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SUMMARY:Electronic Structure Reading Group: Analysis of Coupled Cluster Me
 thods
DTSTART:20241111T160000
DTEND:20241111T173000
DTSTAMP:20260313T055140Z
UID:8f6e8757008c34de07bf5f23e598af9d19f9e2f0069c9417b92f0c1b
CATEGORIES:Conferences - Seminars
DESCRIPTION:Muhammad Hassan\nCoupled cluster methods are widely regarded a
 s among the most effective algorithms for high precision resolution of the
  ground state energy of the electronic Schrödinger equation in the dynami
 cal correlation regime. I will present the mathematical formulation of the
  coupled cluster equations and discuss some recent results on their mathem
 atical analysis. The main references for this talk are\n\nSchneider\, Rein
 hold. "Analysis of the projected coupled cluster method in electronic stru
 cture calculation." Numerische Mathematik 113.3 (2009): 433-471.\n\nRohwed
 der\, Thorsten. "The continuous Coupled Cluster formulation for the electr
 onic Schrödinger equation∗." ESAIM: Mathematical Modelling and Numerica
 l Analysis 47.2 (2013): 421-447.\n\nHassan\, Muhammad\, Yvon Maday\, and Y
 ipeng Wang. "Analysis of the single reference coupled cluster method for e
 lectronic structure calculations: the full-coupled cluster equations." Num
 erische Mathematik 155.1-2 (2023): 121-173.\n\nHassan\, Muhammad\, Yvon Ma
 day\, and Yipeng Wang. "Analysis of the Single Reference Coupled Cluster M
 ethod for Electronic Structure Calculations: The Discrete Coupled Cluster 
 Equations." arXiv preprint arXiv:2311.00637 (2023).\n\n---\nThe electronic
  structure reading group brings together researchers and students interest
 ed in mathematical aspects of electronic structure problems and adjacent t
 opics\, including:\n\n	Density Functional Theory\n	Many-body Schrödinger 
 equation for electrons\n	Born-Oppenheimer Molecular Dynamics\n	Numerical a
 nalysis and error control\n\nFor updates\, join the matrix chat room at #
 electronic-structure:epfl.ch (requires a GASPAR account).\n\nWebsite: ht
 tps://matmat.org/readinggroup/
LOCATION:BCH 3113 https://plan.epfl.ch/?room==BCH%203113
STATUS:CONFIRMED
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