Synthetic Control Across Length-scales for Advancing Rechargeables (SCALAR)
A US Department of Energy Energy Frontier Research Center (Class: 2018 — 2022)
Mission
To design materials, interfaces, and architectures that revolutionize the performance of energy storage systems by dramatically expanding the range of materials systems and chemistries that can be employed in next generation batteries.
Research Plan
The SCALAR center aims to rethink battery materials to take advantage of a much broader set of reactions and
materials than traditional transition metal cation redox approaches. This is combined with new methods to control
and characterize architectures and interfaces with the goal of bridging atomistic and nanometer length-scales in the
quest to improve cycling stability and electron and ion transport over broad working ranges.
Leadership
Professor Sarah Tolbert (UCLA) and Professor Bruce Dunn (UCLA)
Research Thrusts
Thrust 1: Anionic redox as a new paradigm for next-generation energy storage
Leader: Brent Melot, USC
Team:
Brad Chmelka,
Bruce Dunn,
Sri Narayan,
Kimberly See,
Ram Seshadri,
Alex Spokoyny,
Sarah Tolbert, and
Anton Van der Ven
Thrust 2: Increasing electrical conductivity in electrodes without compromising ion mobility
Leader: Ram Seshadri, UC Santa Barbara
Team: Bruce Dunn,
Brent Melot,
Thomas Miller,
Sri Narayan,
Laurent Pilon,
Rachel Segalman,
Barry Thompson,
Sarah Tolbert, and
Anton Van der Ven
Thrust 3: Stabilizing physical and electrochemical interfaces
Leader: Xiangfeng Duan, UCLA
Brad Chmelka,
Bruce Dunn,
Jian Luo,
Sri Narayan,
Philippe Sautet,
Kimberly See,
Sarah Tolbert, and
Johanna Nelson Weker
More about the thrusts
SCALAR EFRC Publications
All Participating Senior Investigators
Gallery
Administration
Huguette Albrecht, Administrative Director, SCALAR EFRC
email: halbrecht at conet dot ucla dot edu +++ phone: 310-825-5125 +++
webspace: http://www.chem.ucla.edu/scalar/