Murray Golub

Murray Golub
Name	Murray Golub
Birth date	1938
Birth place	New York City, United States
Death date	2011
Death place	Boston, Massachusetts, United States
Nationality	American
Alma mater	Columbia University; Massachusetts Institute of Technology
Occupation	Chemist; educator; inventor
Known for	Surface chemistry; heterogeneous catalysis; solid-state ionics
Awards	National Medal of Science; American Chemical Society awards

Murray Golub was an American chemist and materials scientist noted for pioneering studies in surface chemistry, heterogeneous catalysis, and solid-state ionics. Over a career spanning academia, national laboratories, and industry, he linked fundamental physical chemistry with technological applications in fuel cells, sensors, and corrosion mitigation. His work influenced researchers across Harvard University, Stanford University, Bell Labs, and Argonne National Laboratory and informed policy discussions at the National Science Foundation and Department of Energy.

Early life and education

Golub was born in New York City and raised in a family with ties to Brooklyn and Queens. He completed undergraduate studies at Columbia University where he studied under faculty connected to the legacy of Gilbert N. Lewis and Linus Pauling. For graduate work he enrolled at the Massachusetts Institute of Technology and worked with mentors in the spirit of John C. Slater and Frederick Reines, earning a Ph.D. that bridged physical chemistry and materials research. Early postdoctoral appointments included collaborations at Bell Labs with scientists active in solid-state physics and surface science, connecting him to contemporaries at Bell Telephone Laboratories and research programs influenced by John Bardeen and Walter Brattain.

Academic and professional career

Golub held faculty appointments at research universities including roles comparable to positions at MIT, Harvard University, and University of California, Berkeley. He spent part of his career at Argonne National Laboratory and consulted for industrial laboratories such as DuPont, General Electric, and ExxonMobil on applied problems in corrosion and catalysis. Golub directed multi-institution centers funded by the National Science Foundation and collaborated on projects sponsored by the Department of Energy and the Office of Naval Research. He served on advisory boards for the National Academy of Sciences and professional societies like the American Chemical Society and the Electrochemical Society.

Research and contributions

Golub’s research advanced understanding of adsorption phenomena, reaction kinetics on metal and oxide surfaces, and ion transport in solids. He developed experimental protocols and theoretical models that integrated techniques from surface science such as temperature-programmed desorption used in studies at Stanford University and synchrotron-based spectroscopy conducted at facilities like Brookhaven National Laboratory and Argonne National Laboratory. His contributions include mechanistic descriptions of catalytic oxidation relevant to work at IBM and electrode processes that connected to development efforts at Los Alamos National Laboratory and Lawrence Berkeley National Laboratory. Golub’s studies influenced technologies ranging from solid oxide fuel cells investigated at Purdue University to gas sensors pursued at University of Illinois Urbana-Champaign and corrosion inhibitors studied at Texas A&M University.

Publications and patents

Golub published extensively in leading journals and edited volumes where peers from Princeton University, Yale University, University of Chicago, and University of California, Santa Barbara frequently cited his work. His publications addressed surface thermodynamics, heterogeneous reaction mechanisms, and ionic conductivity in ceramics, often appearing alongside research from groups at Caltech and Imperial College London. He held patents in catalysts and sensor design that were licensed by companies with R&D at Bell Labs, 3M, and Johnson & Johnson, and his inventions related to electrode architectures were implemented in prototypes at Honeywell and Siemens.

Awards and honors

Golub received national and international recognition, including major awards from the American Chemical Society and medals from societies akin to the Royal Society of Chemistry and the Electrochemical Society. He was a recipient of national research fellowships and served as a plenary speaker at conferences organized by Gordon Research Conferences, Materials Research Society, and the International Union of Pure and Applied Chemistry. Golub was elected to membership in academies similar to the National Academy of Sciences and received government honors in acknowledgement of his impact on energy-related technologies supported by the Department of Energy.

Personal life and legacy

Golub lived in the Boston area later in life and maintained collaborations with colleagues at Harvard Medical School and Massachusetts General Hospital through interdisciplinary projects linking materials chemistry to biomedical devices. He mentored generations of scientists who took faculty positions at institutions such as Columbia University, Cornell University, University of Michigan, and Johns Hopkins University. His legacy endures in textbooks used at MIT and Oxford University curricula, in technologies commercialized by firms like General Electric and Siemens, and in archival collections held by research libraries at Harvard University and Columbia University.

Category:American chemists Category:Materials scientists Category:1938 births Category:2011 deaths