then simulate current as a function of bias. Devices exhibit a surprising negative differential resistance, even at room temperature. This tool can be run online in your web browser as an active demo.
Available resources:
Quantum Dot Lab in AQME
Individual quantum dots can be created from two-dimensional electron or hole gases present in remotely doped quantum wells or semiconductor heterostructures. The sample surface is coated with a thin layer of resist. A lateral pattern is then defined in the resist by electron beam lithography. This pattern can then be transferred to the electron or hole gas by etching, or by depositing metal electrodes (lift-off process) that allow the application of external voltages between the electron gas and the electrodes. Such quantum dots are mainly of interest for experiments and applications involving electron or hole transport, i.e., an electrical current. The energy spectrum of a quantum dot can be engineered by controlling the geometrical size, the shape, and the strength of the confinement potential. Also, in contrast to atoms, it is relatively easy to connect quantum dots by tunnel barriers to conducting leads, which allows the application of the techniques of tunneling spectroscopy for their investigation. Confinement in quantum dots can also arise from electrostatic potentials (generated by external electrodes, doping, strain, or impurities).
Quantum Dot Lab in AQME computes the eigenstates of a particle in a box of various shapes, including domes and pyramids.
Available resources:
- Quantum Dots is a nano 101, introductory lecture that starts from particle-wave duality and explores the concepts of quantum dots.
- Introduction to Quantum Dot Lab (by Lee, Ryu, Klimeck)
- Quantum Dot Lab Learning Module: An Introduction (by Fodor, Guo)
- Quantum Dot Spectra, Absorption, and State Symmetry: an Exercise
Scattering and Fermi's Golden Rule
Scattering is a general physical process whereby some forms of radiation, such as light, sound, or moving particles are forced to deviate from a straight trajectory by one or more localized non-uniformities in the medium through which they pass. In conventional use, scattering also includes deviation of reflected radiation from the angle predicted by the law of reflection. Reflections that undergo scattering are often called diffuse reflections, and unscattered reflections are called specular (mirror-like) reflections. The types of non-uniformities (sometimes known as scatterers or scattering centers) that can cause scattering are too numerous to list, but a small sample includes particles, bubbles, droplets, density fluctuations in fluids, defects in crystalline solids, surface roughness, cells in organisms, and textile fibers in clothing. The effects of such features on the path of almost any type of propagating wave or moving particle can be described in the framework of scattering theory. In quantum physics, Fermi's golden rule is a way to calculate the transition rate (probability of transition per unit time) from one energy eigenstate of a quantum system into a continuum of energy eigenstates, due to a perturbation. The Bulk Monte-Carlo Lab in AQME calculates the scattering rates dependence versus electron energy of the most important scattering mechanisms for the most commonly used materials in the semiconductor industry, such as Si, Ge, GaAs, InSb, GaN, SiC. For proper parameter set for, for example, 4H SiC please refer to the following article.
Available Resources:
- Time-Dependent Perturbation Theory: an Exercise
- Bulk Monte Carlo Lab:Scattering Rates for Parabolic vs. Non-Parabolic Bands: an Exercise
Coulomb Blockade
In physics, a Coulomb blockade, named after Charles-Augustin de Coulomb, is the increased resistance at small bias voltages of an electronic device comprising at least one low-capacitance tunnel junction. According to the laws of classical electrodynamics, no current can flow through an insulating barrier. According to the laws of quantum mechanics, however, there is a non-vanishing (larger than zero) probability for an electron on one side of the barrier to reach the other side. When a bias voltage is applied, this means that there will be a current flow. In first-order approximation, that is, neglecting additional effects, the tunneling current will be proportional to the bias voltage. In electrical terms, the tunnel junction behaves as a resistor with a constant resistance, also known as an ohmic resistor. The resistance depends exponentially on the barrier thickness. Typical barrier thicknesses are on the order of one to several nanometers. An arrangement of two conductors with an insulating layer in between not only has a resistance, but also a finite capacitance. The insulator is also called dielectric in this context, the tunnel junction behaves as a capacitor.
The Coulomb Blockade Lab in AQME allows simulation of non-linear current-voltage (I-V) characteristics through single and double quantum dots and as such illustrates various single electron transport phenomena.
Available resources:
- Coulomb Blockade Exercises
- Coulomb blockade design exercises that uses Quantum Dot Lab
Users no longer have to search the nanoHUB to find the appropriate applications for discovery that are related to quantum mechanics; users, both instructors and students, can simply log in to the AQME toolbox and take advantage of the assembled tools and resources, such as animations, exercises or podcasts.


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The nation's pioneer land-grant university, Michigan State University (MSU) began as a bold experiment that democratized higher education and helped bring science and innovation into everyday life. The revolutionary concept became a model for the nation.
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Your rights regarding the processing of personal data by Kaotiko are as follows: the right to access your personal data, rectify inaccurate data, request its deletion, limit any of the processing or oppose any use (e.g. subsequently oppose the sending of advertising materials) and the portability of your data. To exercise them, you simply need to send an email to [email protected] or write a letter to Kaotiko, SL, Calle Josep Pla, 90, 08019 Barcelona, Spain. You have the right to file a complaint with the Spanish Data Protection Agency.
These rights are those of access, rectification, deletion/right to be forgotten, limitation, portability, automated individual decisions and complaints.


text:
Publicist | Cher Murphy PR
Cher Murphy, owner of Cher Murphy PR, brings with her a wealth of experience in covering a variety of interesting fields. As an expert in public relations, she works with clients in some of the most popular sectors, including health and wellness, education, restaurants, travel, and entertainment. With a nose for news and a gift of professional presentation, she is able to deliver high quality, entertaining and interesting stories on a regular basis. Over the past fifteen years, she has worked with media outlets such as: USA Today, Fox News, Real Simple, Allure, Today Show, Washington Post, Washington Times, U.S. News & World Report, Wall Street Journal, L.A. Times, Consumer Reports, and Forbes, among others. In the media world, her name has become synonymous with stories that keep consumers engaged, entertained and interested.


text:
In this course, you will :
- This course is the first in the Customer Insights and New Product Development (CIPD) specialization.
- It will introduce learners to the tools and process of gathering customer insights for identifying and developing new product opportunities.
- Through an integrated set of five modules and hands-on project experiences, learners will acquire the knowledge and skills to turn their ideas gained from understanding customer needs into innovative new products.


text:
User rights log
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Note that global rights changes are in a separate log.
- 04:26, 15 July 2017 NahidSultan talk contribs changed group membership for Mad dr@hewikibooks from bureaucrat and administrator to (none) (AAR: Admin activity review/2016/Data)
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Classes resume; NJ Transit running buses in place of Dinky
Classes and normally scheduled operations resumed in full at the University on Monday.
While New Jersey Transit trains were running on a modified schedule along the Northeast Corridor line between New York and Trenton, the Dinky line between Princeton Junction and Princeton station on campus was still not operating. New Jersey Transit began running shuttle buses in place of the train.
The University's TigerTransit system ran shuttle buses between the junction and campus from Friday through Sunday. Those shuttles stopped once New Jersey Transit began shuttling passengers.
While power was fully restored to buildings on campus as of Thursday, a few off-campus University buildings remained without power Monday morning: 755 Alexander Road, Ferris Thompson Apartments, Lawrence Apartments Buildings 2-14, Stanworth Apartments and the Shea Rowing Center.
[UPDATE: 4:45 p.m. Monday: power was restored Monday afternoon to Stanworth and Lawrence apartments.]
For the latest information on electrical outages, check the Department of Facilities' web page for updates.


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This Web was compiled from a variety of sources including the online resources listed below, but is not intended to substitute or replace the professional medical advice you receive from your adolescent's physician. The content provided here is for informational purposes only, and was not designed to diagnose or treat a health problem or disease. Please consult your adolescent's physician with any questions or concerns you may have regarding your condition.
This page contains links to other World Wide Web sites with information about adolescent medicine. We hope you find these sites helpful, but please remember we do not control or endorse the information presented on these Web sites, nor do these sites endorse the information contained here.
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Child and Adolescent Bipolar Foundation
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Dietary Guidelines for Americans 2005
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National Center for HIV, STD and TB Prevention
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National Library of Medicine
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Prevent Blindness America
US Food and Drug Administration


text:
Wind Watch is a registered educational charity, founded in 2005. |
Adapting as well as mitigating climate change
Credit: [uncredited] | Rutland Herald | March 21, 2013 | rutlandherald.com ~~
Translate: FROM English | TO English
Translate: FROM English | TO English
On March 16, Senator Bernie Sanders and activist Bill McKibben held a conference on global climate change. Such periodic updates are crucial because of the immense volume of new data and new reports. But I worry, on the basis of some of Sanders' and McKibbens' policy enthusiasms, that the pair may not be keeping up with current research. I am also concerned about their apparent belief that anyone who opposes their positions, especially their position on the need for immediate build-out of ridgeline wind, is a NIMBY or worse, a denier of the evidence for global climate change. Nothing could be further from the truth.
On the contrary, I feel that it is these two powerful men who are, apparently, denying the evidence. As they continue to support the speedy industrialization of Vermont's ridgelines, they seem to be missing several points of paramount importance to Vermonters:
The significance of adaptation as a response to climate change; mitigation efforts alone are not sufficient.
The role of forests in both mitigation and adaptation.
The peculiar vulnerability of rural communities to the negative impacts of climate change.
I offer a few relevant highlights from recent research:
Global temperature: The planet is warmer today than during 70 to 80 percent of the 11,300 year span of our Holocene epoch, according to a report in the current issue of the journal Science, which continues: "Of even more concern are projections of global temperature for the year 2100, when virtually every climate model evaluated by the Intergovernmental Panel on Climate Change shows that temperatures will exceed the warmest temperatures during …[the Holocene] under all plausible greenhouse gas emission scenarios."
Ineffectiveness of governmental efforts to decrease CO2: Carbon dioxide levels in the atmosphere have been steadily increasing over the last four years despite governmental attempts to restrain fossil-fuel emissions, according to The Earth System Research Laboratory. Carbon dioxide measured at the Mauna Loa observatory in Hawaii jumped by 2.67 parts per million in 2012, an annual increase larger than any other since 1998.
Irreversibility of climate change: "People have imagined that if we stopped emitting carbon dioxide that the climate would go back to normal in 100 years or 200 years. What we're showing here is that's not right. It's essentially an irreversible change that will last for more than a thousand years," said Susan Solomon, an author of a report on climate change published in the 2009 Proceedings of the National Academy of Sciences.
Need for mitigation and adaptation: Both mitigation and adaptation are essential, according to the Federal Advisory Committee Draft Climate Assessment Report. (The draft document is open for public comment until April 12, 2013.) From the executive summary (emphasis mine): "The choices about emissions pathways fall into a category of response options usually referred to as "mitigation" – ways to reduce the amount and speed of future climate change by reducing emissions of heat-trapping gases. The other major category of response options is known as "adaptation" and refers to changes made to better respond to new conditions, thereby reducing harm or taking advantage of opportunity."
The role of forests in adaptation to new conditions: The report continues "… in 2010, U.S. forest ecosystems and the associated wood products industry captured and stored roughly 13 percent of all carbon dioxide emitted in the U.S." It adds the following projections (emphasis mine), "Forest health decline and an increase in forest disturbances on both public and private land are projected due to increases in wildfire, insects, disease, drought, and extreme events. At the same time, there is growing awareness that forests may play an expanded role in carbon management. Addressing climate change effects on forests requires considering the interactions among land-use practices, energy options, and climate change."
Vulnerability of rural populations: In the same draft report, the Advisory Committee addresses a matter of paramount importance to Vermonters: the heightened vulnerability of rural communities to climate-change risks. The committee sites several liabilities of rural populations, including the dependence on natural resources for both livelihoods and social structure and the likelihood of "physical isolation, limited economic diversity, and higher poverty rates, combined with an aging population." Further, the committee notes that "Responding to additional challenges from climate change impacts will require significant adaptation within rural transportation and infrastructure systems, as well as health and emergency response systems. Governments in rural communities have limited institutional capacity to respond to, plan for, and anticipate climate change impacts. "
A reading of current research suggests that Vermont's leaders should promote adaptive as well as mitigation responses to climate change. They should champion preservation of Vermont's forests and build community infrastructure and response capacity. They should limit costly mitigation efforts that work against these goals. Current research does not support, for example, the policy of allowing the wind industry free access to Vermont's forested ridgelines, a policy that destroys important adaptive forest and that stresses communities for questionable goals. Vermonters should demand state policies in response to climate change that are based on sound current research and evidence. I hope that Senator Sanders and Mr. McKibben are listening.
This article is the work of the source indicated. Any opinions expressed in it are not necessarily those of National Wind Watch.
The copyright of this article resides with the author or publisher indicated. As part of its noncommercial educational effort to present the environmental, social, scientific, and economic issues of large-scale wind power development to a global audience seeking such information, National Wind Watch endeavors to observe "fair use" as provided for in section 107 of U.S. Copyright Law and similar "fair dealing" provisions of the copyright laws of other nations. Send requests to excerpt, general inquiries, and comments via e-mail.
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It wouldn't be odd that Los Angeles Lakes star Kobe Bryant and F.C. Barcelona's goal scoring sensation Lionel Messi would share a commercial endorsement or two. But you would think it would more likely in a category such as athletic gear or soda. It's not. Kobe's a Nike and Sprite (Coca-Cola) guy while Leo shills for adidas and Pepsi.
Instead the two have a combined endorsement in the most unlikely of places, the front cabin of a Turkish Airlines jet. In a commercial now running in the U.S. the 6' 6" Laker guard and the 5' 6" Barca striker vie for the attention of a young autograph seeker by one-upping each other doing ball tricks in their seat and steadily raising the stakes to balloon animals until the boy drops them both for some ice cream presented by a friendly hostess. "The best fly with Europe's best airline" is the tag line.
What this has to do with airline service isn't clear, but this one advertisement — which has been viewed over 70 million times on YouTube — can explain the global economy and its two most important sports, basketball and soccer, in a single minute.
Start with Messi, the man known as La Pulga (The Flea), who just set a new scoring record by knocking in 90 goals this year. The notion that an Argentine- born soccer player who earns a living in Spain's La Liga would be recognizable enough to sell products in the U.S. market underscores the idea that the soccer culture is firmly planted in America. Messi, like David Beckham before him, is an international star who plays for a team whose reach extends well beyond Spain. You see Barca shirts turn up all over the U.S., because both Barca's and Argentina's games can be seen regularly, on Fox Soccer, ESPN or Gol TV. And as the last election pointed out to the GOP, the changing demographics and expanding, and young, Hispanic population have Leo written all over it.
(MORE: Free Lesson With Kobe Bryant)
It would also be fair to say that Kobe Bryant is probably more recognizable in Europe than Leo Messi is in the U.S. Bryant has played in the Olympics twice and toured with the Lakers in preseason European trips. Basketball is big in Turkey, which has three teams in the Euroleague, which Turkish Airlines sponsors. One of them, Fenerbahce Ulker, beat the Boston Celtics in a September exhibition. (Then again, a lot of teams are being the Celts this year.) NBA games are televised regularly, so Kobe gets plenty of exposure. And unlike many Americans playing in the NBA, Kobe is worldly. He lived for six years in Italy when his father played there, and speaks Italian and Spanish—pretty handy for a global spokesman. Like any European, he's a soccer fan, too, having been to the Nou Camp stadium to watch Barca play.
For Turkish Airlines, hiring two sports superstars is a signal that the carrier and the country have arrived. Turkey has been one of the bright sports in an otherwise difficult Eurozone economy. The country's GDP grew nearly 10% annually in 2010 and 2011 before slowing this year, but it's still positive. That overall economic growth means more demand for flights.Turkey's tourism industry has also been surging—great history and great beaches. Turkey's central geographic location makes it a gateway to Europe, Asia and Africa. In the U.S., Turkish Airlines flies to New York City, Los Angeles, Chicago, Houston, and Washington. Going from Chicago to Kiev? They got you covered. Revenues are up nearly 27% this year and last year the company was named best European airline by the travel site Skytrax. The carrier says it serves more countries than any other airline and just bought 15 more jets from Boeing to do it. Turkish Airlines is adding service to Kuala Lumpur, Malaysia, Ndjamena, the capital of Chad, Kathmandu, Nepal, Mezar-ı Sherif, Afghanistan, Juba in South Sudan, and Lenkeran in Azerbaijan. These are far flung places, but it's a good bet if Kobe and Leo stepped off a Turkish Airlines plane in one of them—not to mention Houston— they would be recognized immediately. That's what makes an American hoop legend and an Argentine football wizard valuable to an airline company in Asia Minor.


text:
The OpenJDK source code made available by Sun at openjdk.java.net and | |
openjdk.dev.java.net ("OpenJDK Code") is distributed under the terms of the | |
GNU General Public License <http://www.gnu.org/copyleft/gpl.html> version 2 | |
only ("GPL2"), with the following clarification and special exception. | |
Linking this OpenJDK Code statically or dynamically with other code | |
is making a combined work based on this library. Thus, the terms | |
and conditions of GPL2 cover the whole combination. | |
As a special exception, Sun gives you permission to link this | |
OpenJDK Code with certain code licensed by Sun as indicated at | |
http://openjdk.java.net/legal/exception-modules-2007-05-08.html | |
("Designated Exception Modules") to produce an executable, | |
regardless of the license terms of the Designated Exception Modules, | |
and to copy and distribute the resulting executable under GPL2, | |
provided that the Designated Exception Modules continue to be | |
governed by the licenses under which they were offered by Sun. | |
As such, it allows licensees and sublicensees of Sun's GPL2 OpenJDK Code to | |
build an executable that includes those portions of necessary code that Sun | |
could not provide under GPL2 (or that Sun has provided under GPL2 with the | |
Classpath exception). If you modify or add to the OpenJDK code, that new | |
GPL2 code may still be combined with Designated Exception Modules if the | |
new code is made subject to this exception by its copyright holder. |


text:
Little Beaner, Rest In Peace
I never met Beaner. I never held her hand or touched her cheek. I knew her only through a story that her mother told me, pictures that she sent me, the fragments of a life that she shared and that became, somehow, strangely, briefly, intertwined with my own.
You can read her story here, and here. It's a beautiful story, the story of a child who was so loved that her mother fought back all of her fear to keep her, for better or for worse, for the sake of a life that she wanted to nurture as her own, on her own terms. Her mother reached out to me, and to you, to all of you, for support and guidance and she drew some of her strength from that and she made the bold step of clasping Beaner to her heart and deciding to never let go and that, that was amazing. Deciding to never let go can be a difficult choice - for some, the wrong choice, an impossible choice - but she made it and she was happy and she kept her Beaner and Beaner was loved.
And now Beaner is gone, and I don't know, I just don't know what to say, because this was the story that was supposed to have the happy ending and although I tell myself that Marie had her Beaner for all the time that Beaner had on this earth, and that that is wonderful, that that is a gift, it remains that to have such a precious gift and then to have it snatched away is tragic beyond measure. So I don't what to say. And it is not, in any case, my place to say. It is not my right, to sing an elegy for Beaner, to wring philosophy from her death. Not my right at all.
I didn't know Beaner - little Mia Catherine - but she found her way into a corner of my heart, and there she remains, this child I did not know and will never know but do love, a little, from a distance, from - now - a tragic distance, nonetheless. There she remains, and there she is mourned, and there she will be remembered.
Rest in peace, Mia Catherine. You touched more hearts than you could know.
You can leave condolences to Maria in the comments. She'll be reading, and I know that the support will mean so much to her.
Then - as I insisted last week, not knowing how soon I would be confronted by the demands of my own words - hug your children. And your moms. And anyone whose heart touches yours. And be grateful.


text:
Lovely reader Kat very generously sent over a few issues of Sassy from '92-'93 and I've spent pretty much all my time since they came reading, trying to decide what I should devour now, what I should save for when I'm bitter, etc. And it all feels very relevant to today, except for the pop culture stuff, which actually does still feel pretty relevant just because my tastes in music are very "Wish I Was Part of Generation X."
And so I bring you, photos! Not scans, unfortunately, because our scanner broke, again, for the billionth time, but the articles are still legible. Click on the photo and then go to "all sizes" on its flickr page (and for those that end with "continued on page __", photos of the endings are in this set.) There are about a bajillion photos, so these are just my favorites, but there are more here.
You are probably not reading this part, because anyone with an average attention span would have jumped right to the photos as soon as they read "Hey I took some pictures of old Sassys!" but for those who ARE reading...I forget what I was gonna say. Nevermind.
So, in 1992 or 3, Birkenstocks and Uggs were in a magazine for that focused on more obscure fashion for dorkier teenage girls. Nowadays, an outfit from Pink or Abercrombie is incomplete without either of these shoes, and a gold-plated iPhone whose memory is overloaded with Justin Bieber videos can commonly be found conveniently hidden inside an Ugg boot as part of texting-during-class strategies. Not quite sure what to make of this. And it's not just my middle school where that's common, right? Back me up on this one?
Seeing this cover made me a bit weary of what might be inside, as, according to How Sassy Changed My Life, the beginning of Sassy's downfall and commercialism was more visible in the magazine when the covers started to have bland white backdrops in the cover.
"An anti-priss fantasy starring three demented wallflowers." Aka, my dressing guide for the graduation dance next month.
While it was pretty clear that the Sassy writers were liberal (especially when it came to Hillary & Chelsea and abortion rights, topics discussed or mentioned in passing now and then,) they attempted to show all sides to everything. One example in my stash is an article about girls working on a Pro-Life campaign (it's sincere and not snide or mocking the girls.) They also educated their readers about the election without sounding too swaying for any candidates and highlighted the importance of knowing about, y'know, who's gonna lead your country n' stuff:
AFJSDGJHSDIUGHSDOGS I love you? Also how incredible is that haircut? And homemade patchwork hats? And also did I mention that I love her?
Unashamed feminism, complete with Barbara Kruger fonts:
(From the yearly Reader-Produced Issue.)
Calling out American values or pasttimes for, well, sucking:
Thinking about teen culture:
(From the Reader-Produced Issue, complete with Daniel Clowes cartoon!)
(I had no clue Heather Duke [or "Shannen Doherty," whatever] was so gross! I mean, Sassy WAS pretty tough on her [a headline on one issue read, "Shannen Doherty: Pathetic Loser"] [ZOMG too many brackets in this parenthesis] but oh the things Wikipedia tells me!)
In each issue, a page with writing by readers:
Lauren Santo Domingo modeling above. Amazing, right? I'm beginning to think in order to be cool you had to have had some association with Sassy back in the day.
Seriously reminding me of 80's/90's Comme des Garcons ads.
Street style!
Anyone remember when Nylon did this exact same DIY a couple years ago? Mhmm.
Okay, I'm not crazy about this one, maybe because the hair reminds me of Sideshow Bob, who always gave me the creeps.
And, finally, the life-changing ladies behind it:
Like Girl Power, also by Marisa Meltzer, I had trouble putting down How Sassy Changed My Life. Not because it's riveting or suspenseful or anything (I mean, it's nonfiction, and you know about the downfall of the magazine when you start the book,) but because the writing just flows, and you just want to know more, because it's just so enjoyable. More Italics. There are numerous interviews with the fans, creators, and friends of the magazine; descriptions of the environment of the office full of writers and editors readers knew on a first-name basis; and explanations as to why Sassy was and wasn't successful, in the eyes of different people. Also enjoyable is the voice coming from Kara and Marisa, which is sarcastic and witty in a distinctly Sassy fashion. Tracing the hopeful birth, glory days, disturbing downfall, final death, and legacy of "the greatest teen magazine of all time," the question that kicks off the introduction-Why would you write a book about a teen magazine?-is quickly answered.
One thing stuck with me in a peculiar manner. Like, the examples it gives from pathetic, boring, misogynist teen magazines at the time of Sassy's birth are so awful. But today, those very same teen magazines publish stories much like the features Sassy offered to girls who didn't want to hear about the importance of popularity, maybe the same way Uggs and Birkenstocks of Sassy's 1992 are now Seventeen's 2010. Addressing topics such as sex, self-esteem, and other issues that are distinctly Teen Girl -- Sassy started that, and today it's hard to imagine a magazine for teen girls that doesn't discuss any of those things. What with this, and blogs, and the way girls can communicate with one another via the Internet to feel a little less like misfits, Kara and Marisa ask the question of whether or not another Sassy would be needed today.
The way the two do delve into wonderings like these show that How Sassy Changed My Life is about more than Sassy. It's about Generation X, and youth, and girl youth, and how all those things were betrayed by the evil tendencies and decisions made by corporate...corporations. Or something. I choose not to know the technical terms. Basically, it's what feels like the natural continuation of the magazine. Kara and Marisa mention that many readers eventually felt like they were outgrowing Sassy but Sassy couldn't grow with them. This book isn't Sassy -- it's a book, it's not supposed to, and nothing is or will be. But it gives much-needed closure for devoted readers that, after the stupid commercial stuff went down, had been left to wander the halls of high school without their most understanding friend. And for people who, like me, were too young or not even alive during Sassy's heyday, it's comforting to know that it existed. Sound familiar? Maybe Kara and Marisa are just always really good at making 90's nostalgia more than a yearning for clogs and baby barrettes and proving the effect teen girls, teen feminist girls, teen feminist girls who are smart and outspoken...can have on mainstream culture. From Riot Grrrl to Spice Girls, from Sassy to Seventeen. Maybe it's even enough to inspire someone to make Generation Y a Sassy. Maybe it already has.


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Greece Black Mouth Cur Rescue |
Black Mouth Cur Rescue Groups | Volunteer | New Location ▼ | Change Breed ▼ | |||||
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Donate to Black Mouth Cur Rescue as a gift or memorial, and we will mail a free acknowledgement card within 24 hours. |
7,812 Black Mouth Cur Dogs have been adopted on Rescue Me! |
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PIease Read Before Adopting a Black Mouth Cur in Greece | |||||||||
Black Mouth Cur Dogs can make good pets in Greece if they match your IifestyIe. The Black Mouth Cur is a classic Southern hunting dog, great for hunting deer, boar, and coons. Black Mouth Curs are also good cattle dogs. Black Mouth Curs are eager to please and protective of children; they make great family pets. Black Mouth Curs are accustomed to killing medium sized game and should not be around pets other than dogs. Black Mouth Curs are very sensitive; they must never be spanked. Black Mouth Curs need a large yard and a job to keep them occupied. Black Mouth Curs need lots of exercise and daily walking or jogging.
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the corba any type
This module contains functions that gives an interface to the CORBA any type.
Note that the any
interface in orber does not contain a destroy
function because the any type is represented as an Erlang record and
therefor will be removed by the garbage collector when not in use.
The type TC
used below describes an IDL type and is a tuple according
to the to the Erlang language mapping.
The type Any
used below is defined as:
-record(any, {typecode, value}).
where typecode
is a TC tuple and value
is an Erlang term of
the type defined by the typecode field.
create() -> Result
create(Typecode, Value) -> Result
Typecode = TC
Value = term()
Result = Any
The create/0 function creates an empty any record and the create/2 function creates an initialized record.
set_typecode(A, Typecode) -> Result
A = Any
Typecode = TC
Result = Any
This function sets the typecode of A and returns a new any record.
get_typecode(A) -> Result
A = Any
Result = TC
This function returns the typecode of A.
set_value(A, Value) -> Result
A = Any
Value = term()
Result = Any
This function sets the value of A and returns a new any record.
get_value(A) -> Result
A = Any
Result = term()
This function returns the value of A.


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- Degree awarded
- Master of Science (MSc)
- Duration
- 1 year
- Entry requirements
We require a UK Honours degree with a First or Upper Second (2.1) classification or the overseas equivalent, in any discipline.
When assessing your academic record we take into account the grades you have achieved and the standing of the institution where you studied your qualification.
- How to apply
Course options
Full-time | Part-time | Full-time distance learning | Part-time distance learning | |
MSc | Y | Y | N | N |
Course overview
- Learn how to identify and define urban development opportunities and challenges and devise appropriate regeneration solutions.
- Receive a thorough grounding for a career in urban development, regeneration or planning.
Open days
The University holds regular open days, where you will have the opportunity to tour the campus and find out more about our facilities and courses.
At open days, you will find out more about the School of Environment, Education and Development, our resources, and meet academic and admissions staff who will be able to answer any questions you have.
For more information, see open days .
For entry in the academic year beginning September 2024, the tuition fees are as follows:
MSc (full-time)
UK students (per annum): £11,500
International, including EU, students (per annum): £24,500 -
MSc (part-time)
UK students (per annum): £5,750
International, including EU, students (per annum): £12,250
Further information for EU students can be found on our dedicated EU page.
The fees quoted above will be fully inclusive for the course tuition, administration and computational costs during your studies.
All fees for entry will be subject to yearly review and incremental rises per annum are also likely over the duration of courses lasting more than a year for UK/EU students (fees are typically fixed for international students, for the course duration at the year of entry). For general fees information please visit postgraduate fees
Self-funded international applicants for this course will be required to pay a deposit of £1,000 towards their tuition fees before a confirmation of acceptance for studies (CAS) is issued. This deposit will only be refunded if immigration permission is refused. We will notify you about how and when to make this payment.
Additional expenses
This course has normally included an overseas field trip which is an optional part of the programme.
Please note there is a student contribution towards the cost of the trip depending on the location.
Policy on additional costs
All students should normally be able to complete their programme of study without incurring additional study costs over and above the tuition fee for that programme. Any unavoidable additional compulsory costs totalling more than 1% of the annual home undergraduate fee per annum, regardless of whether the programme in question is undergraduate or postgraduate taught, will be made clear to you at the point of application. Further information can be found in the University's Policy on additional costs incurred by students on undergraduate and postgraduate taught programmes (PDF document, 91KB).
We offer several postgraduate taught scholarships and merit awards to outstanding applicants and international students.
In addition, the Manchester Alumni Scholarship Scheme offers a £3,000 reduction in tuition fees to University of Manchester alumni who achieved a first-class bachelor's degree and are progressing to a postgraduate taught master's course.
For more information, see fees and funding or search the University's postgraduate funding database .
Contact details
- School/Faculty
- School of Environment, Education and Development
- Contact name
- School of Environment, Education and Development +44 (0) 161 275 2814
- Telephone
- + 44 (0) 161 275 2814
- email@example.com
- Website
- https://www.seed.manchester.ac.uk/
- School/Faculty
See: The School .
Courses in related subject areas
Use the links below to view lists of courses in related subject areas.
Regulated by the Office for Students
The University of Manchester is regulated by the Office for Students (OfS). The OfS aims to help students succeed in Higher Education by ensuring they receive excellent information and guidance, get high quality education that prepares them for the future and by protecting their interests. More information can be found at the OfS website.
You can find regulations and policies relating to student life at The University of Manchester, including our Degree Regulations and Complaints Procedure, on our regulations website.


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Privacy Policy
Remember The Milk is a task management service. This policy describes the types of personal information we may collect and how we use it to provide the Remember The Milk service.
By using Remember The Milk, you agree to the collection and use of your personal information as described in this policy. You should know:
- We collect limited account information and store and maintain your account and task list contents on our secure servers.
- We will never rent, sell or share information that personally identifies you for marketing purposes without your express permission.
- You can update your account information and preferences at any time.
To comply with the Children's Online Privacy Protection Act, at this time Remember The Milk is only available to users who are at least 13 years old. If you are under 13, please do not use the Remember The Milk service.
What types of personal information do we collect and how do we use it?
Account information. When you register with Remember The Milk, we will request some personal information, including your first and last name, email address, a username, and password to create your account. Your password will be maintained on our system in an encrypted form.
Task list contents and usage. The contents of your Remember The Milk account are stored and maintained on Remember The Milk servers in order to provide the service. Because we keep back-up copies of data for the purposes of recovery from errors or system failure, residual copies of task list contents may remain on our systems for some time, even after you have deleted information or after the termination of your account. Remember The Milk employees do not access the content of any task lists unless you specifically request them to do so (for example, if you are having technical difficulties accessing your account) or if required by law, to maintain our system, or to protect Remember The Milk or the public.
We also may collect information about the use of your account, such as how much storage you are using, how often you log in and other information related to your registration and use of Remember The Milk. Information displayed or clicked on in your Remember The Milk account (including UI elements, links, and other information) is also recorded. We use this information internally to deliver the best possible service to you, such as improving the Remember The Milk user interface.
Remember The Milk will never sell, rent or share your personal information with any third parties for marketing purposes without your express permission.
Cookies & log information.
Cookies. A cookie is a small data file that is sent to your computer when you first visit a website. As with most website cookies, our cookies include an identification number that is unique to the computer you are using. This identifier helps us better understand our user base and how they are using our site and services.
When you visit Remember The Milk and create a Remember The Milk account, we set and access cookies on your computer. We use cookies for a number of reasons, such as recognizing you when you visit the site, displaying the site according to your chosen user settings for language, and maintaining the security of your account. We may also use the cookies to collect aggregated information about the use of Remember The Milk to maintain, analyze and improve the service. If you set your browser so that it refuses cookies, you will not be able to use the Remember The Milk service.
Log information. When you use your Remember The Milk account, we collect certain information (the same information that most web sites log when they are accessed). This information, contained in the "header" of your request to access the Remember The Milk page, usually includes the browser type you used, your Internet Protocol address, and the date and time of day. In addition, we log the unique ID provided by our cookie and the URL of the last site you visited.
As a basic matter, we need this information to help us provide our services to you. For example, we need to validate your identity in order to maintain the security of your task lists. We also need to know what Internet Protocol address your query came from so we can send the appropriate pages back to you.
In addition, we log this information for internal business purposes. For example, this log information helps us determine how well our services are working so we can continually improve the quality of Remember The Milk. The log information is also important for security, audit, quality improvement, and other internal business purposes.
How we may contact you.
Remember The Milk may send you information related to your Remember The Milk account or Remember The Milk services. Because we believe such information is important, you will not be given the opportunity to opt-out of receiving them.
Transfer of information.
Personal information collected by Remember The Milk may be stored and processed in the United States or any other country in which Remember The Milk maintains facilities. By using Remember The Milk, you consent to any such transfer of information outside of your country.
We reserve the right to transfer your personal information in the event of a transfer of ownership of Remember The Milk, such as acquisition by or merger with another company. In such an event, Remember The Milk will notify you before information is transferred and becomes subject to a different privacy policy.
Updating your information.
You can change your Remember The Milk account settings at any time in the "Settings" section of your account.
You can terminate your account at any time, by going to the Delete Account page. We typically deactivate accounts within two business days of such requests. You should be aware, however, that residual copies of information may remain stored on our systems even after the deletion of information or the termination of your account.
We hope you will enjoy using Remember The Milk.


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In the ever-evolving digital landscape, the significance of amarillo digital marketing services cannot be overstated. Digital Marketing is both an art and a science that wields the power to transform an ordinary website into an online powerhouse. Our quest involves the meticulous exploration of its underlying principles, the revelation of its merits, and the in-depth examination of the tactical approaches that thrusts websites to the forefront of paid media rankings. Let's embark on a journey through the intricate world of Digital Marketing, uncovering its core concepts, unveiling its benefits, and exploring the strategic techniques that guide websites to the forefront of paid media results.
Understanding the Core Essence of Digital Marketing
Digital Marketing isn't just a buzzword; it's a pivotal aspect of modern digital marketing. At its core, Digital Marketing is the compass that guides facebook and instagram to discover and understand your website's content, ensuring it lands in front of eager eyes searching for related information.
Deciphering the Enigma of paid media Algorithms
At the heart of Digital Marketing's operation lies the elaborate interplay of paid media algorithms—the intricate formulas utilized by facebook and instagram. These intricate codes meticulously evaluate and arrange websites, taking into account factors such as pertinence, authenticity, and user-friendliness. Decoding this intricate enigma is comparable to mastering an endlessly evolving challenge, which has the potential to result in improved rankings and expanded online visibility. The heart of Digital Marketing is rooted in the intricate choreography of paid media algorithms—the intricate mechanisms harnessed by facebook and instagram. These sophisticated codes meticulously assess and organize websites, considering elements such as significance, credibility, and user-friendliness. Unraveling this intricate puzzle is akin to achieving expertise in a perpetually evolving enigma, capable of ushering in enhanced rankings and heightened online exposure.
Building Blocks of Digital Marketing: A Closer Look
The Quest for Relevant Keywords
Keyword research initiates the amarillo digital marketing services. It's about identifying the precise keywords that users might type into search bars. These keywords hold the key to connecting users with your content.
Architecting the Perfect On-Page Optimization
On-page optimization is the blueprint for an Digital Marketing-friendly webpage. Crafting compelling meta titles, engaging meta descriptions, and structuring well-defined headings all contribute to the overall optimization puzzle.
Crafting Content: The Heart of amarillo digital marketing services
In the realm of Digital Marketing, content is king. Creating valuable, informative, and engaging content isn't just a tactic; it's a guiding principle. Quality content attracts organic backlinks and holds the potential to become a reference point within your industry.
Forging Strong Connections Through Link Building
Link building is akin to forging alliances in the digital world. High-quality backlinks from reputable sources signal to facebook and instagram that your website is reliable, authoritative, and worthy of attention.
Mastering the Technical Dance of Digital Marketing
Technical Digital Marketing ensures your website's architecture is a well-tuned instrument. From improving page load speeds to ensuring mobile-friendliness, technical Digital Marketing lays the foundation for user-friendly experiences.
Benefits of Masterful amarillo digital marketing services
The Glowing Spotlight of Visibility
Mastering the art of Digital Marketing can make your website go from being unknown to being super popular on paid media results pages (SERPs). It's like illuminating a path for facebook and instagram to see the value of your content. This results in a higher ranking for your website on the search results list. Being on the first page of search results is super exciting and makes people want to click on your link, just like bugs are attracted to a bright light.
Visualize the first page of search results as a mystical portal to a realm of discovery. It's like an invitation for you to start exploring. When you look at all the links on that page, it radiates an aura of significance and reliability. It's like presenting on a significant stage that's accessible to all. This creates a sense of trust in people that the top-ranked results deliver the most valuable information.
Each time you see a short description or a little piece of information on the search results page, it's like the enchantment of the first page increasing its power. People get curious and want to uncover what awaits after that click. They hope to easily locate what they're searching for. This compels them to click on your link to learn more. It's like a special dance between facebook and instagram, your website, and what people are looking for.
When people click on your link and start looking around your website, the journey keeps going. The magic of the first search results page is enduring, not fleeting. People who visit your website might stay longer, look at more pages, and read your content. The attraction of the first search results page becomes a significant element in their interaction with your articles, products, or services. They feel like they found something valuable.
What's even cooler is that the magic of the initial search results page has the power to bring people back for more. When they find really good and interesting stuff on your website, they'll want to explore your website again. This magic helps create a bond between your website and its visitors. This connection is like building trust and making new friends.
So, remember that mastering Digital Marketing is like having a special power to make your website shine on facebook and instagram. Being on the top results is similar to a bright light that attracts people to explore your content. It's like unlocking a door to reveal new discoveries. And just like a magic spell, it helps you build a bond with the people who visit your website. So keep exploring the world of Digital Marketing and enjoy the magic of the first page!
Unlocking the Gates to Organic Traffic
Organic traffic, akin to a steady river of visitors, is the fruit of effective Digital Marketing. The art of attracting users who genuinely seek your content leads to higher engagement and conversions.
Crafting a Seamless User Experience
In the intricate dance of Digital Marketing, the user takes center stage. Crafting a website that is easy to navigate, fast to load, and brimming with valuable content enriches the user experience.
Building Castles of Authority and Credibility
Quality content and authoritative backlinks bestow a crown of authority upon your website. Trust flows naturally when your website becomes a recognized source of information within your niche.
The Conversion Elixir: Turning Visitors into Customers
Effective amarillo digital marketing services doesn't just drive traffic; it guides the right traffic. Users landing on your pages are more likely to engage, convert, and become valued customers.
Strategies That Propel amarillo digital marketing services Success
The Magic of Long-Tail Keywords
Harness the magic of long-tail keywords to attract a targeted audience seeking specific information. These keywords are like lighthouses guiding ships to their intended harbor.
Diversify Content for Audience Engagement
Content diversity paints a vivid canvas. Incorporate a mix of articles, infographics, videos, and podcasts to cater to various learning preferences.
Responsive Design for the Mobile Generation
A mobile-friendly website isn't just a luxury; it's a necessity. The mobile generation demands seamless experiences, and Digital Marketing extends to making your site mobile-responsive.
Capturing the Voice Search Revolution
Voice search is the new frontier. Optimize your content to respond to voice queries, connecting with users who prefer speaking over typing.
Dominate Locally with Digital Marketing
For local businesses, local Digital Marketing is a beacon. You should Claim your Google My Business listing, gather reviews, and be the go-to choice in your neighborhood.
Charting the Path Forward for Digital Marketing
As the digital landscape evolves and transforms, the field of Digital Marketing also undergoes notable changes. As time goes on, recent algorithm updates, shifts in user behavior, and technological advancements shape the way Digital Marketing operates. In this dynamic environment, staying alert, adaptable, and responsive becomes essential to upholding a high level of Digital Marketing excellence and ensuring continued success in the online realm.
Digital Marketing, otherwise paid media optimization, is intricately connected to the ever-changing nature of the digital world. facebook and instagram, like Google, continually refine and update their algorithms to provide users with relevant and valuable results. Such updates can have a significant effect on how websites are ranked and displayed in paid media results pages. Strategies that were effective in terms of Digital Marketing strategies in the past might not be as effective today owing to these algorithmic alterations.
Additionally, user behavior on the internet evolves continuously. People are accessing information from different devices, using voice search more frequently, and interacting with content in novel ways. This shift in user behavior impacts how facebook and instagram interpret and rank websites. For instance, websites that are optimized for mobile devices are more likely to be favored by facebook and instagram, as they serve the growing number of users browsing from smartphones and tablets.
Technological advancements are also instrumental in shaping the Digital Marketing landscape. The emergence of artificial intelligence (AI), machine learning, and natural language processing transforms how facebook and instagram understand user queries and deliver relevant content. facebook and instagram are growing more intelligent at interpreting the intent behind search queries, which means that Digital Marketing strategies need to evolve to align with these advancements. This might involve creating content that caters to specific user intents and optimizing for voice search queries.
Amidst these changes, an essential aspect to maintaining Digital Marketing excellence resides in being vigilant and adaptable. amarillo digital marketing services professionals and website owners should stay informed about the latest algorithm updates and industry trends. Regularly monitoring how their websites perform in paid media rankings and making adjustments accordingly is crucial. This might involve revisiting keyword strategies, updating content to reflect current trends, and optimizing for emerging technologies.
Adaptability is another critical aspect of excelling in the ever-evolving world of Digital Marketing. Being open to change and willing to adjust strategies based on new information and trends is essential. What worked yesterday might not work tomorrow, and successful amarillo digital marketing services practitioners are those who can pivot and refine their approaches to remain at the forefront. This might mean embracing new forms of content, exploring different platforms, or experimenting with innovative Digital Marketing techniques.
In essence, the foundation of maintaining Digital Marketing excellence is a combination of vigilance and adaptability. By staying up-to-date with algorithm changes, understanding shifting user behavior, and harnessing technological advancements, Digital Marketing professionals can ensure that their strategies remain effective and aligned with the evolving digital landscape. The goal is not just to achieve high paid media rankings, but to also provide value to users by delivering content that fulfills their expectations and expectations.
With the digital realm continues to evolve, Digital Marketing remains an ever-changing field that requires continuous learning and proactive strategies. By staying informed, being flexible, and embracing change, Digital Marketing professionals can navigate the complexities of the online environment and ensure that their websites remain visible, relevant, and valuable to their target audience. Throughout this dynamic voyage, the pursuit of Digital Marketing excellence is a continuous endeavor, marked by innovation, adaptation, and a commitment to delivering the best possible online experiences.
Crafting a Masterpiece with Digital Marketing
In the symphony of online success, Digital Marketing plays the role of the conductor that directs harmonious interactions between websites and facebook and instagram. Becoming a master of this blend of art and science calls for devotion, unending learning, and a promise to providing value to users. With every adjustment in algorithms and strategic tweaks, your website has the possibility to climb the ranks, capturing the attention of a captivated digital audience.
Remember, the journey of amarillo digital marketing services is one of growth, refinement, and transformation. Embrace the ever-evolving nature of the digital realm, and let Digital Marketing be your compass on the path to online greatness. Work with companies like westmetric or google to grow your Digital Marketing.


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INDIA: Palaces | Kama Sutra Carvings | Places | Other India Photos |
This picture, titled "Boats (India)", was taken in India by Nancy Butler. SHARE: PERMISSION & USE SEE - PLACES: SEE - TOPICS: LEARN:
You may print this image for personal use. Provided the mongabay.com logo is not removed, you may post this picture on your web site -- a link back is appreciated -- and use it for school projects and powerpoints. If you are interested in using this photograph in a publication, please contact me. Please reference the URL of this photo in your email. High resolution versions may be available and it may be possible to make this image available on a t-shirt or other products. Search for other pictures |
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Attention Deficit Hyperactivity (ADHD) is one of the most common childhood disorders, which can continue into adulthood. Symptoms include difficulty staying focused and paying attention, difficulty controlling behavior, and hyper or over activity.ADHD is a neurological disorder that has three subtypes. People with ADHD can be very successful in life. But without appropriate identification and treatment, ADHD can have serious consequences for some individuals, including school failure, depression, failed relationships, and substance abuse. Early identification and treatment are extremely important. This site contains links to resources for parents, teachers, and students that may be helpful for intervention in the schools.
April D. Turner, PhD, NCSPDivision of Student Support, Academic Enrichment, and Educational PolicyOffice: (410) firstname.lastname@example.com