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Cluster sync and chimeras in optoelectronic networks.
Alignment of optics in vacuum chamber for ultrahigh intensity laser experiment.
Working on the thin film deposition for the study of plasmonic, covetic, and thermoelectric materials.
ManagingĀ a tunable laser system working at near infrared wavelength.
Operating an X-ray Photoelectron Spectrometer (XPS) System.
An X-ray Photoelectron Spectrometer (XPS) System.
Positioning lasers to study quantum efficiency of novel photo-emitters.
Transferring solid-state battery samples from a synthesis chamber.
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UMD researchers awarded $1M NSF grant to develop new methods to generate single photons for quantum research
The project could enable new advanced quantum research and technology. More»
Pristine quantum light source created at the edge of silicon chip
Researchers have demonstrated a new approach that enables different devices to repeatedly emit nearly identical single photons. More»
Munday Receives DARPA Young Faculty Award
Prof. Munday’s research project seeks to advance the understanding of the quantum vacuum and its potential use for future technologies. More»