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EEB 522 Seminar Series Colloquium on the Biology of Populations Presented by Tim Coulson "The Science of Why We Exist"

Control of Neutral Atom Quantum Computer Using an RFSoC FPGA Advised by:Jeff Thompson, ECE

Precision Spectroscopy and Modelling of Yb Rydberg Atoms with Applications in Neutral Atom Quantum Computing Advised by:Jeff Thompson (ECE) Michael Peper (ECE)

Laser and Microwave Spectroscopy of Ytterbium Rydberg States Advised by:Jeffrey Thompson, Electrical and Computer Engineering Michael Peper, Electrical and Computer Engineering

CBE senior Colin Brown relates his experience using chemical engineering to study atomically thin superconducting materials for advanced computing and biotechnologies.

Spectroscopy Of Ytterbium Rydberg States and Interactions Advised by: Prof. Jeff Thompson, Electrical and Computer Engineering

Simulation Study of Monolayer Vibrations Advised by: Prof. Aditya Sood, Mechanical and Aerospace EngineeringTouhid Ahmed, Mechanical and Aerospace Engineering

Quantum communication offers higher security compared to traditional encryption by virtue of the fundamental laws of Physics. But quantum states are fragile. To be able to send qubits across long…

The emergence of new diseases, the rise of drug resistance, and the continued prevalence of chronic conditions that remain difficult to treat, such as cancer and Alzheimer’s, create a growing…

We modelled the material lead titanate based on the underlying quantum mechanics of our world with the help of machine learning. Our approach depicted the lead titanate with accurate details like a…

Light is fast — but not infinitely fast. When electronic circuits become as small as atoms and information travels in the picosecond scale (10^-12 s), detectors must react to ultrafast changes…