Breadcrumb Menu Back Link Home · Research · Projects · Synthesizing atomically-pre... Projects Synthesizing atomically-precise heterointerfaces for next-generation battery electrodes June 1, 2022 - May 31, 2024 Principal investigator Joseph Checkelsky Funding source Seed Innovation Fund Research area Energy storage Share this item The project details are available for members only. Please sign in to see project details. Sign In Project team Log in to view member-only content. See all researchers See all researchers Joseph Checkelsky Principal investigator Associate Professor, Department of Physics Affiliated researcher Related projects Log in to view member-only content. See all projects See all projects New ? New items have been added or updated in the last 30 days. Techno-economic viability of molten sodium battery for stationary storage September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center New ? New items have been added or updated in the last 30 days. Can Long-Duration Energy Storage Better Protect the Grid from Extreme Events? September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center You may also be interested in Event Future Energy Systems Center project updates November 10, 2026 News 3 Questions: Exploring the chemistry beneath metal surfaces to advance energy technologies September 8, 2026 News Form Energy raises $750 million August 31, 2026
Joseph Checkelsky Principal investigator Associate Professor, Department of Physics Affiliated researcher
New ? New items have been added or updated in the last 30 days. Techno-economic viability of molten sodium battery for stationary storage September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center
New ? New items have been added or updated in the last 30 days. Can Long-Duration Energy Storage Better Protect the Grid from Extreme Events? September 1, 2026 – August 31, 2027 Funding source Future Energy Systems Center
