"Study as if you were to live forever. Live as if you were going to die tomorrow." Isidore of Seville
Dr. Jake D. Turner
Research Associate
Department of Astronomy
Cornell University
he/him/his
jaketurner(at)cornell.edu
astrojaketurner(at)gmail.com
Follow along to discover the wonders of the universe!
Hello! My name is Jake Turner (he/him) and I'm currently a Research Associate at Cornell University and a member of the Carl Sagan Institute.
My research has focused on studying the magnetic fields, atmospheres, and orbital evolution of exoplanets. Recently, I've also become interested in SETI (Search for Extraterrestrial Intelligence) research. My other research interests include studying Titan's atmosphere/surface and the magnetosphere of Jupiter. My most notable research accomplishment was the first potential detection of an exoplanet in the radio (see video below), which has been a 50-year-long quest. Another career highlight has been as a science advisor for NASA's first radio telescope on the Moon (ROLSES).
My research has been covered by many media outlets across the world. Most notably, my potential exoplanet radio detection was highlighted on NPR as one of 2020's best scientific discoveries. My hometown newspaper, The Huerfano World, also recently highlighted me as a 'Hometown Hero' due to my involvement in the NASA radio missions to the Moon (a very humbling and full circle moment).
Alongside research, I am an active science communicator, mentor, and social justice advocate.
If you have an questions about astronomy or would like to discuss possible collaborations (e.g., research, outreach, consultant, art ideas, etc), please don’t hesitate to reach out!
An international team has just reported the first potential signs of radio emission from a planet beyond the solar system. The Carl Sagan Institute's Dr. Jake Turner, who led the research team, discusses the importance of this discovery with Dr. Ryan MacDonald. | Carl Sagan Institute
The ROLSES radio telescope is launching aboard the IM-1 lunar mission, informed by Cornell astronomer Jake Turner’s expertise in studying exoplanets via radio transmission. Aiming to help understand the effect of the lunar environment on future lunar surface radio observatories, this mission is a pathfinder for large lunar farside radio telescopes in the future. | Cornell University
Recent Media Highlights
Novel way to detect signals from stellar and exoplanetary systems unveiled | Cornell Chronicle
Earth to be exhibit A for lunar exoplanet research | Cornell Chronicle
Detecting Exoplanet Magnetic Fields From The Moon | Universe Today
Cornell postdoc detects possible exoplanet radio emission | Cornell Chronicle
Cornell helps detect CO2 for first time on faraway world | Cornell Chronicle
Webb telescope shows exoplanet atmosphere as never seen before | Cornell Chronicle
Spectrum reveals extreme exoplanet is even more exotic | Cornell Chronicle
One of The Blackest Planets in The Galaxy Is Headed For a Fiery Death | Space Alert