Non-Markovian noise in quantum processes As quantum processors increase in size and complexity, a new kind of noise seems to be the limiting factor. Non-Markovian noise is the kind of noise that travels and compounds through the quantum device. Let’s meet up in real life and help us establish and advance the field of Quantum...

The ACM/IEEE International Workshop on Quantum Computing is a forum that brings together researchers and practitioners interested in quantum, hybrid quantum-classical and quantum inspired computing. Sponsored by ACM and IEEE, the workshop seeks to act as a conduit for the presentation of recent research results in all areas of quantum computing. Papers reporting on initial...

Join us for an exciting two-day workshop with an intense focus on continuous-variable photonic quantum computing in a Christmas-decorated Copenhagen. The aim of the workshop is to gather a large share of the researchers working on this rather specific topic for engaging talks and discussions. This will hopefully generate new ideas and further advance the prospects...

Quantum computing is rapidly evolving from a basic science activity of university labs towards an enterprise with high-rising market projections, strongly increasing investments and with startups and large enterprises assessing quantum use-cases in their business sectors. In contrast to classical computers, however, quantum processors must cope with the errors that occur during computations, which limits...

The MQ Centre for Quantum Engineering is organising this conference in memory of our colleague and mentor Jonathan P. Dowling.  Jonathan Dowling (1955–2020) was one of the pioneers of optical quantum information processing.  He was closely involved in the US government's development of quantum information science, working on diverse topics including quantum metrology, Boson Sampling and quantum...

Quantum Days is a virtual three-day conference that brings together Canada’s quantum community. The interactive sessions feature talks by prominent speakers, panel discussions, industry sessions, and poster presentations with over 1,000 participants from coast-to-coast. Participants include students, researchers, industry, policy makers, investors, and more. Topics range from cutting-edge academic research in theory and experiment, to...

D-Wave is happy to announce that Qubits is shifting to a hybrid conference—in-person in beautiful Miami Beach and virtual as well. In order to accommodate this change, the conference will now take place Jan. 17 – 19, 2023. Attending Qubits in person is an excellent opportunity to connect with other innovators involved in quantum computing....

The 12th edition of the Optoelectronics and Photonics school in Trentino aims at introducing students and post-docs with an optics/photonics background to the concepts of Photonic Quantum Information Processing, focusing on the hot topics that are driving the recent technological and scientific research in this field. The target audience are PhD students and young researchers, who...

Q2B is excited to connect the European and international quantum computing ecosystems in this special edition. We will be featuring top academics, industry end users, government representatives and quantum computing vendors.

The SPIE will be holding its Quantum West conference in San Francisco, California from January 29 to February 2, 2023. The conference will showcase the future of applied quantum technologies and will provide a forum that addresses the interests of researchers, engineers, tech companies, investors, and governments—all contributors that can bring about a quantum-enabled future. The conference...

The international conference on Quantum Information Processing (QIP) is the premier annual meeting for quantum information research. Since the first meeting in Aarhus (Denmark) in 1998, the conference has featured breakthroughs by leaders in the disciplines of computing, cryptography, information theory, mathematics, and physics. The scientific objective of the series is to gather the theoretical...

While simulation of quantum problems with classical computers has revolutionized fields like chemistry, materials science, condensed matter and nuclear physics, successful implementation of quantum algorithms has the potential to yield enormous additional computational capabilities for studying complex quantum systems. Over the past several decades there has been considerable progress in the development of quantum hardware....