Goodenough JohnB

Public profile: Goodenough JohnB (John B. Goodenough)

John B. Goodenough, born July 25, 1922, in Jena, Germany, was an American physicist and chemist renowned for pioneering work in lithium‑ion battery materials. He was a longtime professor at the University of Texas at Austin and a central figure in the science of energy storage. He passed away in 2023 at age 100. His research helped enable the portable electronics and electric‑vehicle revolution by advancing rechargeable battery technology.

News and milestones

• 2019: Nobel Prize in Chemistry awarded for the development of lithium‑ion batteries, recognizing Goodenough alongside M. Stanley Whittingham and Akira Yoshino for breakthroughs in battery materials and architecture.
• Post‑2019: Ongoing acknowledgment of his foundational role in energy storage science, with frequent citations in scientific reviews, policy discussions, and educational materials.
• 2023: Obituary coverage in major national and international outlets highlighting his lifelong impact on science, engineering, and technology.

Social media details

There are no known verified personal social media accounts belonging to John B. Goodenough. Public communication about his work typically flows through institutions and official organizations. Notable official channels include:

• University of Texas at Austin news and press releases detailing his research, career, and Nobel Prize recognition.
• Nobel Prize official site biographies and press materials related to the 2019 Chemistry laureates.
• Major news outlets and scientific journals publishing obituaries, profiles, and commemorations.

For authoritative updates about his legacy, refer to institutional announcements and the Nobel Prize website rather than personal social profiles.

Recent projects and scientific legacy

Goodenough’s career centers on the materials science of rechargeable batteries. His landmark contribution was identifying and validating lithium cobalt oxide and related layered oxide cathodes that enable high energy density in lithium‑ion batteries. While he did not undertake new public experiments after his passing, his work continues to influence:

• Research into cathode and anode materials for safer, longer‑lasting, and higher‑energy batteries.
• Guidance and mentorship through UT Austin and collaborating research groups that build on his foundational principles.
• Education and outreach that explain how lithium‑ion battery chemistry powers modern electronics, medical devices, and electric mobility.

Other public information

Key affiliations and public references:

• University of Texas at Austin — longtime professor and senior researcher in chemistry and materials science.
• Nobel Prize in Chemistry (2019) — official laureate page with biographical notes and work on lithium‑ion batteries.
• Major news outlets and scientific literature documenting his influence on energy storage technologies.

For more details, see: - Nobel Prize: Nobel Prize official page - UT Austin: University of Texas at Austin press materials - General obituaries and profiles: New York Times, The Guardian