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SUMMARY:Electronic Structure Reading Group: Information causality and quan
 tum mechanics
DTSTART:20240930T160000
DTEND:20240930T173000
DTSTAMP:20260410T221149Z
UID:e8a45bfd76cf108fcc6d0f239d35a5d4b8eb6a7a17312a97da421aa9
CATEGORIES:Conferences - Seminars
DESCRIPTION:Marcel Langer\nQuantum mechanics is the foundation of quantum 
 chemistry\, and usually its laws are taken as fundamental axioms. However\
 , it has been shown that some aspects of quantum mechanics\, in particular
  the type of correlations it allows\, can be justified from basic physical
  assumptions. This session will give a brief introduction to this argument
 . If time allows\, some further discussion of entanglement and resource th
 eories will be included at the end.\n\nReferences:\nPawłowski\, M.\, Pate
 rek\, T.\, Kaszlikowski\, D. et al. Information causality as a physical 
 principle. Nature 461\, 1101–1104 (2009). https://doi.org/10.1038/natur
 e08400\nJennings\, D.\, Nonlocality and Entanglement Theory\, lecture note
 s. http://www.david-jennings.net/uploads/9/5/6/7/9567220/entanglement.pdf\
 n\n---\nThe electronic structure reading group brings together researchers
  and students interested in mathematical aspects of electronic structure p
 roblems and adjacent topics\, including:\n\n	Density Functional Theory\n	M
 any-body Schrödinger equation for electrons\n	Born-Oppenheimer Molecular 
 Dynamics\n	Numerical analysis and error control\n\nFor updates\, join the 
 matrix chat room at #electronic-structure:epfl.ch (requires a GASPAR acc
 ount).\n\nWebsite: https://matmat.org/readinggroup/
LOCATION:BCH 3113 https://plan.epfl.ch/?room==BCH%203113
STATUS:CONFIRMED
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