question: The Proximity effect is sometimes mistakenly attributed to a professor at what univeristy?
answer: University of Cambridge
context: Title: Tremolo (electronic effect)
  Passage: Tremolo, in electronics, is the variation in amplitude of sound achieved through electronic means, sometimes mistakenly called vibrato, and producing a sound somewhat reminiscent of flanging, referred to as an "underwater effect".  A variety of means are available to achieve the effect.
  Title: Sheats Apartments
  Passage: The Sheats Apartments, also known as L'Horizon and sometimes mistakenly as the Sheets Apartments, is a historic eight-unit, multi-family building located at 10919 Strathmore Drive, in the Westwood neighborhood of Los Angeles, California.  Designed in 1948 in a futuristic or modernistic style of architecture by noted Los Angeles architect John Lautner, it was completed in 1949 for owners Helen Taylor Sheats, a renowned artist, who assisted in the design, and her professor/dean of University of California Extension husband, Paul Henry Sheats.  Because of its proximity to UCLA, it was intended for and has been used primarily for student occupancy.  In their book "An Architectural Guidebook to Los Angeles", David Gebhard and Robert Winter praised its functionality by noting, "each apartment [is] completely separated from the others . . . with its own terraces, decks, and outdoor garden space."
  Title: Grelling–Nelson paradox
  Passage: The Grelling–Nelson paradox is a semantic self-referential paradox concerning the applicability to itself of the word "heterological", meaning "inapplicable to itself."  It was formulated in 1908 by Kurt Grelling and Leonard Nelson and sometimes mistakenly attributed to the German philosopher and mathematician Hermann Weyl.
  Title: Nozomi Witches
  Passage: Nozomi Witches (のぞみ♡ウィッチィズ , Nozomi Uicchizu ) , sometimes also called Bewitching Nozomi, is a manga series by Toshio Nobe which was adapted into a three episode anime OVA series in 1992.  Because of similarities with Mitsuru Adachi's style, and the fact that the OVA adaptation was made by the team that worked on several of his anime adaptations, "Nozomi Witches" is sometimes mistakenly attributed as one of Adachi's works.
  Title: Litz wire
  Passage: Litz wire is a type of cable used in electronics to carry alternating current.  The wire is designed to reduce the skin effect and proximity effect losses in conductors used at frequencies up to about 1 MHz.  It consists of many thin wire strands, individually insulated and twisted or woven together, following one of several carefully prescribed patterns often involving several levels (groups of twisted wires are twisted together, etc.).  The result of these winding patterns is to equalize the proportion of the overall length over which each strand is at the outside of the conductor, an effect not achieved with simple twisted-strand hookup wire.
  Title: Proximity effect (atomic physics)
  Passage: At the atomic level, when two atoms come into proximity, the highest energy, or valence, orbitals of the atoms change substantially and the electrons on the two atoms reorganize.  One way to probe a correlated state is through the proximity effect.  This phenomenon occurs when the correlations present in one degenerate system "leak" into another one with which it is in chemical equilibrium.  See also quantum tunneling, Casimir effect, van der Waals force.
  Title: Brian Josephson
  Passage: Brian David Josephson, {'1': ", '2': ", '3': ", '4': "} (born 4 January 1940), is a Welsh theoretical physicist and professor emeritus of physics at the University of Cambridge.  Best known for his pioneering work on superconductivity and quantum tunnelling, he was awarded the Nobel Prize in Physics in 1973 for his prediction of the Josephson effect, made in 1962 when he was a 22-year-old PhD student at Cambridge University.  Josephson is the only Welshman to have won a Nobel Prize in Physics.  He shared the prize with physicists Leo Esaki and Ivar Giaever, who jointly received half the award for their own work on quantum tunnelling.
  Title: Jason WA Robinson
  Passage: Jason Robinson (born October 1980) is a Reader in Materials Physics in the Department of Materials Science and Metallurgy, University of Cambridge, a Teaching Fellow of St John's College, Cambridge and University Research Fellow of the Royal Society.  Currently, his main research interests are in superconducting spintronics and interface coupling of materials with radically different properties.  Particular topics include the superconductor proximity effect, Josephson junctions with magnetic barriers, spintronics, and oxide interfaces.
  Title: The Proximity Effect (Laki Mera album)
  Passage: The Proximity Effect is the second studio album by Laki Mera and their first release from the Just Music label.  Released in May 2011, the album was well-received, being described in "The Sunday Times" as "a dense folktronic architecture with an intricacy and subtlety that recalls the Blue Nile, Cocteau Twins and Portishead."  The single, "Fool", from the album was named "The Daily Record"'s single of the week.
  Title: Proximity effect (superconductivity)
  Passage: Proximity effect or Holm-Meissner effect is a term used in the field of superconductivity to describe phenomena that occur when a superconductor (S) is placed in contact with a "normal" (N) non-superconductor.  Typically the critical temperature formula_1 of the superconductor is suppressed and signs of weak superconductivity are observed in the normal material over mesoscopic distances.  The proximity effect is known since the pioneering work by R. Holm and W. Meissner.  They have observed zero resistance in SNS pressed contacts, in which two superconducting metals are separated by a thin film of a non-superconducting (i.e. normal) metal.  The discovery of the supercurrent in SNS contacts is sometimes mistakenly attributed to Brian Josephson's 1962 work, yet the effect was known long before his publication and was understood as the proximity effect.
citations: Proximity effect (superconductivity) Brian Josephson