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Eindhoven University of Technology (TU/e) | Eindhoven, Provincie Noord-Brabant | Netherlands | about 1 month ago
activities: Investigate disruptive new network architectures for AI compute clusters utilising optical switching and numerically assess the performance via software simulation tools. Define the system
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electrical properties of the ITO thin films for BAW-SMR optoacoustic sensors: - Influence of thickness, sheet resistance, and optical transparency of ITO films and impact on the frequency response of
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magnetometry. Scanning probe microscopy and related techniques. Construction, modification, automation, or troubleshooting of optical measurement systems. Simulation of light–matter interactions using software
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experiments including characterization of performance and laser and optical diagnostics. Organize, analyze, and interpret experimental and simulation data using statistical and computational tools, present
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and short pulse laser experiments including characterization of performance and laser and optical diagnostics. Organize, analyze, and interpret experimental and simulation data using statistical and
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experiment, contributing to the transition to full experimental operations and establishing a research program in atomic, molecular, and optical (AMO) quantum science and dark matter detection. Appointment
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will work in an interdisciplinary team of optical engineers, system engineers and AI researchers, with access to state-of-the-art simulation tools, design software, and prototyping infrastructure
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, and optical (AMO) physics. Illinois Physics has broad and internationally recognized strengths in experimental and theoretical research spanning condensed matter physics (CMP ), atomic, molecular
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Łukasiewicz Research Network - Institute of Microelectronics and Photonics | Warsaw, Indiana | United States | 13 days ago
intended for operation in the infrared and mid-infrared (MIR) spectral ranges. Developing numerical models and performing electromagnetic, optical, thermal and electro-optical simulations using COMSOL
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is furthermore exploring continuously operating atom interferometers, quantum simulation experiments using Rb-Sr mixtures, single Sr atoms in optical tweezer arrays and improved ways to build optics