"Manipulating" Energy at Multiscale

• Modeling Electron Beam and Heat Conduction at Nanoscale (View) 

• Thermal Heat Transport at the Nanoscale Level and Its Application to Nanomachining (View) 

• Monte Carlo Techniques for the Solution of the Transient and Steady Radiative Transfer Equation (View)

Energy Conversion

• Thin-film solar cell modeling and improvement.

• Thermophotovoltaic cell.

• Near-field solar cell cooling at nanoscale.

Thermal Properties and Heat Conduction at Nanoscale

• Modeling of nanostructures with irregular boundaries.

• Determination of scattering properties of nanostructures.

Near-Field Cooling Technology

• Nanoscale cooling using near-field radiation and tunneling effect.

Nanostructure Analysis via Electron Beam

• Detection of irregularities/properties change within nanostructures using field emission.

Nanomachining via Electron Field Emission

• Exploration of the possibility of "nano-melting" using an electron beam created by field emission.

Light Scattering or Radiative Heat Transfer

• Study of unpolarized/polarized light  interaction with particles/medium.

Heating, Ventilation, and Air-Conditioning (HVAC)

• Adaptive and automated vent control for uniform cooling distribution.