Inside Science
/
Article

Six Degrees of Physics Nobel Laureates

OCT 07, 2013
The small world of science laureates.
Six Degrees of Physics Nobel Laureates  lead image

Six Degrees of Physics Nobel Laureates lead image

Daderot via Wikimedia Commons

(Inside Science) -- In 1929, Hungarian author Frigyes Karinthy published a short story called “Chain-Links.” In that story, the characters create a game out of the notion that any two individuals in the world could be connected by five acquaintances at most. As the story progresses, the characters find their world growing smaller and smaller, figuratively speaking, through the vast interconnectedness between each person. And with that, the ‘six degrees of separation’ concept was born.

We at Inside Science adapted this idea to explore the connections across multiple generations, within one very particular demographic: Nobel laureates in the sciences. To do this, we looked at a very specific connection: their research.

What you have before you is six degrees of separation between the first Nobel laureate in physics, Wilhelm Conrad Röntgen, and the 2012 Nobel laureate in physics: David J. Wineland using other physics laureates throughout the prizes’ 112-year history.

nobel-slide-one-0.jpg

Early Monday morning, the Nobel Committee announced that Randy W. Schekman, along with James E. Rothman and Thomas C. Südhof, won the 2013 Nobel Prize for Physiology or Medicine. Schekman’s freshman chemistry course at UCLA was taught by 1960 Nobel laureate in chemistry, Willard F. Libby , who invented carbon -14 dating. And the connections go on.

We invite you to add your own connections between Nobel laureates in the comments.

More Science News
AIP
/
Article
New AIP Civic Science Fellow to investigate how organizations can make more informed decisions to support new research
AAS
/
Article
Most galaxies are expected to contain at least one massive black hole, but how robust is this prediction? New research uses simulations to look at which galaxies tend to have more or fewer black holes, and with what properties.
/
Article
Researchers developed a device that can separate microorganisms in a soil sample by size without damaging them, enabling agricultural and ecological studies.
/
Article
External forcing can maintain turbulence and account for thermodynamics in simulation models.
/
Article
Tested in pigs, a new battery design offers a safer, more reliable alternative to standard power sources for ingestible medical devices.
/
Article
/
Article
Nilanjan P. Choudhury left physics for a corporate software job, then returned to it for playwriting.
/
Article
Science’s endless frontier is a changing frontier. It requires a dynamic approach to governance, collaboration, and investment.