Prime Movers Lab Webinar Series: Quantum Computing | by Carly Anderson | Prime Movers Lab | Mar, 2021

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A conversation with experts and entrepreneurs on the future of quantum computingIn this week’s episode of the Prime Movers Lab webinar series, we spoke with quantum technology expert Tatjana Curcic and two brilliant quantum entrepreneurs: Jonathan King of Atom Computing, and Jan Goetz of IQM Quantum Computers, to understand what the excitement over quantum computing is all about.[Click the link above to play the video]Dr. Tatjana Curcic has worked on quantum information technologies for decades, and is currently a DARPA Program Manager. At DARPA, she manages Noisy Intermediate Scale Quantum (NISQ) processor development — finding useful things we can do with quantum computing technology in it’s current “noisy intermediate” state. Among her many roles and accomplishments, she managed quantum technology programs at the US Air Force Office...

Scene at MIT: Ruth Anderson, pioneer of mathematics and computing | MIT News

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Ruth Krock Anderson is a mathematician and computing pioneer who has seen a lot in her 102 years. Born in Boston in 1918, she was interested in math from an early age and earned a mathematics degree at Boston Teachers College, now part of the University of Massachusetts. Soon thereafter, Anderson was asked to join the MIT Radiation Laboratory, which made key contributions to the development of microwave radar technology during the second world war. “There are quite a few books written about women programmers in World War II to help in the war, and I was one of them,” Anderson stated in a 2019 interview. At MIT, Anderson worked on computer programs that assisted scientists and engineers working on new radar technology. Her colleagues at the Rad Lab included Betty Campbell and Barbara Levine, both of whom would continue on in computer science...

Quantum Computing. From test tube computers to qubits in… | by Carly Anderson | Prime Movers Lab

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From test tube computers to qubits in the cloudThere are some applications beyond breaking internet encryption that quantum computers will be good at. We know that quantum computers will be particularly simulating nature (chemistry, materials, complex physical systems). Additionally, there are optimization problems that are “classically hard but quantumly easy”, and identifying more is an active area of research.The first quantum computers that appeared in the 2000s were simply chemicals in a test tube, programmed with radiofrequency pulses (similar to an MRI scan).Since then, scientists. engineers and researchers have made qubits (quantum bits) out of many types of particles — single atoms, single ions, electrons, or photons (particles of light), and from the relationships between particles. Quantum computers based on all of these are being...