#import "article_template.typ": *
#show: doc => conf(
  title: [Towards Improved Modelling],
  authors: (
    (
      name: [<NAME>],
      affiliation: [School of Frontier Enginnering, Kitasato University],
      email: "<EMAIL>",
    ),
    (
      name: "XXXX",
      affiliation: "University of XXX",
      email: "<EMAIL>",
    ),
  ),
  abstract: lorem(80),
  bib: "../paperpile.bib",
  heading-numbering: "1.",
  is-supporting-info: false,
  doc,
)

= Introduction
#lorem(80) @Abdin2023-rk

#lorem(80)

= Materials and Methods 
#lorem(80)

#lorem(80)

#claim[

]
$ 
m (d^2 x) / (d t^2) = F
$
$
F(s; beta) = - beta log p(s; beta)
$
where $p(s; beta)$ is a probabiilty density of a reaction coordinate $s$ weighted by the canonical distribution.

== Dataset 
#lorem(20)

#lorem(20)


= Results and Discussion
#lorem(20)

= Related works
#lorem(20)

= Conclusion 
#lorem(20)
= Acknowledgements
We thank you all.