“The primary time I visited the U of S was throughout an open home,” stated Teixeira, a U of S School of Arts and Science undergraduate pupil.

“I used to be invited to sit down in on a arithmetic lecture that morning. I gladly missed the welcome occasion to attend the lecture. After that day, I used to be decided to review mathematical physics.”

Underneath the mentorship of Dr. Steven Rayan (PhD), director of the Centre for Quantum Topology and its Functions (quanTA) and a school member within the School of Arts and Science’s Division of Arithmetic and Statistics, Teixeira started learning how quantum computer systems work as a part of her honours diploma in mathematical physics.

To function, traditional computer systems use small items of data known as bits. Bits can function in an ‘on’ or ‘off’ state — like a lightweight swap — that helps the pc to categorise and course of info. Alternatively, quantum computer systems use quantum particles known as qubits. As a substitute of working like a lightweight swap, quantum particles have spin. No matter route the particle’s spin is noticed in is named its ‘state.’

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