10 Year Anniversary
Starter Plan
1 yr / only 24€
AI video translation workspace
Automatic: transcription, translation & voiceover
GDPR compliant video hosting
Promotion ends in
0
Days
:
0
Hours
:
0
Minutes
Use code
10YEARS
at checkout
*discount only applies to the first year
10 Year Anniversary:
Starter Plan,1 yr / only 24€
Use code
10YEARS
at checkout
*discount only applies to the first year

Electrochemical Reactions at Quantum Level: Details and Dynamics

For more Science Videos: https://lt.org/​ * Electrochemical processes play a central role for sustainable energy conversion and storage technologies, such as water splitting, hydrogen fuel cells and batteries. In order to maximize the efficiency, stability and life expectancy of these devices, it is necessary to develop accurate simulation techniques to explore and predict structural properties and chemical reactions at electrified surfaces in contact with liquid electrolytes. * In this video, STEFAN WIPPERMANN puts forward ideas on how to simulate electrochemical processes with controlled electrode potential from first principles, i.e. solving the respective fundamental physical equations on high performance computers. The present work reveals the response of liquid water to an electric field at electrode/electrolyte interfaces under potential control. These developments open the door towards predicting and understanding the precise mechanistic details and dynamics of electrochemical processes at the quantum level. * Find out more about Stefan Wippermann: https://www.mpie.de/person/43107/3079071 * This LT Publication is divided into the following chapters: 0:00 Question 2:09 Method 3:47 Findings 6:25 Relevance 7:35 Outlook LT Video Publication DOI: https://doi.org/10.21036/LTPUB10942

LicenseCreative Commons Attribution-ShareAlike

More videos by this producer