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Nathan S. Lewis

Professor of Chemistry

California Institute of Technology

United States

Research Interests

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Nathan S. Lewis is the George L. Argyros Professor of Chemistry at the California Institute of Technology, USA. His research focuses on semiconductor photoelectrodes for energy conversion, the development of mesoscale woodpile structures, and the synthesis of catalytic materials for electrochemical applications. Recent articles authored by him explore topics such as mesoscale design for energy technology and advancements in superconducting devices.

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Collaborators (3)

Harry Atwater

Howard Hughes Professor

California Institute of Technology

UNITED STATES

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Jacqueline Dowling

Assistant Professor

The University of Iowa

UNITED STATES

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Weilai Yu

Assistant Professor

University of Toronto

CANADA

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Nathan S. Lewis

Research Interests

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Articles (19)

Phototropic and skototropic growth in inorganic films

Front-Surface Potential of Platinized p-InP Photocathodes Probed by Dual-Working-Electrode Measurements

Cost-effective approaches to maintaining resource adequacy in wind and solar electricity systems over decades of weather variability

Shining a Light on Some Fundamental Research Opportunities in Semiconductor Photoelectrochemistry

Photoelectron Spectroscopic Determination of the Interfacial Energetics of Metal Oxide Protection Layers on p-InP Photocathodes

Mechanism of Mesoscale Woodpile Development via Photoelectrochemical Deposition of Se–Te

Nb2O5 Protection Layers for Hydrogen Evolution by p-InP Photocathodes in Acidic Electrolytes

Programmable Assembly of Semiconductor Mesostructures Via Inorganic Phototropism

The Influence of Regional Geophysical Resource Variability on the Value of Single- and Multistorage Technology Portfolios

Catalysis of the Oxygen-Evolution Reaction in 1.0 M Sulfuric Acid by Manganese Antimonate Films Synthesized via Chemical Vapor Deposition

(Invited) Mesoscale Design of Semiconductor Photoelectrodes for Energy Conversion

Wafer-Scale MgB2 Superconducting Devices

Inclination of polarized illumination increases symmetry of structures grown <i>via</i> inorganic phototropism

Inclination of polarized illumination increases symmetry of structures grown via inorganic phototropism

Spontaneous mesostructure formation produces optically transmissive Ni–P films that are catalytically active for the photoelectrochemical hydrogen evolution reaction

Spontaneous mesostructure formation produces optically transmissive Ni–P films that are catalytically active for the photoelectrochemical hydrogen evolution reaction

Powdered Mn<sub><i>y</i></sub>Sb<sub>1–<i>y</i></sub>O<sub><i>x</i></sub> Catalysts for Cerium-Mediated Oxygen Evolution in Acidic Environments

Polymorphic Control of Solution-Processed Cu<sub>2</sub>SnS<sub>3</sub> Films with Thiol–Amine Ink Formulation

Demonstration of a Sensitive and Stable Chemical Gas Sensor Based on Covalently Functionalized MoS<sub>2</sub>

Collaborators (3)

Harry Atwater

Jacqueline Dowling

Weilai Yu

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