Physics Colloquium: Advances in laser technologies for practical quantum applications
Physics Colloquium
Advances in laser technologies for practical quantum applications
Dr. Siamak Dadras
Senior Quantum Applications Scientist,
TOPTICA Photonics
Event Details:
The second quantum revolution (Quantum 2.0) is driven by advances in generating and controlling quantum states of light and matter, enabling applications in computing, sensing, and communications. These technologies rely on foundational Quantum 1.0 tools, most notably lasers. As quantum information science progresses from laboratory research to technology demonstrations, there is an increasing need to transition from discrete, laboratory-grade lasers and optical components to industry-grade, integrated laser engine systems that provide scalability, robustness, autonomous operation, and reduced size, weight, and power (SWaP). This talk reviews the current state and challenges of laser-enabled quantum technologies and highlights the evolution of laser platforms—from bulk optics to micro-optics and integrated photonics—toward practical quantum advantage.
Bio:
Siamak Dadras received his PhD in Photonics from Oklahoma State University, where his research in the Quantum Chaos Group explored matter-wave quantum phenomena with ultra-cold atoms. He continued his work in quantum science as a postdoctoral associate at the University of Rochester’s Institute of Optics, focusing on levitated optomechanics, nanoscale quantum sensing, and solid-state laser refrigeration. Since 2021, he has served as the Senior Quantum Application Scientist at the U.S. headquarters of TOPTICA Photonics in Pittsford, NY, where he oversees TOPTICA's quantum application-specific product developments and partnership programs across North America.
Intended Audience:
All are Welcome!
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Event Snapshot
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