Faculty

Institution

Unit

Venue

Thomas Tuttle

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

NoneThomas Tuttle is currently serving as a Chemistry faculty at Brandeis University.

Honors

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Experiences

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Education

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Thomas Tuttle

Brandeis University

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chemistry spectroscopy physical chemistry optical properties absorption spectroscopy absorption chemical sciences electron spectroscopy quantum chemistry applied physics materials science ammonia optical absorption spectra condensed matter physics condensed matter optical spectroscopy solvated electrons chemical engineering crystallography optical materials density functional theory molecular science surface reactivity electron optic alkali metals shape stability electronic materials structural chemistry coordination chemistry transition metal chemistry dispersion science vibrational spectroscopy molecular structure solution (chemistry) solid-state chemistry solid-state physics electron diffraction radiation chemistry electride-electron locations characteristic property spectral theory atomic spectroscopy cheminformatics quantum science bioelectrochemistry chemical thermodynamics experimental thermodynamics proton transfer molecular spectroscopy chemical composition electrical properties spectroscopic property electronic structure light absorption anion sensing physical properties radiation application many-body problem amine solutions electron spin resonance proton hyperfine splittings alkali-metal-amine solutions ammonia solutions alkali-metal amine solutions experimental basis esr absorption aromatic hydrocarbons theoretical implication

Notable Scholarly Works

Notable Federal Grants

Collaborators

A New Cluster Pair Method of Determining Absolute Single Ion Solvation Energies Demonstrated in Water and Applied to Ammonia. The Journal of Physical Chemistry A (2002)

Thomas R. TuttleSyd MalaxosJames V. Coe

ammoniaapplied physicsphysical chemistry

Basic Chemistry, Seventh Edition and Alternate {Shorter} Edition (Daub, G. William; Seese, William S.). Journal of Chemical Education (1996)

Thomas R. Tuttle

chemistrybasic chemistrychemical scienceschemistry educationseventh edition

Electride-Electron Locations in the Crystalline Electride [Cs(18-Crown-6 ) 2 ]: Nonuniqueness of Current Quantum-Mechanical Models. Physical review. B, Condensed matter (1994)

Sidney GoldenThomas R. Tuttle

chemistrydensity functional theoryspectroscopysurface reactivitysolid-state chemistrycrystallographyquantum chemistrycondensed matter physicscondensed matterapplied physicselectron spectroscopyphysicscoordination chemistrytransition metal chemistryelectride-electron locationsquantum materialsstructural chemistry

Spectral-Moment Constraints on Electride-Electron Locations in the Crystalline Electride [Cs(18-Crown-6 ) 2 ]. Physical review. B, Condensed matter (1992)

Sidney GoldenThomas R. Tuttle

density functional theoryoptical propertiesmaterials sciencestructural chemistrycondensed matter physicssolid-state chemistryelectronic structurespectroscopyspectral-moment constraintschemistrysurface reactivitycrystallographyquantum chemistrycondensed mattersolid-state physicsapplied physicselectron spectroscopycoordination chemistrytransition metal chemistryelectride-electron locations

Upper Bounds for Local Probability Densities of Spatially Distributed Quantum Particles. Physical review. B, Condensed matter (1992)

Sidney GoldenThomas R. Tuttle

local probability densitiesquantum particlescondensed mattercondensed matter physicsmany-body problemphysicsquantum scienceupper boundsquantum mechanics

Solvated Electrons: What is Solvated?. The Journal of Physical Chemistry (1991)

Thomas R. TuttleSidney Golden

electrochemistryultrafast laser spectroscopychemistryelectron configurationoptical propertiesmolecular sciencechemical thermodynamicsexperimental thermodynamicsquantum chemistrychemical sciencesapplied physicsmaterials sciencephysical chemistryelectronic materialselectron spectroscopyelectron diffractionbioelectrochemistry

Spectral-Moment Constrained Bounds for Absolute Maxima of Single-Particle Probability Densities of Excess Electrons. Physical review. B, Condensed matter (1991)

Sidney GoldenThomas R. Tuttle

absolute maximasingle-particle probability densitiescondensed matter physicscondensed matterexcess electronsphysics

A Test of the Maxentropic Density Matrix for Hydrated Electrons Using the Results of Path-Integral Simulation. Chemical Physics Letters (1990)

Thomas R. TuttleSidney Golden

hydrated electronschemistrypath-integral simulationquantum chemistryphysical chemistrymaxentropic density matrix

Coordinate-Permutable Cubic Harmonics and Their Determination. Physical review. B, Condensed matter (1990)

Sidney GoldenThomas R. Tuttle

harmonic analysissurface sciencecoordinate-permutable cubic harmonicsdensity functional theorycondensed matter physicscondensed mattermaterials scienceapplied physicssolid-state physicsphysicsquantum materials

Electron Locales in Crystal Electride. Chemical Physics Letters (1988)

Sidney GoldenThomas R. Tuttle

crystal electridechemistryelectron locales

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3
4
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Thomas Tuttle

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

NoneThomas Tuttle is currently serving as a Chemistry faculty at Brandeis University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas Tuttle

Brandeis University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A New Cluster Pair Method of Determining Absolute Single Ion Solvation Energies Demonstrated in Water and Applied to Ammonia. The Journal of Physical Chemistry A (2002)

Thomas R. TuttleSyd MalaxosJames V. Coe

ammoniaapplied physicsphysical chemistry

Basic Chemistry, Seventh Edition and Alternate {Shorter} Edition (Daub, G. William; Seese, William S.). Journal of Chemical Education (1996)

Thomas R. Tuttle

chemistrybasic chemistrychemical scienceschemistry educationseventh edition

Electride-Electron Locations in the Crystalline Electride [Cs(18-Crown-6 ) 2 ]: Nonuniqueness of Current Quantum-Mechanical Models. Physical review. B, Condensed matter (1994)

Sidney GoldenThomas R. Tuttle

Spectral-Moment Constraints on Electride-Electron Locations in the Crystalline Electride [Cs(18-Crown-6 ) 2 ]. Physical review. B, Condensed matter (1992)

Sidney GoldenThomas R. Tuttle

Upper Bounds for Local Probability Densities of Spatially Distributed Quantum Particles. Physical review. B, Condensed matter (1992)

Sidney GoldenThomas R. Tuttle

local probability densitiesquantum particlescondensed mattercondensed matter physicsmany-body problemphysicsquantum scienceupper boundsquantum mechanics

Solvated Electrons: What is Solvated?. The Journal of Physical Chemistry (1991)

Thomas R. TuttleSidney Golden

Spectral-Moment Constrained Bounds for Absolute Maxima of Single-Particle Probability Densities of Excess Electrons. Physical review. B, Condensed matter (1991)

Sidney GoldenThomas R. Tuttle

absolute maximasingle-particle probability densitiescondensed matter physicscondensed matterexcess electronsphysics

A Test of the Maxentropic Density Matrix for Hydrated Electrons Using the Results of Path-Integral Simulation. Chemical Physics Letters (1990)

Thomas R. TuttleSidney Golden

hydrated electronschemistrypath-integral simulationquantum chemistryphysical chemistrymaxentropic density matrix

Coordinate-Permutable Cubic Harmonics and Their Determination. Physical review. B, Condensed matter (1990)

Sidney GoldenThomas R. Tuttle

Electron Locales in Crystal Electride. Chemical Physics Letters (1988)

Sidney GoldenThomas R. Tuttle

crystal electridechemistryelectron locales

1
2
3
4
10 / page

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chemistry

spectroscopy

Jahan M. Dawlaty

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University of Southern California

energy research

chemistry

Joshua Vura-Weis

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University of Illinois Urbana-Champaign

energy chemistry

spintronic material

Kenneth Knappenberger

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nanoparticle

Andrey Vilesov

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isolated quantum fluids

laser

Robert Benny Gerber

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theoretical chemistry

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physical chemistry

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spectroscopy

chemistry

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physics

surface science

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physical chemistry

efficient generation