Faculty

Institution

Unit

Venue

Daniel O’Leary

Carnegie Professor of Chemistry

Pomona College

Affiliations

Chemistry

Pomona College

Department Of Chemistry

Daniel O’leary is currently serving as a Chemistry Carnegie Professor of Chemistry at Pomona College.

Honors

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Experiences

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Education

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Daniel O’Leary

Pomona College

Carnegie Professor of Chemistry

You can click a keyword to filter the displayed items

chemistry organic synthesis organic chemistry chemical sciences chemical synthesis biochemistry physical chemistry transition metal chemistry structural chemistry materials science organometallic chemistry nuclear magnetic resonance catalysis biophysics coordination chemistry chemical kinetics organic process research molecular structure heterogeneous catalysis material chemistry hydrogen bond catalyst preparation molecular kinetics kinetics (physics) nuclear magnetic resonance spectroscopy proton transfer chemical physics protein science quantum chemistry sustainable chemistry heterocyclic stereoselective synthesis spectra-structure correlation catalytic synthesis catalytic process organometallic catalysis molecular mobility chemical reactions olefin metathesis catalysts ophthalmology retina visual science peptides condensed matter molecular physics alkene metathesis homogeneous catalysis conformational studies peptide engineering enzyme catalysis molecular catalysis enantioselective synthesis polymer properties fragmentation effect charge carrier transport spin dynamics charge transport reaction intermediates active matter selective separation carbohydrate-protein interactions functional modification single molecules trace elements recent advances divergent thinkers creative achievers ruthenium complexes n-heterocyclic carbene ligands structure-selectivity relationships structural study terminal olefins dielectric relaxation scalar coupling equilibrium isotope effects template-promoted dimerization convenient synthesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D-Printed Multicolor Molecular Orbital Models for a Second-Semester Organic Chemistry Course. Journal of Chemical Education (2026)

Cover Image. Journal of Physical Organic Chemistry (2024)

In Memoriam: The Life and Scientific Accomplishments of Frank a. L. Anet (1926–2024). Journal of Physical Organic Chemistry (2024)

Darón I. FreedbergNicholas V. HudMax KopelevichDaniel J. O'LearyJane Strouse

chemical sciencesphysical chemistrychemistrymolecular biologyorganic chemistryphysical organic chemistryscientific accomplishments

Multicolor 3D-Printed Molecular Orbital Models for a First-Semester Organic Chemistry Course. Journal of Chemical Education (2024)

Do-It-Yourself 5-Color 3D Printing of Molecular Orbitals and Electron Density Surfaces. Journal of Chemical Education (2023)

Michelle GarciaFrances A. O’LearyDaniel J. O’Leary

additive manufacturing3d printingchemistrychemistry educationmolecular orbitalselectron density surfaces

A Flow Electrochemistry‐Enabled Synthesis of 2‐Substituted N ‐(Methyl‐ D )Piperidines. Journal of Labelled Compounds and Radiopharmaceuticals (2022)

Azzam A. M. AL‐HadediStuart SawyerStuart J. ElliottRobert A. GreenDaniel J. O'LearyRichard C. D. BrownLynda J. Brown

chemical sciencesenergy chemistrysynthetic chemistrypiperidine 3n-monodeuteriomethyl-2-substituted piperidineselectrosynthesisorganic process researchchemical synthesischemistryorganic chemistryn-methyl groupsorganic electrochemistrybiomolecular engineeringorganic synthesis

Comment on “Molecules, the Ultimate Nanomotor: Linking Chemical Reaction Intermediates to Their Molecular Diffusivity”. ACS Nano (2022)

biophysicschemical sciences“ moleculesultimate nanomotormolecular kineticschemical reactionphysical chemistrymolecular sciencemolecular motorschemistrynanoroboticsmolecular structure

Response to Comment on “Following Molecular Mobility During Chemical Reactions: No Evidence for Active Propulsion” and “Molecular Diffusivity of Click Reaction Components: The Diffusion Enhancement Question”. Journal of the American Chemical Society (2022)

biophysicschemical scienceschemical physicsclick reaction componentsmolecular kineticschemical kineticsreactivity (chemistry)diffusionkinetics (physics)molecular mobilitychemistryreaction processclick chemistrychemical reactions

An Examination of Factors Influencing Small Proton Chemical Shift Differences in Nitrogen-Substituted Monodeuterated Methyl Groups. Symmetry (2021)

chemical scienceschemical transformationsbiochemistrymolecular chemistryproton transferchemistryorganic chemistrymolecular structurenuclear magnetic resonance

Dimethyl 4,5-Dichlorophthalate. IUCrData (2021)

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Daniel O’Leary

Carnegie Professor of Chemistry

Pomona College

Affiliations

Chemistry

Pomona College

Department Of Chemistry

Daniel O’leary is currently serving as a Chemistry Carnegie Professor of Chemistry at Pomona 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 O’Leary

Pomona College

Carnegie Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D-Printed Multicolor Molecular Orbital Models for a Second-Semester Organic Chemistry Course. Journal of Chemical Education (2026)

Cover Image. Journal of Physical Organic Chemistry (2024)

In Memoriam: The Life and Scientific Accomplishments of Frank a. L. Anet (1926–2024). Journal of Physical Organic Chemistry (2024)

Darón I. FreedbergNicholas V. HudMax KopelevichDaniel J. O'LearyJane Strouse

chemical sciencesphysical chemistrychemistrymolecular biologyorganic chemistryphysical organic chemistryscientific accomplishments

Multicolor 3D-Printed Molecular Orbital Models for a First-Semester Organic Chemistry Course. Journal of Chemical Education (2024)

Do-It-Yourself 5-Color 3D Printing of Molecular Orbitals and Electron Density Surfaces. Journal of Chemical Education (2023)

Michelle GarciaFrances A. O’LearyDaniel J. O’Leary

additive manufacturing3d printingchemistrychemistry educationmolecular orbitalselectron density surfaces

A Flow Electrochemistry‐Enabled Synthesis of 2‐Substituted N ‐(Methyl‐ D )Piperidines. Journal of Labelled Compounds and Radiopharmaceuticals (2022)

Azzam A. M. AL‐HadediStuart SawyerStuart J. ElliottRobert A. GreenDaniel J. O'LearyRichard C. D. BrownLynda J. Brown

Comment on “Molecules, the Ultimate Nanomotor: Linking Chemical Reaction Intermediates to Their Molecular Diffusivity”. ACS Nano (2022)

biophysicschemical sciences“ moleculesultimate nanomotormolecular kineticschemical reactionphysical chemistrymolecular sciencemolecular motorschemistrynanoroboticsmolecular structure

An Examination of Factors Influencing Small Proton Chemical Shift Differences in Nitrogen-Substituted Monodeuterated Methyl Groups. Symmetry (2021)

chemical scienceschemical transformationsbiochemistrymolecular chemistryproton transferchemistryorganic chemistrymolecular structurenuclear magnetic resonance

Dimethyl 4,5-Dichlorophthalate. IUCrData (2021)

1
2
3
4
5
9
10 / page