New video series: "Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells" from IPAM at UCLA. Last week's conference zoomed in on supercell boundary conditions, DFTs, and electrochemical charge transport. Register for upcoming workshops: www.ipam.ucla.edu

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YouTube video by Institute for Pure & Applied Mathematics (IPAM) Chris Anderson - Domain decomposition & parameterized effective boundary conditions for Poisson

New from IPAM at UCLA: Chris Anderson of the University of California, Los Angeles, presents "Domain decomposition and parameterized effective boundary conditions for Poisson's equation." Watch on YouTube-> youtu.be/3pleN2t5gGA

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Bin Wang - Modeling interfacial charge transfer in thermochem and electrochem reactions and analogy

New from IPAM at UCLA: Bin Wang of the University of Oklahoma presents "Modeling interfacial charge transfer in thermochemical and electrochemical reactions and their analogy." Watch on YouTube-> youtu.be/M0n0C6cHLcg

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Christoph Freysoldt - Correcting electrostatic boundary artifacts in simulations of charged systems

New from IPAM at UCLA: Christoph Freysoldt of the Max Planck Institute for Sustainable Materials presents "Correcting for electrostatic boundary artifacts in simulations of charged systems." Watch on YouTube-> youtu.be/cfcJaX6084w

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Stefan Ringe - Continuum modeling & quantum chem: Multi-scale modeling of electrochemical processes

New from IPAM at UCLA: Stefan Ringe of Korea University presents "Continuum modeling meets quantum chemistry: Multi-scale modeling of electrochemical processes" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells. Watch on YouTube-> youtu.be/NCvmskkpvws

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Jing Yang - Molecular dynamics sim for electrochemical systems: challenges of field fluctuation

New from IPAM at UCLA: Jing Yang of the Max Planck Institute for Iron Research presents "Molecular dynamics simulation for electrochemical systems: challenges of the field fluctuation." Watch on YouTube-> youtu.be/4KRPGU09KcY

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Annabella Selloni - Chemistry of Aqueous Oxide Interfaces from Machine Learning Molecular Dynamics

New from IPAM at UCLA: Annabella Selloni of Princeton University presents "Chemistry of Aqueous Oxide Interfaces from Machine Learning Molecular Dynamics" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/ApG7J9WrjVU

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YouTube video by Institute for Pure & Applied Mathematics (IPAM) Phillip Colella - Embedded Boundary Methods for PDEs in Complex Geometries - IPAM at UCLA

New from IPAM at UCLA: Phillip Colella presents "Embedded Boundary Methods for PDEs in Complex Geometries" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/eOIu0loOaiY

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Thomas Swinburne - Functional simulations for uncertainty quantification and inverse problems

New from IPAM at UCLA: Thomas Swinburne of the University of Michigan and CNRS presents "Functional simulations for uncertainty quantification and inverse problems" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells. Watch on YouTube-> youtu.be/REa8vQa_qZo

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Davide Donadio - Molecular Dynamics of Solutions out of Equilibrium - IPAM at UCLA

New from IPAM at UCLA: Davide Donadio of the University of California, Davis, presents "Molecular Dynamics of Solutions out of Equilibrium" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/xLCAmvnEdqE

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Mark Tuckerman - Beating viscosity-conductivity inverse relation to create electrolyte for battery

New from IPAM at UCLA: Mark Tuckerman of New York University presents "Beating the viscosity-conductivity inverse relation barrier to create a breakthrough electrolyte for emerging battery applications." Watch on YouTube-> youtu.be/dudEmpYUCBw

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Stefan Wippermann - Capturing Electrode Potential Dynamics in Ab initio Electrochemical Simulations

New from IPAM at UCLA: Stefan Wippermann of Philipps-Universität Marburg presents "Capturing Electrode Potential Dynamics in Ab initio Electrochemical Simulations" at Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/PU0iFoA1BZY

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Clotilde Cucinotta - Advancing Ab Initio Molecular Dynamics for Electrified Interfaces

New from IPAM at UCLA: Clotilde Cucinotta of Imperial College presents "Advancing Ab Initio Molecular Dynamics for Electrified Interfaces" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/r6rlp3v6DNQ

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Jun Cheng - AI acceleration of AIMD simulation of electrochemical interfaces - IPAM at UCLA

New from IPAM at UCLA: Jun Cheng of Xiamen (Amoy) University presents "AI acceleration of AIMD simulation of electrochemical interfaces" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/TswXOm8JcrM

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Michael Eikerling - Local Reaction in Electrocatalytic Media: Interface Theory, Realism, Complexity

Today at IPAM at UCLA: Michael Eikerling of RWTH Aachen University presents "Local Reaction in Electrocatalytic Media: Interface Theory, Realism, Complexity" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/CLfSBD6nODg

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Jörg Neugebauer - Boundary conditions for atomistic simulations: Insights, solutions and challenges

Today at IPAM at UCLA: Jörg Neugebauer of the Max Planck Institute presents "Boundary conditions for atomistic simulations: Insights, solutions, challenges" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/RVX3M7YiK1U

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Giulia Galli - Interfaces between water and semiconductors from first principles - IPAM at UCLA

Today at IPAM at UCLA: Giulia Galli of the University of Chicago presents "Interfaces between water and semiconductors from first principles" at IPAM's Boundary Conditions for Atomistic Simulations in Macroscopic Electrochemical Cells Workshop. Watch on YouTube-> youtu.be/HiD5JeOl6_4

Danny Perez of Los Alamos National Laboratory was a post doc when he first came to IPAM at UCLA. Now a senior researcher, he tries to give back by providing opportunities to the new post docs he meets at the Institute for Pure and Applied Mathematics. Check out upcoming workshops: www.IPAM.UCLA.edu

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Richard Hennig of the University of Florida explains why he keeps coming back to IPAM at UCLA. First as a speaker, then as an organizer, Hennig values the organic cross-discipline conversations with new peers. Register for an upcoming program: www.ipam.ucla.edu

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YouTube video by Institute for Pure & Applied Mathematics (IPAM) Chong Liu - An experimentalist's (primitive) view of stochasticity in electrochemistry

Today at IPAM at UCLA: Chong Liu of the University of California, Los Angeles, presents "An experimentalist's (primitive) view of stochasticity in electrochemistry" at IPAM's Bridging Scales from Atomistic to Continuum in Electrochemical Systems Workshop. Watch on YouTube-> youtu.be/84EWeBUXq6Q

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Roman Grigoriev - Bridging scales using physically-informed machine learning - IPAM at UCLA

Today at IPAM at UCLA: Roman Grigoriev of the Georgia Institute of Technology presents "Bridging scales using physically-informed machine learning" at IPAM's Bridging Scales from Atomistic to Continuum in Electrochemical Systems Workshop. Watch on YouTube-> youtu.be/OTmqOFpUdVg

YouTube video by Institute for Pure & Applied Mathematics (IPAM) Daniel Schwalbe-Koda - Scales in Material Modeling w/ Atomistic Sim, Info Theory, & Generative Model

Today at IPAM at UCLA: Daniel Schwalbe-Koda of the University of California, Los Angeles, presents "Bridging Scales in Materials Modeling with Atomistic Simulations, Information Theory, and Generative Models." Watch on YouTube-> youtu.be/foSz54HQkpE