Faculty

Institution

Unit

Venue

Daniel Tamayo

Assistant Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Humanities, Social Sciences, and the Arts

Daniel Tamayo is currently serving as a Center For Computational Science And Engineering Assistant Professor of Physics at Harvey Mudd College.

Honors

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Experiences

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Education

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Daniel Tamayo

Harvey Mudd College

Assistant Professor of Physics

You can click a keyword to filter the displayed items

planetary sciences astronomy planetary systems planetary science planetary change celestial mechanics dynamical systems astrophysics exoplanets space science acta astronautica planetary bodies observational astronomy numerical simulations nonlinear dynamics applied mathematics scientific computing numerical analysis aerospace engineering rational mechanic nonlinear phenomena space weather hamiltonian theory solar system formation nonlinear science semi-implicit method orbit determination multi-physics modelling chaos theory lunar science exoplanet formation extrasolar system compact planetary systems computational physics nonlinear analysis geometric topology astrophysical simulations terrestrial planets protoplanetary disks exoplanet atmospheres solar-terrestrial interaction planetesimals outer planets system stability planetary dynamics phoebe ring compact multiplanet systems machine vision nature computational intelligence stratigraphy general relativity many-body problem convolutional neural networks population ecology orbital disorder evolution equations stellar structure high-energy astrophysics linear systems numerical computation integrable systems higher dimensional problems space geodesy unbiased implementation long-term gravitational simulations symplectic wisdom-holman integrator dissipative forces symplectic n-body integrations lunar crater identification hybrid symplectic integrators long-term stability sun-like star earth-mass planets evenly-spaced systems eccentric orbit

Notable Scholarly Works

Notable Federal Grants

Collaborators

4,800 Long Term Solar System Integrations With Varied Planet Eccentricies. Zenodo (CERN European Organization for Nuclear Research) (2026)

geodesyearth scienceastronomyearth system sciencespace scienceatmospheric measurement techniquespace weatherplanetary changeastrobiologyplanetary systemsacta astronauticaexoplanetsastrophysicsplanetary scienceplanetary sciencesgeophysical researchcomputational astrophysics

Canceling Effects of Conjunctions Render Higher-Order Mean Motion Resonances Weak. The Astrophysical Journal (2026)

physicsmathematical physicsnonlinear resonancedouble resonance

Democratic Heliocentric Coordinates Underestimate the Rate of Instabilities in Long-Term Integrations of the Solar System. arXiv (Cornell University) (2026)

gravitational lensgeodesyastronomyphysicsspace sciencehigh energy density physicsspace weatherplanetary changespace explorationplanetary systemsacta astronauticamodern physicsastrophysicsplanetary scienceplanetary sciencesgeophysical researchcomputational astrophysics

Self-Consistent Dynamical and Chaotic Tides in the Reboundx Framework. arXiv (Cornell University) (2026)

earth sciencetsunamiswave nonlinearityaerospace engineeringocean engineeringnonlinear dynamicsdynamical systems

A Unified, Physical Framework for Mean Motion Resonances. The Astrophysical Journal (2025)

nonlinear phenomenanonlinear resonancenonlinear analysismean motion resonancesvibrationsphysicsnonlinear vibrationswave nonlinearitynonlinear dynamicsvibration controlstochastic resonanceapplied mathematicsdynamical systems

Creating Pileups of Eccentric Planet Pairs Wide of Mean Motion Resonances Through Divergent Migration. The Astrophysical Journal (2025)

mean motion resonancesastronomyplanetary changecelestial mechanicsplanetary systemsacta astronauticaexoplanetsastrophysicsplanetary bodiesdivergent migrationplanetary sciencegeodynamicsplanetary sciences

Self-Consistent Dynamical and Chaotic Tides in the Reboundx Framework. The Astrophysical Journal (2025)

nonlinear phenomenarational mechanictidal zonechaos theorynonlinear sciencechaotic tidestsunamiswave nonlinearitytidal powernonlinear dynamicsplanetary sciencesdynamical systems

Spock 2.0: Updates to the Featureclassifier in the Stability of Planetary Orbital Configurations Klassifier. Research Notes of the AAS (2025)

astronomyplanetary changespace explorationplanetary systemsacta astronauticacelestial mechanicsspock 2.0extrasolar systemplanetary scienceorbit determinationplanetary sciences

Accelerating Giant-Impact Simulations With Machine Learning. The Astrophysical Journal (2024)

Caleb LammersMiles CranmerSam HaddenShirley HoNorman MurrayDaniel Tamayo

astrophysical simulationsscientific computingastrophysicsmachine learninggiant-impact simulations

Orbital Migration Through Atmospheric Mass Loss. The Astronomical Journal (2024)

Benjamin HanfWilliam KincaidHilke SchlichtingLivan CappielloDaniel Tamayo

atmospheric mass lossastronomyspace sciencespace weatherspace explorationexoplanetsexoplanet atmospheresorbital migrationplanetary sciences

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Daniel Tamayo

Assistant Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Humanities, Social Sciences, and the Arts

Daniel Tamayo is currently serving as a Center For Computational Science And Engineering Assistant Professor of Physics at Harvey Mudd College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel Tamayo

Harvey Mudd College

Assistant Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

4,800 Long Term Solar System Integrations With Varied Planet Eccentricies. Zenodo (CERN European Organization for Nuclear Research) (2026)

Canceling Effects of Conjunctions Render Higher-Order Mean Motion Resonances Weak. The Astrophysical Journal (2026)

physicsmathematical physicsnonlinear resonancedouble resonance

Democratic Heliocentric Coordinates Underestimate the Rate of Instabilities in Long-Term Integrations of the Solar System. arXiv (Cornell University) (2026)

Self-Consistent Dynamical and Chaotic Tides in the Reboundx Framework. arXiv (Cornell University) (2026)

earth sciencetsunamiswave nonlinearityaerospace engineeringocean engineeringnonlinear dynamicsdynamical systems

A Unified, Physical Framework for Mean Motion Resonances. The Astrophysical Journal (2025)

Creating Pileups of Eccentric Planet Pairs Wide of Mean Motion Resonances Through Divergent Migration. The Astrophysical Journal (2025)

Self-Consistent Dynamical and Chaotic Tides in the Reboundx Framework. The Astrophysical Journal (2025)

nonlinear phenomenarational mechanictidal zonechaos theorynonlinear sciencechaotic tidestsunamiswave nonlinearitytidal powernonlinear dynamicsplanetary sciencesdynamical systems

Spock 2.0: Updates to the Featureclassifier in the Stability of Planetary Orbital Configurations Klassifier. Research Notes of the AAS (2025)

astronomyplanetary changespace explorationplanetary systemsacta astronauticacelestial mechanicsspock 2.0extrasolar systemplanetary scienceorbit determinationplanetary sciences

Accelerating Giant-Impact Simulations With Machine Learning. The Astrophysical Journal (2024)

Caleb LammersMiles CranmerSam HaddenShirley HoNorman MurrayDaniel Tamayo

astrophysical simulationsscientific computingastrophysicsmachine learninggiant-impact simulations

Orbital Migration Through Atmospheric Mass Loss. The Astronomical Journal (2024)

Benjamin HanfWilliam KincaidHilke SchlichtingLivan CappielloDaniel Tamayo

atmospheric mass lossastronomyspace sciencespace weatherspace explorationexoplanetsexoplanet atmospheresorbital migrationplanetary sciences

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