Flow-Driven Resonant Energy Systems

Did you know heat could oscillate?

In this recently published article in Physical Review Applied, I show how heat sources and fluids can be combined in a flow-driven resonant thermal system.

Such systems behave as oscillators and can be used to store thermal energy, control temperature patterns in microfluidic devices and even enhance water desalination!

LINK: Flow-Driven Energy Resonant Systems, Physical Review Applied, 14, 034045, 2020

ECE Distinguished Speaker Series

Join us for the Optics & Photonics FREE WEBINAR offered by Rice University ECE Department.

Our next ECE Distinguished Speaker will be Prof. Renkun Chen from UCSD.

TITLE: Thermal Transport and Calorimetry at Micro- and Nano- scale: from Nanowires to Single Cells
WHEN: July 2nd, 3PM CDT.

LINK: https://riceuniversity.zoom.us/j/94398349592

Join us at the American Chemical Society’s 2019 Southwest Regional and Rocky Mountain Regional Meeting

ABSTRACT SUBMISSION DEADLINE: Aug. 19th

Hi everyone,

I am organizing a symposium during the ACS Southwest Regional and Rocky Mountain Regional Meeting. The title of the symposium is:

Light for energy: photonic and thermal nanotechnology

This symposium will focus on how light can be utilized as energy source in multiple ways thanks to nanotechnology. Topics will range from LEDs to solar cells to solar desalination and more. If you are interested, see more info here:

http://swrm.org/home.html hashtagnanotechnology hashtagphotonics

Interband transitions are more efficient than plasmonic excitations for ultrafast melting!

Have a look to our recent paper where we show how reshaping of metallic nanoparticles happens at lower power when exciting at interband wavelengths, despite the lower absorption cross section!

Interband Transitions Are More Efficient Than Plasmonic Excitation in the Ultrafast Melting of Electromagnetically Coupled Au Nanoparticles – J. Phys. Chem. C20191232716943-16950

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