Today, MIT performs a key position in sustaining U.S. competitiveness, technological management, and nationwide protection — and far of the Institute’s work to assist the nation’s standing in these areas will be traced again to 1953.
Two months after he took workplace that 12 months, U.S. President Dwight Eisenhower acquired a startling report from the navy: The USSR had efficiently exploded a nuclear bomb 9 months before intelligence sources had predicted. The rising Communist energy had additionally detonated a hydrogen bomb utilizing improvement expertise extra refined than that of the U.S. And lastly, there was proof of a brand new Soviet bomber that rivaled the B-52 in measurement and vary — and the plane was of a wholly authentic design from inside the USSR. There was, the report concluded, a big likelihood of a shock nuclear assault on the United States.
Eisenhower’s understanding of nationwide safety was huge (he had led the Allies to victory in World War II and served as the first supreme commander of NATO), however the connections he’d made throughout his two-year stint as president of Columbia University would show important to navigating the rising challenges of the Cold War. He despatched his advisors looking for a plan for managing this menace, and he advised they begin with James Killian, then president of MIT.
Killian had an unlikely path to the presidency of MIT. “He was neither a scientist nor an engineer,” says David Mindell, the Dibner Professor of the History of Engineering and Manufacturing and a professor of aeronautics and astronautics at MIT. “But Killian turned out to be a truly gifted administrator.”
While he was serving as editor of MIT Technology Review (the place he based what grew to become the MIT Press), Killian was tapped by then-president Karl Compton to affix his employees. As the struggle effort ramped up on the MIT campus in the Forties, Compton deputized Killian to steer the RadLab — a 4,000-person effort to develop and deploy the radar programs that proved decisive in the Allied victory.
Killian was named MIT’s 10th president in 1948. In 1951, he launched MIT Lincoln Laboratory, a federally funded analysis middle the place MIT and U.S. Air Force scientists and engineers collaborated on new air protection applied sciences to guard the nation in opposition to a nuclear assault.
Two years later, inside weeks of Eisenhower’s 1953 request, Killian convened a gaggle of main scientists at MIT. The group proposed a three-part examine: The U.S. wanted to reassess its offensive capabilities, its continental protection, and its intelligence operations. Eisenhower agreed.
Killian mobilized 42 engineers and scientists from throughout the nation into three panels matching the committee’s cost. Between September 1954 and February 1955, the panels held 307 conferences with each main protection and intelligence group in the U.S. authorities. They had unrestricted entry to each venture, plan, and program involving nationwide protection. The end result, a 190-page report titled “Meeting the Threat of a Surprise Attack,” was delivered to Eisenhower’s desk on Feb. 14, 1955.
The Killian Report, because it got here to be identified, would go on to play a dramatic position in defining the frontiers of navy expertise, intelligence gathering, nationwide safety coverage, and world affairs over the subsequent a number of many years. Killian’s enter would even have dramatic impacts on Eisenhower’s presidency and the relationship between the federal authorities and better schooling.
Foreseeing an evolving competitors
The Killian Report opens by anticipating 4 projected “periods” in the shifting steadiness of energy between the U.S. and the Soviet Union.
In 1955, the U.S. had a determined offensive benefit over the USSR, nevertheless it was overly susceptible to shock assault. In 1956 and 1957, the U.S. would have a good bigger offensive benefit and be solely considerably much less susceptible to shock. By 1960, the U.S.’ offensive benefit could be narrower, however it will be in a greater place to anticipate an assault. Within a decade, the report said, the two nations would enter “Period IV” — throughout which “an attack by either side would result in mutual destruction … [a period] so fraught with danger to the U.S. that we should push all promising technological development so that we may stay in Periods II and III as long as possible.”
The report went on to make intensive, detailed suggestions — accelerated improvement of intercontinental ballistic missiles and high-energy plane fuels, growth and elevated floor safety for “delivery system” amenities, elevated cooperation with Canada and extra research about establishing monitoring stations on polar pack ice, and “studies directed toward better understanding of the radiological hazards that may result from the detonation of large numbers of nuclear weapons,” amongst others.
“Eisenhower really wanted to draw the perspectives of scientists and engineers into his decision-making,” says Mindell. “Generals and admirals tend to ask for more arms and more boots on the ground. The president didn’t want to be held captive by these views — and Killian’s report really delivered this for him.”
On the day it arrived, President Eisenhower circulated the Killian Report to the head of each division and company in the federal authorities and requested them to touch upon its suggestions. The Cold War arms race was on — and it will be between scientists and engineers in the United States and people in the Soviet Union.
An odd couple
The Killian Report made many suggestions based mostly on “the correctness of the current national intelligence estimates” — regardless that “Eisenhower was frustrated with his whole intelligence apparatus,” says Will Hitchcock, the James Madison Professor of History at the University of Virginia and creator of “The Age of Eisenhower.” “He felt it was still too much World War II ‘exploding-cigar’ stuff. There wasn’t enough work on advance warning, on seeing what’s over the hill. But that’s what Eisenhower really wanted to know.” The shock assault on Pearl Harbor nonetheless lingered in the minds of many Americans, Hitchcock notes, and “that needed to be avoided.”
Killian wanted an aggressive, modern thinker to evaluate U.S. intelligence, so he turned to Edwin Land. The cofounder of Polaroid, Land was an astonishingly daring engineer and inventor. He additionally had navy expertise, having developed new ordnance focusing on programs, aerial images gadgets, and different photographic and visible surveillance applied sciences throughout World War II. Killian approached Land understanding their strategies and work model have been fairly totally different. (When the provide to steer the intelligence panel was made, Land was in Hollywood advising filmmakers on the improvement of 3D motion pictures; Land informed Killian he had a private rule that any committee he served on “must fit into a taxicab.”)
In fall 1954, Land and his five-person panel rapidly confirmed Killian and Eisenhower’s suspicions: “We would go in and interview generals and admirals in charge of intelligence and come away worried,” Land reported to Killian later. “We were [young scientists] asking questions — and they couldn’t answer them.” Killian and Land realized this could set their report and its suggestions on an advanced path: While they wanted to acknowledge and tackle the challenges of broadly upgrading intelligence actions, additionally they wanted to make fast progress on responding to the Soviet menace.
As work on the report progressed, Land and Killian held briefings with Eisenhower. They used these conferences to make two further proposals — neither of which, President Eisenhower determined, could be spelled out in the remaining report for safety causes. The first was the improvement of missile-firing submarines, a long-term prospect that might take a decade to finish. (The expertise developed for Polaris-class submarines, Mindell notes, transferred on to the rockets that powered the Apollo program to the moon.)
The second proposal — to fast-track improvement of the U-2, a brand new high-altitude spy aircraft —might be completed inside a 12 months, Land informed Eisenhower. The president agreed to each concepts, however he put a situation on the U-2 program. As Killian later wrote: “The president asked that it should be handled in an unconventional way so that it would not become entangled in the bureaucracy of the Defense Department or troubled by rivalries among the services.”
Powered by Land’s revolutionary imaging gadgets, the U-2 would develop into a important device in the U.S.’ potential to evaluate and perceive the Soviet Union’s nuclear capability. But the spy aircraft would additionally go on to have disastrous penalties for the peace course of and for Eisenhower.
The aftermath(s)
The Killian Report has a really complicated legacy, says Christopher Capozzola, the Elting Morison Professor of History. “There is a series of ironies about the whole undertaking,” he says. “For example, Eisenhower was trying to tamp down interservice rivalries by getting scientists to decide things. But within a couple of years those rivalries have all gotten worse.” Similarly, Capozzola notes, Eisenhower — who famously coined the phrase “military-industrial complex” and warned in opposition to it — amplified the militarization of scientific analysis “more than anyone else.”
Another particularly painful irony emerged on May 1, 1960. Two weeks earlier than a gathering between Eisenhower and Khrushchev in Paris to debate how the U.S. and USSR might ease Cold War tensions and gradual the arms race, a U-2 was shot down in Soviet airspace. After a public denial by the U.S. that the plane was getting used for espionage, the Soviets produced the aircraft’s wreckage, cameras, and pilot — who admitted he was working for the CIA. The peace course of, which had develop into the centerpiece of Eisenhower’s supposed legacy, collapsed.
There have been additionally some brighter outcomes of the Killian Report, Capozzola says. It marked a dramatic reset of the nationwide authorities’s relationship with educational scientists and engineers — and with MIT particularly. “The report really greased the wheels between MIT scientists and Washington,” he notes. “Perhaps more than the report itself, the deep structures and relationships that Killian set up had implications for MIT and other research universities. They started to orient their missions toward the national interest,” he provides.
The report additionally cemented Eisenhower’s relationship with Killian. After the launch of Sputnik, which induced a broad public panic in the U.S. about Soviet scientific capabilities, the president known as on Killian to information the nationwide response. Eisenhower later named Killian the first particular assistant to the president for science and expertise. In the years that adopted, Killian would go on to assist launch NASA, and MIT engineers would play a important position in the Apollo mission that landed the first individual on the moon. To today, researchers at MIT and Lincoln Laboratory uphold this legacy of service, advancing data in areas very important to nationwide safety, financial competitiveness, and high quality of life for all Americans.
As Eisenhower’s particular assistant, Killian met with him nearly each day and have become one in all his most trusted advisors. “Killian could talk to the president, and Eisenhower really took his advice,” says Capozzola. “Not very many people can do that. The fact that Killian had that and used it was different.”
A key to their relationship, Capozzola notes, was Killian’s strategy to his work. “He exemplified the notion that if you want to get something done, don’t take the credit. At no point did Killian think he was setting science policy. He was advising people on their best options, including decision-makers who would have to make very difficult decisions. That’s it.”
In 1977, after many excursions of responsibility in Washington and his retirement from MIT, Killian summarized his expertise working for Eisenhower in his memoir, “Sputnik, Scientists, and Eisenhower.” Killian stated of his colleagues: “They were held together in close harmony not only by the challenge of the scientific and technical work they were asked to undertake but by their abiding sense of the opportunity they had to serve a president they admired and the country they loved. They entered the corridors of power in a moment of crisis and served there with a sense of privilege and of admiration for the integrity and high purpose of the White House.”