Yi-Chun Lu and colleagues report a negolyte design that enables high-performance aqueous redox flow batteries at low temperature https://t.co/pVNTpVVLzC
@answerswithjoe , want to come see the state of the art tools that battery researchers (including Goodenough) are using to develop solid state and other advanced chemistries? We are in College Station!
The Force is at #236thECSMeeting Exhibitors! Visit Arbin and read Richard Rogers’ lightsaber battery article. Innovations, instruments, systems, software, products, services showcased. Grand Ballroom: Mon: 1800-2000h; Tues: 1400-2000h; Wed: 1400-2000h.
https://t.co/NnIlaK1hjU
@IEEEXplore See our detailed analysis of a Star Wars lightsaber battery, and how recent battery research has created one suited for the legendary weapon. An IEEEXplore paper was referenced in the article:
https://t.co/4e9S7cpiZ5
@WIRED See our detailed analysis of a Star Wars lightsaber battery, and how recent battery research has created one suited for the legendary weapon. Two previous Wired articles about lightsabers and The Force are referenced:
https://t.co/4e9S7cpiZ5
@NatureMaterials See our detailed analysis of a Star Wars lightsaber battery, and how recent battery research has created one suited for the legendary weapon. A Nature Materials paper is referenced near the end:
https://t.co/4e9S7cpiZ5
@thebatteryshow See our detailed analysis of a Star Wars lightsaber battery, and how recent EV research has created a battery suited for the legendary weapon:
https://t.co/4e9S7cpiZ5
@ECSorg See our detailed analysis of a Star Wars lightsaber battery, and how recent battery research has created one suited for the legendary weapon:
https://t.co/4e9S7cpiZ5
A recent [Nature] publication from researchers at Stanford University & MIT describes how machine learning can be used to predict the useful life of batteries. The team used Arbin test equipment over the past two years for the on-going study. https://t.co/quVWQnsBpb