Faculty

Institution

Unit

Venue

Jacob H. Olshansky

Amherst College

Affiliations

Department Of Chemistry

NoneJacob H. Olshansky is currently serving as a Chemistry faculty at Amherst College.

Honors

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Experiences

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Education

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Jacob H. Olshansky

Amherst College

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materials science chemistry quantum dots applied physics physics nanotechnology material chemistry nanoparticle research quantum science nanomaterials physical chemistry catalysis photochemistry photocatalysis higher education quantum chemistry energy chemistry condensed matter single-atom catalyst inorganic photochemistry spin phenomenon spin dynamics optoelectronics carbon material research magnetic resonance sustainable chemistry inorganic chemistry frontier hydrogen energy chemical physics molecular science host-guest chemistry photoelectrochemistry surface functionalization nanoheterogeneous catalysis radiative transfer radiative heat transfer radiative absorption thermal radiation education reform quantum devices quantum technologies nanoscale chemistry nanocrystalline materials colloidal nanocrystals localized excited state solid-state physics disordered quantum system electronic structure water splitting synthetic photochemistry photoredox process charge separation cation exchange electron transfer balancing efficiency conduction band offset core size core/shell qds student-faculty-staff partnerships inclusive curricular reform national scale small institutions undergraduate nanomaterials collaborative research quantum dot-molecule conjugates optical shifts pulsed epr porphyrin catalysts

Notable Scholarly Works

Notable Federal Grants

Collaborators

(Invited) Photocatalytic Co 2 Reduction Using Colloidal Quantum Dots and Porphyrin Catalysts. ECS Meeting Abstracts (2025)

inorganic chemistry frontierchemical reaction engineeringcatalysisinorganic photochemistrychemistryphotoredox processwater splittingsingle-atom catalystsustainable chemistrysynthetic photochemistrynanoparticle researchporphyrin catalystschemical engineeringmaterial chemistryphotochemistryenergy chemistryhydrogen energyphotocatalysisquantum dotsmaterials science

Spin Dynamics of Scrps in Zno Quantum Dot–Organic Molecule Conjugates Studied With Pulsed Epr. The Journal of Physical Chemistry C (2025)

spintronicsphysicsspin dynamicsphysical chemistrymolecular electronicschemistrypulsed eprmagnetic resonancequantum dotsspin phenomenonapplied physicsnuclear magnetic resonance

Temperature-Dependent Energy Transfer Dynamics in Inp/Mn X Zn 1-X S Core/Shell Quantum Dots. Journal of Information Display (2025)

disordered quantum systemlocalized excited statephysicsquantum materialscondensed matterquantum sciencesolid-state physicselectronic structurethermodynamicsquantum dotsapplied physicscondensed matter physicsmaterials science

Tunable Spin Qubit Pairs in Quantum Dot–Molecule Conjugates. ACS Nano (2025)

quantum computingspintronicsphysicsquantum dot–molecule conjugatesquantum dotsspin phenomenonapplied physicsquantum devicesquantum technologiesquantum science

Zno Quantum Dot–Molecule Conjugates: Chemical Interactions, Charge Dynamics, and Spin Polarization. The Journal of Chemical Physics (2025)

chemical interactionsspin polarizationchemical physicsspintronicsquantum chemistryquantum materialscondensed matterspin dynamicsmolecular electronicsmolecular sciencecharge dynamicschemistryquantum dotscharge separationapplied physicsquantum sciencematerials science

The Role of Surface Functionalization in Quantum Dot-Based Photocatalytic Co 2 Reduction: Balancing Efficiency and Stability. Nanoscale (2024)

energy chemistryphotoelectrochemistrycarbonbalancing efficiencysurface functionalizationnanoheterogeneous catalysisphotocatalysisnanotechnologysingle-atom catalystmaterial chemistrycatalysisphotochemistryinorganic photochemistrychemistryquantum dotsnanoparticle researchmaterials science

Correlating Structural Distortions and Optical Shifts in Carboxylate-Exchanged Cdse Nanoplatelets. The Journal of Chemical Physics (2023)

nanomaterialsnanoparticlesnanotechnologymaterial researchnanoscale chemistrymaterial chemistrycolloidal nanocrystalsoptical shiftsnanocrystalline materialschemistrynanoparticle researchmaterials science

Leveraging Student–Faculty–Staff Partnerships to Implement Inclusive Curricular Reform in Chemistry Education. Journal of Chemical Education (2023)

Ji ChungSarah L. BunnellAlberto M. LopezJacob H. Olshansky

student-faculty-staff partnershipseducation reformhigher educationchemistrychemistry educationinclusive curricular reform

Quantum Dot–Organic Molecule Conjugates as Hosts for Photogenerated Spin Qubit Pairs. Journal of the American Chemical Society (2023)

Autumn Y. LeeTroy A. ColleranAmisha JainJens NiklasBrandon K. RuggTomoyasu ManiOleg G. PoluektovJacob H. Olshansky

host-guest chemistryquantum chemistrychemistryquantum dotsmaterials science

Compositionally Tuning Electron Transfer From Photoexcited Core/Shell Quantum Dots via Cation Exchange. The Journal of Physical Chemistry Letters (2022)

Nejc NageljAlexandra BrumbergShoshanna PeiferRichard D. SchallerJacob H. Olshansky

cation exchangeelectron transfernanotechnologyphysical chemistryoptoelectronicsmaterials science

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Jacob H. Olshansky

Amherst College

Affiliations

Department Of Chemistry

NoneJacob H. Olshansky is currently serving as a Chemistry faculty at Amherst 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

Jacob H. Olshansky

Amherst College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

(Invited) Photocatalytic Co 2 Reduction Using Colloidal Quantum Dots and Porphyrin Catalysts. ECS Meeting Abstracts (2025)

Spin Dynamics of Scrps in Zno Quantum Dot–Organic Molecule Conjugates Studied With Pulsed Epr. The Journal of Physical Chemistry C (2025)

spintronicsphysicsspin dynamicsphysical chemistrymolecular electronicschemistrypulsed eprmagnetic resonancequantum dotsspin phenomenonapplied physicsnuclear magnetic resonance

Temperature-Dependent Energy Transfer Dynamics in Inp/Mn X Zn 1-X S Core/Shell Quantum Dots. Journal of Information Display (2025)

Tunable Spin Qubit Pairs in Quantum Dot–Molecule Conjugates. ACS Nano (2025)

quantum computingspintronicsphysicsquantum dot–molecule conjugatesquantum dotsspin phenomenonapplied physicsquantum devicesquantum technologiesquantum science

Zno Quantum Dot–Molecule Conjugates: Chemical Interactions, Charge Dynamics, and Spin Polarization. The Journal of Chemical Physics (2025)

The Role of Surface Functionalization in Quantum Dot-Based Photocatalytic Co 2 Reduction: Balancing Efficiency and Stability. Nanoscale (2024)

Correlating Structural Distortions and Optical Shifts in Carboxylate-Exchanged Cdse Nanoplatelets. The Journal of Chemical Physics (2023)

Leveraging Student–Faculty–Staff Partnerships to Implement Inclusive Curricular Reform in Chemistry Education. Journal of Chemical Education (2023)

Ji ChungSarah L. BunnellAlberto M. LopezJacob H. Olshansky

student-faculty-staff partnershipseducation reformhigher educationchemistrychemistry educationinclusive curricular reform

Quantum Dot–Organic Molecule Conjugates as Hosts for Photogenerated Spin Qubit Pairs. Journal of the American Chemical Society (2023)

Autumn Y. LeeTroy A. ColleranAmisha JainJens NiklasBrandon K. RuggTomoyasu ManiOleg G. PoluektovJacob H. Olshansky

host-guest chemistryquantum chemistrychemistryquantum dotsmaterials science

Compositionally Tuning Electron Transfer From Photoexcited Core/Shell Quantum Dots via Cation Exchange. The Journal of Physical Chemistry Letters (2022)

Nejc NageljAlexandra BrumbergShoshanna PeiferRichard D. SchallerJacob H. Olshansky

cation exchangeelectron transfernanotechnologyphysical chemistryoptoelectronicsmaterials science

1
2
10 / page