Thomas Vandervelde

Thomas Vandervelde is a **Professor** in **Electrical and Computer Engineering**, **Mechanical Engineering**, and **Physics & Astronomy** at **Tufts University**, where he also serves as **Chair of the Electrical and Computer Engineering Department**. His work focuses on **light-matter interactions**, **nanostructure physics**, and **metamaterials**, with applications in energy materials and infrared technologies. He holds a B.S. in Astronomy and Physics from the University of Massachusetts Amherst, and an M.A. and Ph.D. in Physics from the University of Virginia.

**Research Interests**: Vandervelde explores **semiconductor photonics**, **metamaterials**, **plasmonics**, and **epitaxial crystal growth**, with a focus on **infrared applications** and **energy materials**. His recent work includes developing **selective emitters for thermophotovoltaics**, **GaSb integration with GaAs**, and **iridium-based refractory metamaterials**.

**Publications**: Over 50 articles since 2011, emphasizing **high-temperature materials**, **optical metamaterials**, and **nanophotonic devices**. Key themes include enhancing **infrared photodetection**, improving **thin film quality**, and advancing **thermophotovoltaic energy systems**.

**Labs/Teams**: Leads research in **molecular beam epitaxy (MBE)** and **nanophotonics**, with projects involving **metasurface design**, **quantum dot engineering**, and **plasmonic nanostructures**.