www.anaqor.io

Pixel Photonics is a pioneering deep-tech start-up that was founded in 2021 as a spin-off of the University of Münster and is based in Münster, Germany. Through their unique innovative approach of integrating superconducting nanowire single photon detectors (SNSPDs) with nanophotonic waveguides on a single chip, Pixel Photonics has achieved a breakthrough in the field of photon detection. Pixel Photonics' detectors have versatile applications in fields such as quantum computing, secure quantum communication, light detection and ranging (LiDAR), microscopy and laser communication.

We are true to our mission and are part of a consortium funded by the Federal Ministry of Education & Research of Germany to develop a Quantum Computer: Rymax-One Quantum Optimizer (13N1641). We are an AI company in disguise, offering solid support in your digitalization, IoT and quantum computing efforts. We are building up a tech firm with its own product portfolio. We are investigating quantum computing and applications of energy flexibility, which we have extensive experience of and believe that it will be an integral part of the European Energy Transition, albeit not being supported enough. On quantum computing, we are building a quantum simulator together with our collaborators and learning intensively the challenges, while having a clear picture of the advantages that quantum computing can bring. Data cybernetics is a partnership of practitioners with a scientific background and years of experience in the of software engineering, scientific computing, machine learning and statistics. We have been software and data engineers/scientists for most of our careers and offer hands on, practical and efficient consulting services and implementations.

We believe advances in technology create new capabilities that can transform the way billions of people communicate and compute. Our mission is to research, engineer, and integrate quantum technology that ultimately leads to more secure connectivity and efficient computation for everyone. We invest talent, resources, and time to build products with the highest scientific calibre and engineering excellence. Our solutions have been used in the most remote and challenging scientific environments, but it doesn’t stop there. We know it is only worthwhile if we make them inclusive and available for everyone, everywhere.

We are a team of quantum physicists, software and systems engineers, and chip designers, all passionate to advance the world of quantum computing further than it has ever gone before. That’s why we made it our mission to build Quantum Orchestration: the platform that powers quantum breakthroughs and accelerates the path towards the new age of quantum computing. Co-founded QDevil in 2016, which in 2022 became part of Quantum Machines. Todd Sierer is the Global Vice President of Sales at Quantum Machines. Omri is an experienced strategy and business development professional.

We are a team of scientists at the University of Hamburg, the University of Kaiserslautern and the Fraunhofer ITWM who join forces with leading tech companies on the mission to build a quantum computer capable of solving today’s real-world problems. To achieve this goal, we are building Rymax One – a quantum computer specifically designed to solve optimization problems which are intractable on classical computers. We are confident that Rymax One will enable more efficient supply chains, vehicle routing, and even power grids – and thereby demonstrate the potential of quantum computing to tackle industry-relevant problems for a more sustainable future. Interested in joining us along this exciting journey?

Our mission is to revolutionise life sciences by exploiting the potential of quantum computing to solve currently inaccessible problems. We combine our expertise in quantum information, complex systems, and computational physics to develop algorithms to solve life-science problems on near-term quantum computers. We are a team of physicists, chemists, computer scientists and entrepreneurs committed to exploring quantum computing to solve problems that impact people's lives. While making applications for industry, we also work on cutting-edge problems in quantum information science that lay the foundation for future applications and advance our understanding of nature. We believe that everyone should have access to an understanding of quantum physics and its applications.