Planet Formation, Planet Dynamics, Protoplanetary Disks
Image Credit: NASA/JPL-Caltech/T. Pyle (SSC)
Since the discovery of the first exoplanet just over twenty years ago, the study of exoplanets has grown explosively. By now, astronomers have discovered thousands of exoplanets, with an incredibly diverse array of properties. This growth will undoubtedly continue into the future, as new kinds of planets are being observed with increasingly advanced telescopes. Faculty in CIERA study exoplanets theoretically and build instruments to directly image them.
Research at CIERA
The groups of Professors Rasio and Lithwick carry out theoretical work and simulations to study the long-term dynamics of planetary systems. Both groups study the chaotic dynamics of multi-planet systems as they evolve. Professor Rasio’s group also studies planet-planet interactions, star-planet interactions and tidal disruptions, and planets in binary star systems.
Professor Ulmer’s group is developing new infrared camera technology to advance our understanding of planetary systems by directly imaging planets around other stars.
Opportunities
Deadline: 11:59pm, May 31, 2019
The program is currently full and is operating on a waitlist. You are encouraged to still apply, as we are actively looking for ways to expand our capacity. CIERA is pleased to announce the Summer Research Experience in Astronomy at Northwestern for high school students during Summer 2019. This highly-interactive, small-cohort program provides exposure to
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BLAST-TNG
BLAST-TNG
Balloon-borne Large Aperture Submillimeter Telescope – The Next Generation (BLAST-TNG) BLAST is a 5,000 pound balloon-borne telescope bound for the stratosphere over Antarctica, to search for the origins of stars and planets. This photo was taken by graduate student Paul Williams in the summer of 2018 in Palestine, Texas at the Columbia Scientific Ballooning Facility.
Gabriele Coppi / University of Pennsylvania
Balloons Above Antarctica: The Coolest Place to Put a Telescope
Balloons Above Antarctica: The Coolest Place to Put a Telescope
Northwestern Physics and Astronomy student Paul Williams presents a talk as part of the Northwestern Ready Set Go (RSG) program. The goals of the program are to increase awareness for the urgent need for excellent research communicators and to coach graduate and post doctoral researchers to improve their own presentation skills. The program focuses on three important
Northwestern's RSG Program
Highlights from Cosmos in Concert
Highlights from Cosmos in Concert
Developed by astronomer and musician Kyle Kremer, Cosmos in Concert brings together astronomy and live classical music to entertain and educate audiences. Through multimedia shows, in-school residencies, and public outreach events, Cosmos in Concert introduces a new platform for science education and outreach. Cosmos in Concert
Kyle Kremer / Northwestern
The Late Evolution of Our Solar System
The Late Evolution of Our Solar System
This movie, Life of the Pleiades, was generated from an interactive visualization that Aaron Geller developed with Mark SubbaRao using Uniview. The interactive version can be shown on a planetarium dome, or rendered into a movie (as shown here). A 3D version of this movie exists in the Space Visualization Lab at the Adler Planetarium.
Created by A. M. Geller and M. SubbaRao, using Uniview; music, narration and audio by A. M. Geller; dynamical calculation with stellar evolution performed using the NBODY6 code.
NBC Chicago 2017 Solar Eclipse
NBC Chicago 2017 Solar Eclipse
Postdoctoral researcher Deanne Coppejans was the Northwestern media contact for the 2017 total solar eclipse. Here she is describing the science of the eclipse on NBC Chicago.
NBC Chicago
When Worlds Collide
When Worlds Collide
“Hot Jupiters” are Jupiter-like planets with orbits close to their host star. Their origins are debated, and some young planetary system may even host multiple Hot Jupiters. Here, we investigate a planetary system of two Hot Jupiters orbiting a Sun-like star. The system is born on the edge of instability, and over time, the planets’
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