Lipscomb WilliamNunn

William Nunn Lipscomb Jr. (1919–2011)

William Nunn Lipscomb Jr. was an American chemist renowned for his work on the structure of boranes (boron hydride clusters) and for advancing the field of structural chemistry. He was awarded the Nobel Prize in Chemistry in 1976 for elucidating the structure and bonding of boranes, using X‑ray crystallography and innovative chemical reasoning that helped establish fundamental concepts in chemical bonding.

Basic biographical details

• Birth: December 28, 1919
• Birthplace: Cleveland, Ohio, United States
• Death: April 14, 2011

News and public records

• Obituaries and memorials published after his passing in 2011 by major outlets (e.g., The New York Times and other science-news venues) commemorated his contributions to chemistry and his role as a Nobel laureate.
• Nobel Prize official biography: The Nobel Prize organization maintains biographical notes and prize information highlighting Lipscomb’s work on boranes and its impact on modern inorganic chemistry.
• Legacy in science education: His work is frequently cited in history-of-chemistry resources and in discussions of chemical bonding models, including three-center two-electron bonding in boranes.

Public profiles and social media

There are no active personal social media profiles for William Lipscomb. As a historic figure and Nobel laureate, information about him is primarily found through official biographical pages from the Nobel Prize website, university or museum memorials, and major news outlets. Institutional archives and science-history resources host materials about his life and research legacy.

Notable achievements and projects

• Nobel Prize in Chemistry (1976): For elucidating the structure of boranes and advancing the understanding of bonding in electron-deficient boron hydride clusters.
• Structural and bonding insights: Pioneered use of X-ray crystallography to determine detailed molecular geometries in boron chemistry and helped establish concepts of bonding in complex main-group compounds.
• Impact on inorganic chemistry: His work influenced later research in cluster chemistry, computational modeling, and the teaching of chemical bonding in graduate and undergraduate curricula.

Legacy and further reading

For those seeking authoritative sources, consider the Nobel Prize biography pages, contemporary obituaries, and museum or university memorials that thread Lipscomb’s scientific contributions into the broader history of chemistry. These resources collectively preserve his influence on how chemists think about bonding, structure, and the chemistry of boron.