Roger Babson’s Anti-Gravity Contest and Modern Physics

In the early 20th century, an eccentric businessman named Roger Babson declared gravity to be mankind’s greatest threat. He devoted part of his fortune to defeating it, creating the Gravity Research Foundation which sponsors a yearly essay contest focused on the understanding of gravity. This contest has been won by the likes of Stephen Hawking and Lawrence Krauss. Despite its fringe beginnings, the annual gravity essay contest serves as a historical record of the zeitgeist of gravitational research and may be attributed to bridging the gap between the decline of gravity research after Einstein and its re-ignition in the quest for quantum gravity.

Key Points

1. Roger Babson, eccentric businessman and MIT graduate, declared gravity “enemy number one“ after a tragedy involving a family member and founded the Gravity Research Foundation
2. The Gravity Research Foundation ran an annual essay contest to spur interest in anti–gravity research, with cash prizes and publication in the International Journal of Modern Physics D
3. Winners of the essay contest have included Stephen Hawking, Lawrence Krauss, Jacob Bekenstein, Frank Wilczek, Richard Arnowitt, Bryce DeWitt, John Ellis, Gabriel Veneziano, Gerardus t‘Hooft, George Smoot, John Archibald Wheeler, and Sean Carroll
4. The essay contest may have contributed to re–igniting the quest for quantum gravity in the late 20th century
5. The Gravity Research Foundation ran out of operations after Babson passed away in 1967, but stone monuments can still be found around the east coast of the US

Roger Babson. Image from Wikipedia.

Roger Babson was born in Massachusetts in 1875.  He attended MIT and worked for several investment firms before founding his own business analysis firm, which still exists today. He founded Babson College near Boston, wrote several books on investing, ran for president against Franklin Roosevelt, and was involved in the early development of the parking meter. He had a theory that by applying Newton’s laws of motion and gravity to the stock market he could predict its ebb and flow, and nominally used this to predict the 1929 market crash. Reading his brief biography, I can’t help but be reminded of today’s larger-than-life investment magnate and wannabe politician, Donald Trump [Authors note, 2018: Hindsight is 20/20].

Two of Babson’s relatives, his sister, and his grandson, both perished in separate drowning incidents, the latter in 1947. These tragedies could be ascribed to poor safety procedures, bad luck, or the murky deep. Babson however blamed gravity and set out to defeat it, lest this ever happens again. He penned the essay “Gravity-Our Enemy Number One,” describing the cruelty of gravity and why it must be defeated. Starting with a recollection of his sister’s death:

“…she was unable to fight Gravity which came up and seized her like a dragon and brought her to the bottom,”

he goes on to describe many woes which today we would ascribe to bad ventilation:

“As Gravity pulls the water-ladened and impure air down into the valleys and low spots of the ground, so it holds the stagnant impure air down in the lower portion of rooms, offices, stores and factories.”

The essay can be found here, posted with the kind permission of George Rideout, Jr.: Babson,Gravity-OurEnemy

He teamed up with his associate George Rideout, and they founded the Gravity Research Foundation. It was located at a campus in New Boston, New Hampshire, far enough from Boston to survive if the city was hit by a nuclear bomb, a pertinent threat in 1949. Among the foundations, early efforts included annual letters to major manufacturing research companies asking if they had serendipitously discovered a gravitational insulator, and writing to mental institutions to find out if patients’

Monument in New Boston, from Wikipedia.

behavior depended on the lunar phase and distance. Most importantly, they decided that one way to spur interest in anti-gravity research was to encourage an essay contest, with a cash prize. The wording of the initial contest announcement, as relayed by the foundation’s website, reflects that: “… the awards were to be given for suggestions for anti-gravity devices, for partial insulators, reflectors, or absorbers of gravity, or for some substance that can be rearranged by gravity to throw off heat.”

The website contains the winning essays dating back to 1949, and a list of abstracts that dates back to 1961 (the more recent papers from these abstracts can often be found online). The winning essay in 1949 was by a University of Wisconsin undergraduate named David Wittry. It was titled “The possibility of discovering an absorber insulator or reflector for gravity waves.” Reading the introduction, it is interesting to note that even in 1949 the same terminology, “crackpot,” was used as it is now to describe people with fringe physics ideas. The paper begins with a review of some contemporary experiments on the universality of gravitation (e.g. by Eotvos). His essay is interested on whether a body (B) in between two others (A and C) will screen the gravitational field from A felt at C. If this happened, there might be a material that was an especially good screen of gravitational fields, and could be used for some kind of gravity shield. He notes that if this were the case then the moon would recede slightly from the Earth during each lunar eclipse, due to the screening of the sun’s gravity from the Earth, and mentions some other effects that also don’t happen. He continues with a review of potential equivalence violations and their magnitudes and uses the various non-observations of gravitational permeability to rule out alternative theories of gravity that were proposed at the time. Today, this paper seems to be about a topic that nobody would really take seriously, but it is a well-written and scientifically rigorous paper and does not make any outlandish claims.

The essay contest, as we know, did not succeed in finding a cure for gravity. Babson was apparently convinced by Rideout that the best way to defeat or harness gravity would be to understand it completely, and thus the competition was devoted to promoting a fuller understanding of gravity, something that the scientific community could more readily get behind. Going through the list of winners on their website, one can get a sense of how gravity research has evolved over the last half-century. Most of the essays focus either on unifying gravity with particle physics in some way or focus on extragalactic cosmology. Just looking at decade-ending years, the winners are:

1950-The Possibility of New Gravitational Effects

1960-Gravity and the Nature of Fundamental Particles

1970-Using Gravity to Determine the Nature of Superluminous Astronomical Objects

1980-A Neutrino Dominated Universe

1990-Using Gravitational Lenses to Detect Gravitational Waves

2000-Monopoles and the Emergence of Black Hole Entropy

2010-Building up spacetime with quantum entanglement

Today the winners are firmly on the “hot topics” of gravity research, although the honorable mentions cover a wide range of topics. The essays are evaluated by a panel of judges, and prizes for a top-five range from $500 to $4000, and appear in an edition of the International Journal of Modern Physics D, along with the “honorable mentions” that undergo additional peer review.

The list of winners is a who’s-who of theoretical physics: Stephen Hawking (who has won six awards but only one First Prize), Jacob Bekenstein, Frank Wilczek, Richard Arnowitt, Bryce DeWitt, John Ellis, Gabriel Veneziano, Gerardus t’Hooft, George Smoot, John Archibald Wheeler, Sean Carroll, and a bunch of other people that I’ve heard of although not everyone has. Many of them got their starts by entering this contest, others won it after they were already established, researchers.

It may be possible to credit this contest with maintaining a sense of continuity in gravitational research, which had died down after Einstein’s work in the early 20th century before it once again became a “hot topic” in the late 20th century. As historian David Kaiser discusses in his chapter “Roger Babson and the Rediscovery of General Relativity,” in Kaiser, Making Theory: Producing Physics and Physicists in Postwar America (Ph.D. dissertation, Harvard University, 2000), pp. 567-595., by the 1940s research in general relativity had been relegated to mathematics departments and was thought almost irrelevant to physics. When Babson began his contest, it was one of the only outlets for gravitational physics research at a time when the main focus was on nuclear research.  The output of gravitational research worldwide was greatly accelerated by the foundation, and in 1953 Bryce DeWitt’s essay “New Directions for Research in the Theory of Gravitation” laid down a lot of the early framework for the attempted description of gravity in the formalism of quantum field theory, what we now call quantum gravity. In 1957, the “Conference on the Role of Gravitation in Physics” was one of the first gatherings of gravity researchers worldwide,  and started a new chapter in the quest to understand gravity. Kaiser argues that Babson’s organization and contest were responsible for this renewed scientific interest in gravity which had been experiencing a lull.

A photo I took at Tufts. The monument reads “This monument has been erected by the Gravity Research Foundation, Roger W. Babson founder. It is to remind students of the blessings forthcoming when a semi-insulator is discovered in order to harness gravity as a free power and reduce airplane accidents. 1961”

I have some personal experience with this contest, as I entered it last year. Ever since I became aware of the contest around 2010 I had always toyed with the idea of entering it. After my tunnel-through-the-Earth paper was finally accepted to the American Journal of Physics at the end of 2014, I got the idea of writing an extension of the paper that would use a more general model of gravity inside a planet and try to fit that model to what was known about the interiors of various planets. I managed to finish the paper just before the deadline for the contest on March 31 2015 (it was fairly hacked together in the last minute), about a week after my paper went viral, which gave me some nice momentum to finish it. The contest is currently run by George Rideout, Jr., the son of Babson’s business partner. The contest is entered by sending your essay to his AOL email address. I did that, and he promptly replied thanking me. About two months later the awards were posted on the Gravity Research Foundation website with literally zero fanfare. I found out that I did not win (Nobel Laureate Gerardus t’Hooft won). I didn’t expect to win, but I was a bit disappointed to find out that I didn’t even get an honorable mention. There were about 30 of those, but I don’t know many entries there were. My essay could have been 36/40, 36/100, or 99/100 but I don’t know. I eventually published another version on arxiv.

In addition to his foundation in New Boston (which ended operations after he died in 1967) and his yearly contest, Babson also left a number of stone monuments around the East Coast of the United States, mostly in New England. Some of these contain financial tips (one is just a boulder that has “KEEP OUT OF DEBT” engraved on it), but many are devoted to his anti-gravity crusade. Pictures of these monuments can be found on the Wikipedia page of the foundation, but recently I went to visit one of these, at Tufts University. The cosmology research group at Tufts was generously endowed by Babson, and they have a tradition of dropping apples on the heads of graduating students next to the monument and used to dig it up every year and try to carry it to see if gravity had been defeated yet. One intrepid blogger went on a quest to visit all the monuments in New England.

Overall, I think this annual contest is a neat little part of physics history and a potentially important part of keeping gravitational research cohesive throughout the late 20th century.

Further reading:

David Kaiser, “Roger Babson and the Rediscovery of General Relativity,” in Kaiser, Making Theory: Producing Physics and Physicists in Postwar America (Ph.D. dissertation, Harvard University, 2000), pp. 567-595.

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