Gary Felder

Professor of Physics

Smith College

Affiliations

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department of Film and Media Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Physics

Gary Felder is currently serving as a Biological Sciences Professor of Physics at Smith College.

Honors

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Experiences

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Education

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Gary Felder

Smith College

Professor of Physics

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physics cosmology inflation planetary sciences particle physics scientific computing theoretical physics computer science modern physics inflation (cosmology) particle cosmology applied physics high energy physics early universe scalar fields lattice simulations magnetism parallel computing computer graphics geometric topology general relativity brane theory symmetry (physics) thermophysics primordial gravitational waves gravitational waves symmetry breaking tachyonic instability quantum mechanics atomic physics scientific communication educational strategies numerical simulations parallel programming cluster computing numerical algorithms graphic interface information visualization computer-aided design economic modelling economic analysis astrophysical simulations learning methodologies student-centered learning string theory parallel processing massively-parallel computing computer graphic technique curve modeling space-time simulation econodynamics market equilibrium general equilibrium theory thermal modeling thermal analysis thermal energy thermoanalytical method neotectonics lattice field theory statistical field theories inflation expectation double resonance critical phenomena large scale structure tachyonic preheating instant preheating spontaneous symmetry breaking negative potentials nonoscillatory models gravitational particle production learner-centered approach braneworld dynamics parallel computers,01/2008 scalar field evolution simulate curved space hybrid inflation quantum chaos

Notable Scholarly Works

Notable Federal Grants

Collaborators

Index. Modern Physics (2022)

The Big Bang and Beyond: Exploring the Early Universe, 01/2022. (2022)

civilizationstheoretical physicsmodern physicsintroduction to general relativitybig bangcosmologyastronomyearly universeparticle cosmologyobservational cosmologylarge scale structuregalaxy formation and evolution

The Electromagnetic Spectrum. Modern Physics (2022)

The Quantum Revolution I: From Light Waves to Photons. Modern Physics (2022)

The Standard Model of Particle Physics. Modern Physics (2022)

Gravity Waves From Tachyonic Preheating After Hybrid Inflation. UNC Libraries (2021)

Inflaton Fragmentation After Lambda Phi^4 Inflation. CERN Document Server (European Organization for Nuclear Research) (2021)

A Learner Centered Approach for Preparing at Risk Students. (2020)

CLUSTEREASY: Lattice Simulator for Evolving Interacting Scalar Fields in an Expanding Universe on Parallel Computing Clusters. ascl (2019)

LATTICEEASY: Lattice Simulator for Evolving Interacting Scalar Fields in an Expanding Universe. ascl (2019)