CCL Home Page
Up Directory CCL 18.08.19 Computational Photocatalysis, ACS COMP Symposium, Boston
From: chemistry-request at ccl.net
To: chemistry-request at ccl.net
Date: Mon Mar 26 01:07:28 2018
Subject: 18.08.19 Computational Photocatalysis, ACS COMP Symposium, Boston
256th ACS National Meeting & Exposition
Nanoscience, Nanotechnology & Beyond
August 19-23, 2018    |    Boston, MA
ACS COMP Symposium

Computational Photocatalysis: Modeling of Photophysics & Photochemistry at Interfaces

Please refer to conference poster for additional details.


The study of photochemical reactions in general and photoelectrochemical water splitting in particular,
 rests on understanding of such elementary effects as light absorption, energy transfer, 
electron transfer, radiative and nonradiative relaxation, and catalysis is important for the
 rational design of efficient system for energy conversion.  
The design of most efficient catalysts is pursued by change of composition, quantum confinement, 
size, shape, surface functionalization, magnetic doping, and mesoscale structural arrangement 
providing versatile tuning of timescales of available basic mechanisms and properties of materials. 
This symposium presents recent experimental and computational synergistic advances on modeling 
of photophysics and photochemistry at interfaces: Experimental achievements stimulate further 
development of more precise theoretical methods. Computational modeling allows for interpretation 
of available experimental trends and help in guiding further advances in design of efficient 
photocatalytic materials It is expected that the symposium will bring better understanding of 
photoinduced processes of light absorption, formation and breaking of charge transfer excitations, 
hot carrier relaxation, and redox reaction dynamics at catalytic sites – affected by lattice vibrations 
and solvent polarization. 

Novel Materials for Photocatalysis
Reactions of reactants adsorbed to catalytic sites
Photoexcitation role in Reaction Pathway
Quantum nature of reactions: proton coupled electron transfer
Charge transfer at interfaces
Electronic relaxation: density matrix vs. surface hopping

Abstract Submission: https://callforpapers.acs.org/boston2018/COMP
Proceedings published as ACS Book

International Advisory Committee
David Micha(U of Florida)	 Annabella Selloni (Princeton) 		Walter Thiel (MPIKF)   	Michael Graetzel (EPFL Lausanne)

Invited Speakers (confirmed)
George Schatz (NW) 		Annabella Selloni(Princeton), 		Alan Aspuru-Guzik(Harvard) 	Sergei Tretiak (LANL)
Evert Jan Meijer (U. Amsterd.) 	Angela Wilson (MSU) 			Mark Gordon (U Iowa), 		      Michael Dupuis (Buffalo)
Filippo De Angelis(Perugia),  	David Micha(U of Florida)		Maksim Kovalenko (ETHZ)	       Benjamine Levine (MSU)
Sharon Hammes-Schiffer (Yale)	Thomas Frauenheim (U. Bremen)	Xiaosong Li (U. Washington)	)	Giullia Galli (U.Chicago)
Erik Hobbie (NDSU)		       Mary Berry (USD)			      Martin Head-Gordon(Berkeley)	Victor Klimov (LANL)
Horia Metiu (UCSB)		       Karl Irikura (NIST)			      Erik Hobbie (NDSU)		 Oleg Prezhdo (USC)
Hans Lishka (TTU)		              Mario Barbatti (AMU,Marseille)		

Organizers: Dmitri Kilin, Svetlana Kilina, Yulun Han
NOTE THAT E-MAIL ADDRESSES HAVE BEEN MODIFIED!!!
All @ signs were changed to /./ to fight spam. Before you send e-mail, you need to change /./ to @
For example: change joe/./big123comp.com to joe@big123comp.com
Please let colleagues know about conference listingts at Computational Chemistry List Conference Page at http://www.ccl.net/chemistry/a/conferences/.

Please help: If you find this conference list useful but you noticed some conference missing, please consider including it here by using the Conference Submission Page. It is free but your support is welcome. You will help others!!!

Modified: Mon Mar 26 13:21:59 2018 GMT
Page accessed 623 times since Mon Mar 26 05:04:59 2018 GMT

Please help maintain CCL: If you found that your conference is listed here, please consider supporting CCL as a Supporting Member or use other Paid Services of CCL to ensure the continuation of this useful service. We cannot do it without your help.