Papers

Moist convection is most vigorous at intermediate atmospheric humidity: Seeley and Wordsworth; Planetary Science Journal

Why the forcing from carbon dioxide scales as the logarithm of its concentration: Romps, Seeley, and Edman; Journal of Climate

Episodic deluges in simulated hothouse climates: Seeley and Wordsworth; Nature

An analytical model for spatially varying clear-sky CO₂ forcing: Jeevanjee, Seeley, Fueglistaler, and Paynter; Journal of Climate

Future increases in Arctic lightning and fire risk for permafrost carbon: Chen, Romps, Seeley, Veraverbeke, Riley, Mekonnen, and Randerson; Nature Climate Change

H₂O windows and CO₂ radiator fins: a clear-sky explanation for the peak in ECS: Seeley and Jeevanjee; Geophysical Research Letters

Designing a radiative antidote to CO₂: Seeley, Lutsko, and Keith; Geophysical Research Letters

Estimating impacts and trade‐offs in solar geoengineering scenarios with a moist energy balance model: Lutsko, Seeley, and Keith; Geophysical Research Letters

FAT or FiTT: Are anvil clouds or the tropopause temperature-invariant?: Seeley, Jeevanjee, and Romps; Geophysical Research Letters

Formation of tropical anvil clouds by slow evaporation: Seeley, Jeevanjee, Langhans, and Romps; Geophysical Research Letters

Tropical cloud buoyancy is the same in a world with or without ice: Seeley and Romps; Geophysical Research Letters

Why does tropical convective available potential energy (CAPE) increase with warming?: Seeley and Romps; Geophysical Research Letters

The effect of global warming on severe thunderstorms in the United States: Seeley and Romps; Journal of Climate

Projected increase in lightning strikes in the United States due to global warming: Romps, Seeley, Vollaro, and Molinari; Science

Quantum computation

As an undergraduate at Haverford College, I did research on quantum computation with Peter Love. I have not kept up with the field, but it appears that the technique we developed for simulating molecular electron dynamics on a quantum computer — which we called the Bravyi-Kitaev transformation — remains promising.

The Bravyi-Kitaev transformation: properties and applications: Tranter et al., incl. Seeley (2015); International Journal of Quantum Chemistry

The Bravyi-Kitaev transformation for quantum computation of electronic structure: Seeley, Richard, and Love (2012); Journal of Chemical Physics

Other

Convection, Radiation, and Climate: Fundamental Mechanisms and Impacts of a Changing Atmosphere: PhD dissertation

Inelastic light scattering measurements of a pressure-induced quantum liquid in KCuF₃: Yuan et al., incl. Seeley (2012); Physical Review Letters