Prashanth Venkataram

First name

Prashanth

Middle name

S.

Last name

Venkataram

Venkataram, Prashanth S., Riccardo Messina, Juan Carlos Cuevas, and Philippe Ben-Abdallah. 2020. “Mechanical Relations Between Conductive and Radiative Heat Transfer”. PRB 102: 085404. Referenced from journals.aps.org: Mechanical relations between conductive and radiative heat transfer.

Reference Link
Venkataram, Prashanth S., Sean Molesky, Pengning Chao, and Alejandro W. Rodriguez. 2020. “Fundamental Limits to Attractive and Repulsive Casimir–Polder Forces”. PRA 101: 052115. Referenced from journals.aps.org: Fundamental limits to attractive and repulsive Casimir–Polder forces.

Reference Link
Molesky, Sean, Weiliang Jin, Prashanth S. Venkataram, and Alejandro W. Rodriguez. 2019. “T-Operator Bounds on Absorption and Thermal Radiation for Arbitrary Objects”. PRL 123: 257401. Referenced from link.aps.org: T-operator bounds on absorption and thermal radiation for arbitrary objects.

Reference Link
Venkataram, Prashanth S., Sean Molesky, Weiliang Jin, and Alejandro W. Rodriguez. 2020. “Fundamental Limits to Radiative Heat Transfer: The Limited Role of Nanostructuring in the Near Field”. PRL 124: 013904. Referenced from journals.aps.org: Fundamental limits to radiative heat transfer: the limited role of nanostructuring in the near field.

Reference Link
Molesky, Sean, Prashanth S. Venkataram, Weiliang Jin, and Alejandro W. Rodriguez. 2020. “Fundamental Limits to Radiative Heat Transfer: Theory”. PRB 101: 035408. Referenced from journals.aps.org: Fundamental limits to radiative heat transfer: theory.

Reference Link
Venkataram, Prashanth S., Jan Hermann, Teerit J. Vongkovit, Alexandre Tkatchenko, and Alejandro W. Rodriguez. 2019. “Impact of Nuclear Vibrations on Van Der Waals and Casimir Interactions at Zero and Finite Temperature”. Science Advances 5. Referenced from advances.sciencemag.org: Impact of nuclear vibrations on van der Waals and Casimir interactions at zero and finite temperature.

Reference Link
Venkataram, Prashanth S., Sean Moleksy, Juan Carlos Cuevas, and Alejandro W. Rodriguez. 2020. “Channel-Based Algebraic Limits to Conductive Heat Transfer”. PRB 102: 085405. Referenced from journals.aps.org: Channel-based algebraic limits to conductive heat transfer.

Reference Link