George Smoot (1945-2025) Astrophysicist & Cosmologist
George F. Smoot III, a renowned astrophysicist, received the 2006 Nobel Prize for Physics alongside John C. Mather for their groundbreaking work on the cosmic microwave background radiation, specifically its blackbody form and anisotropy.
He earned both his BSc and PhD from the Massachusetts Institute of Technology. Following his doctorate, he relocated to Berkeley, where he conducted the research that led to him becoming a Nobel Prize winner.
His primary research focused on two key areas: observational cosmology and particle physics, using the cosmic background radiation as a probe to explore the early universe, as well as measuring cosmic radiation with balloon-borne superconducting magnetic spectrometers.
Beyond physics, George was captivated by a wide array of subjects, driven by a desire to understand fundamental concepts deeply. He applied basic physics principles to enhance people's lives through innovations and products, especially in air quality and medicine.
His goal was to inspire and motivate bright young minds, setting them on a path toward discovery.
Remembering George Smoot: In Memory of a Nobel Prize Winner
![PCCP Group Photo. Left to Right: Pierre Bine´truy, Mauro Pieroni, Valerie Domcke, Ivan Debono, Dhiraj Kumar Hazra, George F. Smoot, III, Andrea Tartari, and Marie Verleure. [Photo credit: Dhiraj Kumar Hazra]](http://img1.wsimg.com/isteam/ip/9b5bff28-36c4-4a91-bd32-100d4ed4ec61/DSC_0047.JPG/:/cr=t:0%25,l:0%25,w:100%25,h:100%25/rs=w:370,cg:true)
Obituaries
George F. Smoot III, a renowned astrophysicist, received the 2006 Nobel Prize for Physics alongside John C. Mather for their groundbreaking work on the cosmic microwave background radiation, specifically its blackbody form and anisotropy.
He earned both his BSc and PhD from the Massachusetts Institute of Technology. Following his doctor
George F. Smoot III, a renowned astrophysicist, received the 2006 Nobel Prize for Physics alongside John C. Mather for their groundbreaking work on the cosmic microwave background radiation, specifically its blackbody form and anisotropy.
He earned both his BSc and PhD from the Massachusetts Institute of Technology. Following his doctorate, he relocated to Berkeley, where he conducted the research that led to him becoming a Nobel Prize winner.
His primary research focused on two key areas: observational cosmology and particle physics, using the cosmic background radiation as a probe to explore the early universe, as well as measuring cosmic radiation with balloon-borne superconducting magnetic spectrometers.
Beyond physics, George was captivated by a wide array of subjects, driven by a desire to understand fundamental concepts deeply. He applied basic physics principles to enhance people's lives through innovations and products, especially in air quality and medicine.
His goal was to inspire and motivate bright young minds, setting them on a path toward discovery.
The APC Laboratory mourns the loss of George Smoot, the renowned astrophysicist and Nobel Prize winner, who passed away unexpectedly at his home in Paris. We will remember him as a larger than life character, with a broad range of interests beyond his significant contributions to our understanding of the cosmic microwave background.
It was an honour for the DIPC community to have had the opportunity to work with professor Smoot, a distinguished astrophysicist and Nobel Prize winner. We will miss him deeply, and his contributions to our understanding of the cosmic microwave background will continue to inspire us and future generations of scientists.
In addition to his groundbreaking research on the cosmic microwave background, George, an esteemed astrophysicist and Nobel Prize winner, was committed to engaging with the public and helping the next generation of scientists. He also launched the long-running Physics In and Through Cosmology Workshop, an annual outreach event for Bay Are
In addition to his groundbreaking research on the cosmic microwave background, George, an esteemed astrophysicist and Nobel Prize winner, was committed to engaging with the public and helping the next generation of scientists. He also launched the long-running Physics In and Through Cosmology Workshop, an annual outreach event for Bay Area high school physics teachers and students, now in its nineteenth year.
Throughout his time at HKUST, Prof. Smoot, an esteemed astrophysicist and Nobel Prize winner, inspired many with captivating talks on a variety of topics, including the cosmic microwave background. His ability to ignite their passions for science and encourage exploration of the universe's mysteries will be remembered with great admiratio
Throughout his time at HKUST, Prof. Smoot, an esteemed astrophysicist and Nobel Prize winner, inspired many with captivating talks on a variety of topics, including the cosmic microwave background. His ability to ignite their passions for science and encourage exploration of the universe's mysteries will be remembered with great admiration and gratitude, alongside his wisdom, humor, and unwavering dedication.
George was an intelligent and generous astrophysicist with a jovial and attractive personality. After receiving the Nobel Prize, he dedicated himself to making cosmology popular worldwide, particularly through his studies on the cosmic microwave background. He was also very popular in México, where he often visited for scientific engagements, lectures, and presentations.
Under his leadership, ECL grew into one of Central Asia’s leading centers for astrophysics, where this renowned astrophysicist developed advanced capabilities in theoretical and observational astronomy, data science, and cryogenic detector technologies. His work has significantly contributed to our understanding of the cosmic microwave background, earning him recognition as a Nobel Prize winner.
Professor Smoot, an esteemed astrophysicist, played a central role in the establishment and development of the ECL at NU since its inception in 2017. Beyond his scientific leadership, he was deeply committed to nurturing the next generation of scientists. As a Nobel Prize winner, he actively encouraged student participation in research, h
Professor Smoot, an esteemed astrophysicist, played a central role in the establishment and development of the ECL at NU since its inception in 2017. Beyond his scientific leadership, he was deeply committed to nurturing the next generation of scientists. As a Nobel Prize winner, he actively encouraged student participation in research, helping build an environment where young scholars in Kazakhstan could engage in frontier science, including studies on the cosmic microwave background.
According to theory, the cosmic microwave background radiation is the relic radiation from the Big Bang. Mapping such ripples in the light by satellite observations allowed astrophysicist George Smoot, a Nobel Prize winner, to draw the map of the ‘baby universe,’ a snapshot of how our universe looked on its three hundred and seventy thousandth birthday.
As an esteemed astrophysicist, he led a team of scientists who helped confirm that the cosmic microwave background was the source of the universe. This groundbreaking discovery earned him the prestigious title of Nobel Prize winner.
A charismatic astrophysicist and Nobel Prize winner who revealed the ripples in the cosmic microwave background from the Big Bang’s afterglow.
L’astrophysicien américain, lauréat du prix Nobel, qui avait reçu la plus haute récompense de sa discipline en 2006, est décédé à Paris. Il était renommé pour ses travaux sur le fond cosmique micro-onde.