Near-field radiative heat transfer (NFRHT) has promising prospects in modern
nanotechnology, such as near-field thermal microscopy, nanoscale non-contact thermal …

This work presents an alternative scheme for modulating near-field radiative heat transfer
(NFRHT) within an extended planar many-body system, marking a significant stride in …

The highly tunable surface magneto-plasmon polaritons supported by magneto-optical
materials provide reliable means for active adjusting of near-field radiative heat transfer …

Understanding the energy transport properties of hot energy carriers is of great importance
for a diverse range of topics from nanoelectronics and photochemistry to the discovery of …

The near-field radiative heat transfer of heterostructure consisting of SiC gratings and
graphene is investigated in this work. The rigorous coupled-wave analysis is employed to …

A promising material for applications in near-field radiative heat transfer is graphene, due to
large heat flux values and the capability to actively control the heat flux using various …

Dielectric media are very promising for near-field radiative heat transfer (NFRHT)
applications as these materials can thermally emit surface phonon polaritons (SPhPs) …

Both materials and structures can significantly affect radiative heat transfer, which is more
pronounced in the near-field regime of two-dimensional and hyperbolic materials, and has …

Controlling optomechanical interactions at sub-wavelength levels is of great importance in
academic science and nanoparticle manipulation technologies. This Letter focuses on the …

Near-field thermophotovoltaic (NTPV) devices comprising a SiC-hBN-graphene emitter and
a graphene-InSb cell with gratings are designed to enhance the performance of the NTPV …