Richard Brewster

Richard Brewster is an Assistant Research Professor at the University of Maryland's Institute for Research in Electronics & Applied Physics. He holds a Ph.D. in Physics from the University of Maryland, Baltimore County (2019) and has been affiliated with the University of Maryland since 2019, collaborating with Professor Yanne Chembo. His research focuses on quantum information, quantum communications, and quantum optics, particularly addressing decoherence in quantum states and fiber-based quantum network simulation frameworks.

Education

• Ph.D. in Physics, University of Maryland, Baltimore County (2019)

Research Interests

Brewster investigates quantum optical systems, emphasizing the development of robust quantum networks and mitigation of decoherence effects. His work includes modeling nonidealities in fiber-based quantum systems and exploring noiseless amplification techniques to preserve entanglement quality. His methodologies span analytical modeling, numerical simulations, and experimental frameworks for quantum communication protocols.

Research Trends

His publications (2017–2025) highlight advancements in Bell inequality violation quantification, polarization entanglement degradation analysis, and noiseless attenuation strategies. Recent work emphasizes automated methodologies for entanglement quality estimation and generalized delta function applications in quasi-probability distributions.

Awards & Recognition

No specific awards mentioned in the provided text.

Advising & Grants

Brewster collaborates actively with senior faculty (e.g., Yanne Chembo) but no formal advisee list is provided. His research is likely supported by grants focused on quantum communication and photonics.

Labs & Teams

He is affiliated with the Photonic Systems Laboratory for Aerospace and Communication Engineering, focusing on applied quantum optics and aerospace communication technologies.