Konstantin Batygin

Professor

California Institute of Technology

United States

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About

Professor Konstantin Batygin is a faculty member at the California Institute of Technology, located in the United States. His research focuses on planetary science, particularly the dynamics and evolution of celestial bodies within our solar system and beyond. Recent publications include studies on the stability of celestial mechanics, the characterization of Jupiter's moons, and the thermal evolution of exoplanets.

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2026

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2023

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2022

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2022

Collaborators (15)

Emil Knudstrup

Aarhus University

DENMARK

Konstantin Batygin

Research Interests

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About

Articles (25)

The perturbation theory approach to stability in the scattered disk

Tidally Heated Sub-Neptunes, Refined Planetary Compositions, and Confirmation of a Third Planet in the TOI-1266 System

On the Origin and Dynamical Evolution of Jupiter’s Moon Amalthea

A Constraint on the Density of Jupiter’s Moon Thebe from Primordial Dynamics

Updated Mass, Eccentricity, and Tidal Heating Constraints for the Earth-sized Planet LP 791-18 d

Determination of Jupiter’s primordial physical state

From Tides to Currents: Unraveling the Mechanism that Powers WASP-107b’s Internal Heat Flux

Thermal Evolution and Mass Loss on Short-period, Low-mass Planets During FU Orionis Outbursts

Early Solar System Turbulence Constrained by High Oxidation States in the Oldest Noncarbonaceous Planetesimals

Generation of Low-inclination, Neptune-crossing Trans-Neptunian Objects by Planet Nine

A Pan-STARRS1 Search for Planet Nine

The formation of the TRAPPIST-1 system in two steps during the recession of the disk inner edge

Breaking Giant Chains: Early-stage Instabilities in Long-period Giant Planet Systems

Chaotic tides as a solution to the Hyperion problem

The Prevalence of Resonance Among Young, Close-in Planets

Detecting Exomoons from Radial Velocity Measurements of Self-luminous Planets: Application to Observations of HR 7672 B and Future Prospects

TOI-1136 is a Young, Coplanar, Aligned Planetary System in a Pristine Resonant Chain

The Origin of Universality in the Inner Edges of Planetary Systems

Dynamics and Origins of the Near-resonant Kepler Planets

A 2:1 Mean-motion Resonance Super-Jovian Pair Revealed by TESS, FEROS, and HARPS*

Dissipative Capture of Planets into First-order Mean-motion Resonances

Formation of rocky super-earths from a narrow ring of planetesimals

A criterion for the stability of planets in chains of resonances

Self-consistent model for dust-gas coupling in protoplanetary disks

A Multiplanet System’s Sole Super-puff: Exploring Allowable Physical Parameters for the Cold Super-puff HIP 41378 f

Collaborators (15)

Emil Knudstrup

Jason Wang

Akihiko Fukui

Gabriele Pichierri

Paul Robertson

Benjamin Fulton

Michael E. Brown

Björn Benneke

Heather Knutson

Simon Albrecht

Ji Wang

Eric Girardin

Michael Fitzgerald

Fred Adams

Matthew Belyakov

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