Quantum annealing has attracted a lot of attention in recent years as a technology for improving the efficiency of combinatorial optimization processing. The participants in this project are carrying out vertically integrated research and development that encompasses hardware, interfaces, software… Read More »Quantum Annealing Machine for Highly Efficient Combinatorial Optimization Processing
This Disruptive Technologists’ event occurred on October 13, 2021, 4 PM to 5 PM EST Quantum computing harnesses the phenomena of quantum mechanics to deliver a huge leap forward in computational power to solve problems. In this October Disruptive Technologists… Read More »Disruptive Technologists’ Webinar on The Disruptive Power of Quantum Computing
In this episode, Frank and Andy speak with Lynn Langit and her journey from developer to quantum developer. This episode is entitled “Developing for Quantum Computing” and is rated three Schroedingers, but don’t let that scare you off. Links GitHub… Read More »Lynn Langit on Quantum Computing for Software Engineers
In this session, Alex Condello, Manager of Applications Development Technology and Tools at D-Wave, will talk about the growing quantum application development ecosystem and how developers can start learning to code on a quantum computer today. Alex will also explore… Read More »Practical Quantum Computing Today
Here’s an interesting explainer on quantum computing for beginners. What is quantum computing, how is different from what a classical computer? What gives it these superpowers & finally why hasn’t it taken off despite so much potential. #TechAtWork explains
Strictly speaking, this has nothing to do with quantum computing, but I am posting it here to remind us all how far conventional computing has come and how much opportunity there remains in quantum computing.
Holding a bachelor’s degree and Ph.D. in physics from UC Berkeley, Martinis discusses the transformational physics of information processed at increasingly high speeds and the experimental realization of quantum supremacy. From 2014–2020, Martinis oversaw a team of skilled engineers and… Read More »Distinguished Lecturer Series on “Quantum Supremacy”
Efficient verification and description of quantum devices are critical for emerging technological applications. Digital quantum computing and condensed matter physics approach these challenges from different directions, yet at the same time there is a wealth of physical models that emerge… Read More »Quantum Big Data: Where Condensed Matter meets Quantum Computing