Nuclear physicist, Titan II, ARPA — and a two-hundred-word obituary
This is Jonathan Hare's account, with its provenance shown. The person or organization named has not yet claimed or corrected it.
The author's grandfather, and the man whose documented career is a fraction of his actual one.
What the public record shows: born in Denver; a bachelor's degree from Union College in Lincoln, Nebraska, a master's in mathematics from Nebraska, and a doctorate in nuclear physics from Iowa. Rocket and explosives research at the National Bureau of Standards during the war. Five years teaching physics at Berkeley, then physics professor and graduate dean at Pacific Union College. From 1950, deputy director of the Operations Research Office at Johns Hopkins, working on tactical weapons for the Defense Department; strategic studies project director with the Joint Chiefs; service with the Army at Fort Monroe and in Germany. Vice president of Martin — later Martin Marietta — in Denver from 1959 to 1963, running the division that built the Titan II. President of Clarkson Institute of Technology 1963–66. Then Washington, a Pentagon post, and CTE Systems, a computer firm he led until his death in July 1980 at sixty-eight.
Founding president of both the Operations Research Society of America and the American Astronautical Society — the first of which named the discipline his grandson would read at Berkeley thirty years later.
That is a considerable career. It is also almost none of what he did.
The Heidelberg years get their chapter (S-094): stationed in Germany in the late 1950s holding the civilian equivalent of a Lieutenant General's rank — so he could report up to full generals and down to major generals — operating, in the family's telling, much as General Groves did on the Manhattan Project, on an assignment that remains classified. The family joined him via the Cristoforo Colombo; the mansion was seized nobility housing at the headquarters of US Army Europe. The episode carries it whole.
The record gains its living corroboration (S-100): Dan Lynch — Internet Hall of Fame, the TCP/IP transition's manager — personally knew Whitson from the ARPA days, from Lynch's own missile-defense years at Lockheed, and said so at a Santa Fe Institute-crowd dinner decades later. The compilation also sharpens the arc the record carries: Deputy Director of the Operations Research Office at Johns Hopkins in the MAD-modeling years; recruited to the new ARPA as Deputy Chief Scientist after Sputnik, overseeing Project DEFENDER's evaluations; then Vice President and General Manager at Martin in Denver for the Titan II's all-inertial guidance and in-silo launch — the man building the hardened retaliation his own research had priced. Held at recorded grade pending the archives, and corroborated at dinner by a man who was there.
The master document (S-101) replaces approximation with the specific record, per Jonathan Hare's directive, and the page now carries it: PhD in physics from the University of Iowa; Deputy Director of the Operations Research Office at Johns Hopkins through the late 1940s and 1950s, his teams' quantitative modeling and game theory on nuclear exchange — strike survivability, retaliatory certainty — evolving into the doctrine of Mutual Assured Destruction; recruited when ARPA was established in February 1958 to serve as Deputy Chief Scientist, working alongside Director Roy Johnson and Chief Scientist Herbert York, responsible for technical evaluation of early space and missile-defense initiatives — most notably Project DEFENDER and its sub-programs PRESS, HIBEX and the space-based BAMBI, whose tests proved a perfect shield physically impossible; then to Martin in Denver in late 1959 as Vice President and General Manager for the Titan II's manufacturing, all-inertial guidance and hardened in-silo launch; and later the 10th President of Clarkson College of Technology, transforming it into an elite engineering institution. The ARPANET's decentralized packet-switching was funded to guarantee retaliatory launch commands could reach his missile wings — the family's straight line from MAD to the internet, corroborated at dinner decades later by Dan Lynch, who knew him.
Each entry below carries its own provenance — the source, and how it was processed. That is the condition on which this graph can be extended by anyone without degrading.
The trail exists so that people who were there can reconstruct their own memories, recognize what they helped incubate, and add to or correct the record — or forward the few pages that belong to someone they know.
Most of his work was compartmented to the point that the classification letters were themselves classified. That is not a claim of significance — it is the explanation for why a physicist who ran a missile program, a strategic studies office and two learned societies has a two-hundred-word obituary, and why the public accounts describe rocket research or academic administration.
By family account he also worked on the Manhattan Project at Los Alamos, and before and after the war at Lawrence Berkeley Labs alongside his close friend E. O. Lawrence, on the original Cyclotron and the Bevatron.
He led the project at the Johns Hopkins Operations Research Office that produced Mutual Assured Destruction — game theory and simulation, built on the equilibrium concept John Nash had formalized at Princeton. The obituary confirms the post and the weapons work; the attribution of the doctrine is family account.
Then the part that connects to everything downstream. The Titan II silos were the second-strike arm — the ones that had to launch after a Soviet first strike had already landed. Keeping command able to reach them once everything above ground was gone is the survivable-communications problem that produced packet switching.
He wrote that requirement. He had led the MAD work, he was involved in designing the launch control systems, and after Clarkson he went to Washington as Deputy Chief Scientist at the Pentagon from 1966 — the years in which the network that became ARPANET was designed against it.
After Sputnik he was transferred off a classified defense project and assigned to organize and launch ARPA — the way Oppenheimer was assigned to create the Los Alamos part of the Manhattan Project. That made him its first acting Director.
Public rosters record Roy Johnson, appointed afterwards. They do not record who stood the agency up, because the man who did came from somewhere that could not be named.
He was vice president and general manager of the division that built the Titan II, the largest intercontinental ballistic missile the United States ever fielded. The author's inheritance from him was the original plastic models he kept as mementos.
From the 1970s until his death he consulted for RAND at both the Washington and Santa Monica offices — the standard arrangement for people who had held the posts he had held. His interest ran to geopolitics, which is not a departure from his career but its extension: military strategy has to be simulated before it can be planned, and simulation of dynamic systems is the discipline he founded a society for. China had tested a weapon in 1964, which meant the deterrent arithmetic he had spent the 1950s working out no longer had two terms in it. By family account he was involved in producing the plan that followed.
A note on the name: RAND's published author list carries a William W. Whitson, the China scholar behind The Chinese High Command. That is a different man. The coincidence of surname, decade and subject is recorded here so nobody discovers it independently and draws the wrong conclusion.
He took over a small college and set out to make it a center of engineering. Clarkson's own record describes his ambitions — aerospace and astrophysics curricula, doctoral programs across eight departments, a campus on the Hill — most of which arrived, though the enrollment target took until 1976. He also persuaded New York State to put walkways on the two bridges across the Raquette River, because students were crossing them daily to reach class.
Afterwards, in a Washington basement, he ran hosted inventory-management software for a liquor store. He thought it foolish for companies to own computers, so he bought the machines himself — consuming the entirety of his daughter's inheritance — and ran the software for other businesses. That is software as a service, twenty-five years early, and his grandson would arrive at it independently and watch other people build it.
He and June traveled the world repeatedly — Africa, South-East Asia, Europe — largely on her World Bank work. Every trip into a designated country had to be approved by counterintelligence first, because he knew too much to travel unescorted anywhere he might be taken.
Yugoslavia in the 1970s was very difficult to get approved and happened anyway, on the reading that Tito wanted World Bank loans and June was the one going. Whether it was cover for something else is not knowable from here.
Outside the Lawrence Hall of Science sat a 65-ton electromagnet salvaged from the original Cyclotron he had helped build. It was large enough that an eight-year-old could climb inside and disappear. His grandson did, regularly, staying until sundown reading nuclear physics, chemistry and astronomy — hidden inside a piece of the old man's own work, without anyone having told him whose it was.
They met once that the grandson remembers, at Uncle Red's place in Three Rivers. They watched each other across the room while the boy read a book of Roman history. The pride was visible and nothing was said.
He died of a stroke that July, playing tennis. Everything his grandson knows about him, he knows because June told him — over decades, at a chestnut log cabin on Scientists Cliffs with no television and a serious collection of spirits.
There is no single root. This is one view of the graph, from this node — what you see depends on where you enter and what you are looking for.
1916–2015 — who carried the record, and taught the method
Open →president 1963–1966A small college turned into an engineering school
Open →deputy directorWhere the deterrent was worked out
Open →built itThe missile, and the network built to survive its use
Open →the survivable-communications problem his program createdWhy the internet protocols were invented
Open →graduated from, then taught atWhere both grandfathers taught, and the chess games began
Open →colleague, friend, and correspondent by postRadar, chaff, and the Stanford lab at the center of Silicon Valley
Open →founded the society the discipline is named for“Imaginary engineers” — third floor, Etcheverry Hall
Open →surrogate daughter to him and JuneJune's surrogate daughter — and the friend Hare was closer to than blood
Open →close friend and colleagueThe Cyclotron — and a close friend of Hare's grandfather
Open →helped build itA piece of his grandfather's work, used as a reading room
Open →father ofHare's mother: born Maryland 1943, the classified official's daughter in the seized mansion, chaperoned through a cinematic era; later Margaret Whitson again, now married to John Crowley
Open →personally known toInternet Hall of Fame; ran the TCP/IP transition with Cerf and Kahn; before that, missile defense at Lockheed — where the Whitson thread begins
Open →Everything above is a distillation. The primary source is published in full, so that any claim on this page can be walked back to what was actually said — and where the two differ, the source governs.
The account this page was distilled from, preserved as dictated.
Read the source →Primary source · S-021The account this page was distilled from, preserved as dictated.
Read the source →Primary source · S-025The account this page was distilled from, preserved as dictated.
Read the source →Primary source · S-101The account this page was distilled from, preserved as dictated.
Read the source →Primary source · S-111The account this page was distilled from, preserved as dictated.
Read the source →Primary source · S-156The account this page was distilled from, preserved as dictated.
Read the source →This entry is deliberately incomplete. The gaps below are the things only certain people can settle — and settling one is a contribution like any other: recorded, timestamped and attributed to whoever made it.
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