Los Alamos National Laboratory

Los Alamos National Laboratory

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In Memoriam Archive

Honoring Los Alamos National Laboratory Fellows and their contributions to the institution.

The Laboratory Fellows organization was established in 1981 and is made up of technical staff members who have been appointed by the Laboratory Director to the rank of Fellow in recognition of sustained outstanding contributions and exceptional promise for continued professional achievement.

In memoriam

Raymond N. Rogers

Raymond N. RogersRaymond N. Rogers, retired chemist who pioneered in the use of thermal analysis to characterize explosives, died on March 8, 2005 at the age of 77 after a long illness.

Rogers was born July 21, 1927 in Albuquerque NM, but his family soon moved to California to find work. When his father died in an industrial accident on young Rogers' thirteenth birthday, he and his mother were left in Bakersfield with no means of support in the depression years. Rogers took on a number of odd jobs to bring in money: playing the horn in a dance band, ushering at the local theater, and working in a print shop.

In 1945 he enlisted in the U.S Navy and served as a radar technician during World War II. Thanks to the GI bill, Rogers was able to complete his education at the University of Arizona, majoring in chemistry. Upon graduation in 1948 his first job was with the Arizona Agricultural Experimental Station. There he built a thermal analysis instrument to study soils, and this experience brought him to Los Alamos National Laboratory (LANL) in late 1951.

At LANL Rogers became a group leader of an explosives research-and-development group and was elected Laboratory Fellow in 1981. He later worked for the International Technology division, retiring in 1988. He served on the Department of the Air Force Scientific Advisory Board from 1987 until 1992 with the equivalent rank of Lt. General, receiving their Distinguished Service Award. He received other awards and recognitions from LANL and professional organizations.

Although much of Rogers' research at LANL had military applications including the characterization of exotic explosives for munitions, he was always concerned with explosives safety and chemical hazards. One of his published research results has been incorporated into a standard method for the screening of reactive materials (ASTM method E698). Today this method is used worldwide to obtain reaction rate constants for energetic materials, a necessary first step in avoiding thermal explosions.

Until he retired Rogers was an editor for the two scientific journals, Thermochimica Acta and the Journal of Energetic Materials, and throughout his career he participated in conferences and symposia related to his chosen field. His ground-breaking work in thermal analysis—particularly differential scanning calorimetry—demonstrated the effectiveness of these techniques for characterizing energetic materials with only a few milligrams of sample.

Rogers was also an accomplished amateur archaeologist who did research on the chemistry of deposits and artifacts of interest in archaeology and geochronology. In 1978 he was invited to become Director of Chemical Research for the Shroud of Turin Research Project (STURP), whose primary goal was to determine the scientific properties of the image on the Shroud of Turin, and what might have caused it. The shroud was a linen fabric purported to be the burial cloth of Jesus of Nazareth.

For many people the shroud study proved disappointing when the initial carbon dating results placed the production of the fabric at between 1260 and 1390 AD, indicating that the shroud was a fake. However, about a year before his death Rogers found evidence that challenged the carbon-14 dating results. Although weakened by illness, he performed forensic work (Thermochimica Acta 425 (2005), 189-194) revealing that the material used in the carbon dating was not sampled from the original fabric, but from a part of the shroud that had been rewoven in medieval times. Rogers' work also indicated that the original shroud was much older than the age determined through carbon-14 analysis; but the question remains open as to whether it was in fact the burial cloth of the historic Jesus.

After retiring from LANL Rogers continued to work on the Shroud project, and with his wife Joan he also found time to enjoy hiking in the great outdoors as well as to train dogs for search and rescue operations. He is survived by his wife Joan; daughter Amy Canzona and her husband Tony; step-daughters Dawn and Lauren, many grandchildren and his and coonhound Clancy.

A classic Ray Rogers essay on "the Classical Scientific Method Does not Mean Atheism," from 1997:

Classic Scientific Method does not Mean Atheism Ray Rogers 17jan1997.pdf

Lawrence Ray Gurley

Lawrence GurleyRay Gurley, age 82, died at home April 19, 2017 in Sarasota, Florida. The family moved to Los Alamos in the 1960s when Lawrence joined H-Division as a Scientific Staff Member.

Lawrence enjoyed a distinguished, fulfilling career collaborating with numerous colleagues and mentoring high school, undergraduate, graduate and postdoctoral students. Lawrence was selected as a Los Alamos National Laboratory Fellow in recognition of his pioneering discoveries pertaining to histone phosphorylation during the growth cycle. Subsequently, he also served as Acting Division Leader of the Life Sciences Division for several months during a change of division leadership.

Lawrence was a graduate of North Carolina State University where he earned two degrees in Chemical Engineering; later he attended the University of North Carolina, Chapel Hill, earning a Ph.D. in Biochemistry. Following his career at Los Alamos he was active in mission work helping to build a school in Kenya, teaching in Haiti and facilitating water projects in Kenya and Haiti.

Lawrence enjoyed many hobbies and continued to research areas of interest in science and psychology. He loved his family, friends, nature and the church and was an a backyard birdwatcher.

William Davis

William DavisWilliam Davis, Los Alamos Guest Scientist, LANL Fellow and former Laboratory staff member, 91, of Los Alamos died April 5, 2017. Bill was born in Manchester, New Hampshire on December 22, 1925, to Chester T.C. Davis and Eleanor Scamman Davis. He attended the public schools, and enlisted in the wartime United States Navy the week he graduated from high school in 1943. His service took him to the rank of RT1c, and the Asiatic Pacific ribbon with 2 stars and the Philippine Liberation ribbon with one star. After the war he attended Tufts College and received the degree Bachelor of Science in Engineering summa cum laude. He then went to Johns Hopkins University and received the degree of Doctor of Philosophy in 1954. Bill was employed by the Los Alamos National Laboratory full time from 1954 to 1987, and then part time until the present. His assignment was to study the details of the processes in high explosives.

It’s been rumored that when asked why he came to the Laboratory, Davis said, “because I didn’t have to wear a suit!” Davis was a giant in the field of high-explosive research, who was never satisfied until every last detail of any of his experimental records was fully understood. Early in his career, his work led to a substantial improvement in resolution from rotating mirror smear cameras, in its day, the high-resolution optical diagnostic used to study detonation. Working together with “Bud” Winslow, Davis developed the first, high-speed, electro-optical framing camera. When the Los Alamos high-energy x-ray facility, PHERMEX, first came online, working with Doug Venable, Davis found ways to use PHERMEX to reveal the physics of explosive pre-shock (the desensitization of plastic-bonded explosives by weak shocks), the equation of state of explosive products and reaction-zone effects in a striking way.

Davis’ curiosity led him to ask probing questions concerning the detonation community’s established views of explosives. “Failure of the CJ Theory for Liquid and Solid Explosives,” published in 1965, demonstrated that CJ theory did not provide an adequate description of detonation. As a founder of the Los Alamos, “Fundamental Research in Explosives Program,” Davis knew that more than empirical knowledge was needed to truly understand high explosives. That program led to our improved understanding of the high-pressure equations of state and detonation propagation in liquid nitric oxide explosive, which brought with it a new understanding of high-explosive detonation. That work led to his developing the WSD equation of state for explosives, published in 1985 and 2005. Davis' book, Detonation, published in 1979 and coauthored with Wildon Fickett, remains the go-to source for explosive detonation theory and experiment. His work on explosives was as much an avocation as a vocation.

He also wrote two chapters of the book Explosive Effects and Applications edited by J. A. Zukas and W. P. Walters. He wrote many papers and reports, and found his work enjoyable and rewarding. He never felt that he had to work, just entertain himself by finding how things operate. Both experiment and theory were part of his effort. Director Donald Kerr appointed him a Laboratory Fellow in 1982.

Bill made the most of the outdoor activities. He skied in winter, both downhill and cross country. He was on the ski patrol for a dozen years, and on winter search and rescue teams. In summer there was backpacking with children from three years old to ones much older, in Bandelier backcountry, Pecos wilderness, San Pedro Parks wild area, Peralta Canyon, and canoe trips to Shoshone Lake in Yellowstone National Park.

He is survived by his children Jim Davis (Nancy Morgan), Jack Davis (Cathy), Bob Davis (Clarity Kjis), Anne Davis (Patrick "Red" Howard), and his stepchildren Shelly Cross (Troy Matevia), Katy Cross, and Doug Cross, as well as 6 grandchildren and 6 great grandchildren, and his beloved sister Marjorie D. Lane. He was revered and loved by his family, his many friends and colleagues. His kindness, wit, and great generosity will be deeply missed.

Phil Young

Phil YoungIt is with great sadness that we bring you the news that Phil Young passed away this morning in Chicago. Phil was the leader of the applied nuclear physics group, T-2, and a Los Alamos National Laboratory Fellow. He was greatly instrumental in introducing model-based nuclear data evaluation methods into the group (and in the ND community at large), and was a generous mentor to several present and former members of the group. He continued to contribute to the field long after his retirement, and has his name associated with a significant fraction of the nuclear data in the Evaluated Nuclear Data File (ENDF) that is used in applications world-wide.

Phil set the highest standards for technical rigor and hard work, while also exhibiting a passion for nuclear reaction physics and data. He had a special combination of depth in experimental work, reaction modeling, and statistical analyses, and possessed an uncanny intuitive ability to know which measurements, and theory, to trust, when making evaluation decisions. Los Alamos National Laboratory’s capabilities in nuclear simulation have benefited greatly from his contributions.

Phil also recognized the importance of international collaborations for advancing applied nuclear physics, and served on numerous IAEA, and NEA, international steering committees that led successful collaborative efforts relevant to nuclear energy. Many of us saw him as a great ambassador for the US (and Texas!) as it engaged with international partners. Phil often reflected on the enjoyable times he spent with his family on long-term exchanges with colleagues and friends at the CEA.

Above all else, Phil was a true gentleman, a valued friend and colleague, whom those of us fortunate enough to have known him will miss greatly. We reflect with happiness on how his life touched, and impacted, us.

Phil was born on July 21, 1937, in Beeville, Texas, to Phillip (Sr.) and Allie B. Young. He was raised in Refugio, Texas with his brothers and sisters, Allie, John, Martha “Moye” and Michael Young.

Phil and Kay moved to Chicago in 2014 to pursue his cancer treatment at Loyola University Medical Center and to enjoy the amenities of city life. Phil fought a long battle with cancer with courage and grace. He will be remembered for his kind heart, generosity, and the big smiles he had for everyone.

Phil is survived by his wife Kay, his son Michael and wife Diane; daughter, Katie and her husband C.J. Pierce; daughter, Patty and her husband Bill Blake.

Frank Harlow

Frank HarlowKnown by some as 'father of computational fluid dynamics, retired Laboratory Fellow and physicist Frank Harlow died July 1, 2016 in Los Alamos at age 88.

In a 50-year career at Los Alamos that began Sept. 1, 1953 as a staff member in the Theoretical Division, until his retirement on Sept. 4, 2003 as a Senior Fellow, Harlow was the inventor of numerous fluid dynamics techniques and came to be known to many associates as the "father of computational fluid dynamics." Harlow, in 1959, became group leader of the then Fluid Dynamics Group; the group was renamed Fluid Dynamics and Solid Mechanics in 2006. He was named a Laboratory Fellow in 1981.

"He was much more than a Lab scientist," said Mark Schraad of the Weapons Physics Group, noting that he first met Harlow during an interview for a postdoctoral position with the Theoretical Division. "I had the fortune to work with him on several technical topics over the course of my post doc and staff member tenures . . . Many have credited Frank with establishing computational fluid dynamics as it's own field of endeavor, and certainly Frank's 'technical fingerprints' can be found today in [computational fluid dynamcs] codes all over the world."

Matthew Maltrud of the Theortical Division said Harlow was his mentor when Maltrud came to Los Alamos in the early 1980s. "He set the course for my professional career because of his mentorship in fluid dynamics," said Maltrud. "He was so engaged in the world, and with students and he was so supportive and easy to work with."

Physicist Len Margolin of Methods and Algorithms Group said Harlow was the first person he met when he came to Los Alamos in 1969. Margolin was watching the Apollo moon landing at his 11th Street apartment. The Harlows lived nearby. "Frank was walking his dog and he stopped by and said 'do you mind if I listen? I don't think I'll make it home in time to watch,' " Margolin recalled. "That was the beginning of my relationship with one of the most creative persons I've ever met."

Harlow also became a leading authority on Pueblo Indian pottery. Earlier this year, Harlow signed copies of a new book he co-authored, "Adventures in Physics and Pueblo Pottery: Memoirs of a Los Alamos Scientist." The book is published by the Museum of New Mexico Press. In the memoir, Harlow describes his life growing up in Washington state, serving in the U.S. Army during World War II, his college years and his career as a physicist at Los Alamos. It was during his relocation to New Mexico that Harlow began studying pueblo pottery. Over the years, Harlow met and interacted with many living pueblo artists, including the famous San Ildefonso Pueblo potter Maria Martinez. Harlow amassed a remarkable collection of Pueblo Indian pottery, which is now in the permanent collection at the Museum of Indian Arts and Culture in Santa Fe.

A U.S. Army veteran, Harlow earned bachelor's and doctoral degrees in physics (minor in mathematics) from the University of Washington.

Harlow is survived by his wife Patricia; daughters, Catherine and Celia; a son Keith; and several grandchildren and great-grandchildren. He was preceded in death by a daughter, Carol.

Llewellyn (Lew) Jones

Llewellyn (Lew) Jones, pioneer in the Vibrational Spectroscopy Field, died June 7, 2014, at his home in Albuquerque. He was 94.

A Laboratory Fellow and U.S. Army veteran, Jones was a postdoc at the University of Rochester before joining the Laboratory in 1951 in the former Chemistry-Metallurgy Fowler Division. He retired in 1986 from the former Isotope and Nuclear Chemistry Division. He returned to the Lab as an associate, working in various organizations through 2000.

Jones was named a Laboratory Fellow in 1983. He was a renowned expert in molecular vibrational spectroscopy and the study of vibrational dynamics and bonding in inorganic molecules. Using the molecules vibrational frequencies and their isotopic shifts, Jones was able to determine general force fields that provided the most complete description of the bonding forces in many important inorganic molecules. Jones' early work on actinide metal complexes and later on transition metal complexes was instrumental in determination of their structures and intra-molecular forces.

Jones published more than 170 manuscripts and articles in peer-reviewed journals and also wrote a book, "Inorganic Vibrational Spectroscopy." Jones earned his bachelor's degree in chemical engineering from the University of Michigan and master's and doctoral degrees in physical chemistry from the University of Buffalo and the California Institute of Technology, respectively.

Arthur Nelson Cox

Arthur Nelson Cox (October 12, 1927-March 12, 2013)

Arthur Nelson Cox, noted astrophysicist, author and editor, beloved husband, father, grandfather and great-grandfather, died peacefully in his sleep on March 12, 2013 at St. Vincent's Hospital in Santa Fe. He was 85.

Arthur was born on Oct. 12, 1927 in Van Nuys, Calif. to Arthur H. Cox and Sarah Nelson Cox, he was the third of their four children. He was preceded in death by his younger brother Donald, his older sisters Marjorie-Jane and Priscilla, Joan Cox, his wife of 32 years, and Joan's son Bryan Johnson.

Arthur is survived by Charles Arthur Cox and Edward Jonathan Cox, two sons from his first marriage to Clarice W. Cox; and by Charles' wife Anna Ratner and their children Bryan and Maya; Edward's fiance Phillis Tyler; their children, spouses, grand and great- grandchildren from his second marriage to Joan Cox; Kay and Brian Newnam, their son Michael and his wife Catherine; Sally and Jeff Bustamante and their children Chris Hills and his wife Mar; Benjamin Hills and his daughter Audrianna and fiance Carla Fuenzalida; Amy Hills, Jeffrey Bustamante and his wife Katrina and young son Bryan; his wife for the last two years Margaret Jaramillo Cox and her son Anselmo Jaramillo.

After growing up during the depression era in Van Nuys, Arthur took an interest in Astronomy and Astrophysics, obtaining degrees from California Institute of Technology at Pomona and at Indiana University. Following a student internship starting in the late 1940's, he began a long career with the Los Alamos Scientific Laboratory in 1955. Eventually he became a group leader for the laboratory's nuclear weapons testing efforts. In later years Arthur researched at the Laboratory in more theoretical astrophysics where he prepared numerous technical research papers regarding stellar pulsations and related subjects. Among his many accomplishments, he became a Fellow of the Laboratory and continued to be involved with these activities even in his last days.

Arthur will be remembered for many things: his contributions to science, his endless desire for adventure, his sense of humor, and his appreciation of music and the arts. His steadfast work ethic produced many years of quality research that advanced the field of astrophysics. With enthusiasm and leadership, he mentored and inspired many young up-and-coming scientists and made significant contributions in the field of stellar pulsations. His kind and gregarious nature brought smiles to everyone's faces.

Arthur Nelson Cox will be missed; there will be a special place for him among the stars above as he departs this earth and leaves us with many fond memories.


Art (Arthur Nelson) Cox was born in Van Nuys, California in 1927 where he also received his early schooling. He attended the California Institute of Technology, receiving a B.S. degree in 1948. Art had his first association with the Los Alamos Scientific Laboratory (now the Los Alamos National Laboratory) in his junior year when he took a job helping to assemble model 100 amplifiers with the (then) amazing rise time of 0.7 microsecond.He returned the summer after graduation to assist in the cyclotron group with measurement of thermonuclear reaction rates. These early connections with the lab continued through the remainder of his career.

Art went to Indiana University in 1949 to pursue an education in astronomy. In those days the Astronomy Department consisted of four faculty members and about six to eight graduate students. Art was the first to pursue and receive a Ph. D. in astronomy from the department in “modern times.” In this role, Art really served as the model for his fellow students. He was the archetypical hard working graduate student. Art served as research assistant to the late Professor John Irwin. Art went to the Cape Observatory with John for a number of months to make photometric observations of star clusters and variable stars. These observations served as the material for his doctoral thesis, A Study of the Galactic Cluster NGC 2287, and the photometry of variable stars set a precedent for his continuing interest in variable stars throughout his career.

After receiving his doctorate in 1953, Art went directly to the Lab where he joined the J Division. J Division was the organization charged with conducting the field tests of atomic weapons as well as many aspects of the preparations and analysis of such work. Among Art’s early assignments was to assist in the design of the experiment that would test some of the first thermonuclear devices in the Marshall Islands. He subsequently became the leader of group J-15 and continued in that position for almost 18 years. Originally, J-15 consisted of about four staff members and four technicians. With Art’s astronomical background, he recruited several fellow astronomers over the years for the staff jobs. These included Robert Brownlee, Thomas Swihart, Paul Mutschlecner, and Charles Keller, all coincidentally with astronomy Ph.D.s from Indiana University! This astronomy connection actually made a lot of sense, for much of the training in astronomy was appropriate to the needs of J-15. Art presided over an incredible diversity of research in the group. The work included, in addition to the test work, modeling of fireball effects, observation and modeling of underground nuclear tests, design and use of equation of state and opacity codes, and a program in the observation of oceanic tsunamis.

Along the way Art managed skillfully to include his interests in astrophysics. Art organized airborne solar eclipse expeditions to Samoa in 1965, Argentina in 1966, Mexico in 1970, Canada in 1972, Africa in 1973, and Montana in 1979. The marvelous approach to this work was that he was able to draw upon the theoretical and experimental expertise of a variety of scientists at the Lab and elsewhere, and to utilize the facilities of the U.S. Air Force, which was charged with support for readiness in any future nuclear tests. The eclipse campaigns helped them to maintain their readiness! Art also began his lifelong work on the modeling of various types of variable star models and of solar models. Here Art was able to exploit the ever-increasing computing resources of the Lab.

In 1975 Art joined T Division, the theoretical organization of the Lab, where he remained [until retirement and continued as an affiliate until his death in 2013]. In this new position Art was able to concentrate nearly exclusively on astrophysical problems. His interests that he pursued with a number of colleagues, both at the Lab and in the international community, have included stellar pulsation theory, stellar and solar seismology, astrophysical opacities and variable stars in general. Art has written and co-authored papers on all classes of variable stars. In recognition of his work Art served as the President of International Astronomical Union Commission 35 (Stellar Constitution) from 1982 to 1985. Art was recognized for his many contributions to science and to the Lab by being selected as a Laboratory Fellow in 1983, and he also served as coordinator of the Laboratory Fellows in 1986-1988.

Although Art retired from the Lab in the mid 1990s, he remained fully active in astrophysics. Recent activities have included the editing of the book The Solar Interior and Atmosphere, and editing a new, and badly needed, revision of Astrophysical Quantities.

Art has received many honors in recognition of his work. He served on numerous national and international committees and panels on astronomy. In 1968 he was a Senior NATO Fellow at Liege, Belgium and was a Fullbright Research Scholar from 1968 to 1969. He was awarded an honorary D.Sc. from Indiana University in 1973. He also served as NSF Astronomy Program Director from 1973 to 1974.

Written by J. Paul Mutschlecner and David S. King in 1997 for the conference, A Half Century of Stellar Pulsation Interpretations: A Tribute to Arthur N. Cox, eds. P.A. Bradley and J.A. Guzik. At the time, Paul Mutschlecner and David King had been friends and colleagues of Art Cox for a cumulative total of over 80 years.


Vita from 1997(pdf)

Dimitri Mihalas

Dimitri Mihalas (March 20, 1939 - November 21, 2013)

World-renowned astrophysicist Dimitri Mihalas passed away in his sleep at his home on November 21, 2013 in Santa Fe, New Mexico. Dr. Mihalas retired from the University of Illinois at Urbana-Champaign in 1999 and from the Los Alamos National Laboratory in 2011. Dimitri, to his friends and family, has donated his body to the University of New Mexico Medical School and his library to New Mexico Tech.

Dimitri was born on March 20, 1939 in Los Angeles, California where he grew up. He received his B. A., with Highest Honors, in three majors: Physics, Mathematics, and Astronomy from the University of California at Los Angeles at age 20. Four years later he received his Ph. D in Astronomy and Physics from the California Institute of Technology. He then joined the faculty of the Department of Astrophysical Sciences at Princeton University. In the following three decades, he was a professor in the Department of Astronomy at the University of Chicago, the University of Colorado at Boulder, and the University of Illinois at Urbana-Champaign. He was also a pioneer in astrophysics and computational physics and remained a world leader in the fields of radiation transport, radiation hydrodynamics, and astrophysical quantitative spectroscopy for most of his career. His broad knowledge and immense contributions earned him election to the U.S. National Academy of Sciences in 1981 (at age 42, fifteen years earlier than the usual age of entry) and many other distinguished awards. He was a laboratory fellow at the Los Alamos National Laboratory.

Dimitri had an exceptional record of both quantity and quality of work, and developed new and far-reaching methodologies yielding results of great importance. He made outstanding contributions to the field of Astronomy and Astrophysics. Besides many high-quality papers, he authored or co-authored seven books and co-edited three others. Among them, three of his books have been used as textbooks for both undergraduate and graduate students worldwide and translated into other languages such as Russian and Chinese. His book Foundations of Radiation Hydrodynamics has become the “bible” of the radiation hydrodynamics community, especially at Los Alamos and Lawrence Livermore National Laboratories and the Naval Research Laboratory.

Dimitri’s colleagues and graduate students held him in high appreciation and expressed their admiration for him at the International Conference in Honor of Dimitri Mihalas for his Lifetime Scientific Contributions on the Occasion of his 70th Birthday held at Boulder in late March 2009. A symposium was published following the conference.

Throughout his long career, Dimitri gave generously of himself to all with whom he interacted. As an advisor, role model, confidant, and friend, he saw each person as an individual, acknowledging strengths, helping overcome weaknesses, giving encouragement, and enthusiastically praising their success. He touched the lives and careers of many students and colleagues and has left a lasting legacy to be cherished by those who knew him.


Dimitri Mihalas Bibliography (pdf)


Dimitri Mihalas Vita (pdf)

Stirling Colgate

Stirling Colgate (November 14, 1925 - December 1, 2013)

Laboratory Senior Fellow and longtime Laboratory scientist Stirling Colgate of Nuclear and Particle Physics, Astrophysics and Cosmology (T-2) died Sunday (Dec. 1) at his home in White Rock. A co-founder of the Santa Fe Institute, Colgate, 88, also was president of the New Mexico Institute of Mining and Technology in Socorro from 1965 to 1974 and a professor emeritus of physics at the school.

A gathering, "Remembering Stirling," open to colleagues and friends is scheduled for 5:45 p.m., Sunday, Dec. 15, at Fuller Lodge.

"Los Alamos has lost a tremendous scientist, colleague, mentor and friend," said Director Charlie McMillan. "His contributions to physics and national security science, including some very recent work, are broad, deep and exceptionally creative. On behalf of the Lab, I offer our deepest condolences to Stirling's family."

"He was an incredibly nice guy. It was a quality most people didn't see in him," noted Laboratory Fellow James L. Smith of Materials Technology/Metallurgy (MST-6). "[Stirling] really loved having young people around who wanted to talk to him. He really cared about helping young people."

"I think Stirling was a fantastic mentor to students and postdocs," said Theoretical (T) Division Leader Tony Redondo. "His office was always full of young people who were very excited to have discussions with him. Stirling always had very interesting ideas."

Colgate was born Nov. 14, 1925 in New York City. He attended the Los Alamos Ranch School until 1942 when the school closed in the run-up to the Manhattan Project. Colgate served two years in the Merchant Marines before attending Cornell where he earned bachelor's (1948) and doctoral degrees in physics (1951). He worked at Lawrence Livermore National Laboratory from 1952 to 1965; his career at both LANL and LLNL totaled 50 years.

Colgate came to then Los Alamos Scientific Laboratory in September 1976 where he worked in various groups in Theoretical (T) Division. He was named a Senior Laboratory Fellow in 1987. From late 2008 to the present, Colgate was a Lab associate Fellow in T-2. Colgate was a member of the National Academy of Sciences. More recently, Colgate and Hui Li, of T-2, were co-principal investigators of a LDRD project that involved experimental work at New Mexico Tech involving astrophysical phenomena and turbulence.

Colgate is survived by his wife Rosie; a son and a daughter; four granddaughters; a great-grandson; and sister Anne Sutton of Honolulu.


Stirling Colgate Vita (pdf)

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