Amsterdam and Ludwigshafen, 21 August 2020 - Today, 5-HT Digital Hub announced a partnership with quantum-computational chemistry startup Qu&Co. In order to foster digital innovation, we intend to combine our efforts to boost entrepreneurial, innovative thinking and acting in the chemical and health sectors.
The 5-HT Digital Hub in Mannheim/Ludwigshafen, founded by a.o. BASF and SAP, supports innovation in the field of digitization for the chemical and healthcare sectors. Supporting and connecting startups, corporates and venture capitalists. Through this network, the hub aim to create „an ecosystem for digital innovation“ that allows various players to benefit from each other. The Digital Hub initiative is a scheme operated by the German Federal Ministry for Economic Affairs and Energy to support digital innovation in Germany by promoting cooperation amongst the network partners. We are looking forward to creating new exciting collaborations.
For more information visit: https://www.5-ht.com/en/network/
August 13, 2020 - Today, Amazon Web Services, Inc. (AWS), an Amazon.com company, announced the general availability of Amazon Brake and the addition of Qu&Co as a partner of the Quantum Solutions Lab
Amazon Braket is a fully managed AWS service that provides a development environment to help customers explore and design quantum algorithms. Customers can use Amazon Braket to test and troubleshoot quantum algorithms on simulated quantum computers running on computing resources in AWS to help them verify their implementation or to run their quantum algorithms on their choice of quantum processors based on different technologies, including systems from Rigetti, IonQ and D-Wave. Both simulated and quantum hardware jobs are managed through a unified development experience, and customers pay only for the compute resources used.
As of today Qu&Co is a partner of the Amazon Quantum Solutions Lab (QSL) and we use Amazon Braket as part of our quantum software development programs. Amazon QSL engagements are collaborative research programs that allow Amazon’s corporate clients to work with leading experts in quantum computing, machine learning, and high-performance to identify quantum use-cases and implement novel quantum-algorithms.
Qu & Co supports organization's in-house discovery and optimization activities by developing novel quantum-computational chemistry methods and integrating those with customers’ existing computational-chemistry and material-science workflows. “We are focused on delivering practical quantum-computational approaches for our clients’ most challenging computational workflows,” said Benno Broer, CEO of Qu&Co. “For this purpose, we evaluated different quantum software development platforms. Our experience developing our novel algorithms for quantum machine learning and computational chemistry with the new Amazon Braket service has been very positive. Amazon Braket promises a solid integration between classical and quantum hardware, and gives us a hardware-agnostic development environment, classical simulators, and access to different quantum computers. From that same AWS cloud environment, we can apply tools such as Amazon SageMaker to innovate on behalf of our customers.”
Delft and Amsterdam, 6 April 2020 - Today Quantum Delft announced its partnership with Qu&Co a quantum-computational algorithm and software developer from Amsterdam.
Quantum Delft is a vibrant, innovative community where top-quality scientists, engineers, students and entrepreneurs work together on the frontier of quantum technology. It is located on the campus of Delft University of Technology in the Netherlands, home of QuTech (the Dutch national research center for quantum hardware) the Microsoft quantum-lab and leading quantum-hardware startups like Delft Circuits, QBlox, Single Quantum, Orange Quantum Systems and BlueFors. Quantum Delft provides innovative quantum businesses with access to top talent, a pool of 200 quantum-technology researchers, a strong start-up community and top-notch research facilities.
For more information on Quantum Delft visit: https://quantumdelft.nl/community/
New York and Amsterdam, 3 September 2019 - Schrödinger and Qu&Co today announced a business and scientific collaboration to advance the use of quantum mechanics on complex molecular systems using quantum computing hardware.
Quantum mechanical simulations have become a powerful tool to accelerate materials science and design, but executing the same computations on quantum computers so far remains at an early stage of development. By bringing together Qu&Co’s expertise in quantum computing and Schrödinger’s deep knowledge and experience in applying quantum mechanics in real-world applications, the collaboration aims to advance the state of the art of quantum computing for quantum chemistry. The collaboration will also explore a hybrid computing framework that leverages the strengths of both quantum and conventional approaches to atomistic simulations.
“Quantum computing has the potential to revolutionize our ability to solve important problems in materials sciences,” said Mathew D. Halls, Vice President of Materials Science at Schrödinger. “We’re particularly pleased to be working with Qu&Co, which is strongly committed to advancing the field with the highest degree of scientific integrity. We look forward to learning from one another as we expand the real-world utility of quantum chemistry.”
“We are committed to developing concrete, pragmatic solutions that demonstrate the utility of quantum computing for quantum chemistry, and we’re delighted to partner with a team that shares this goal,” said Benno Broer, Chief Executive Officer and Co-Founder of Qu&Co. “Together, we believe we can prove — and then improve — the value of quantum mechanics to solve challenging chemical problems for materials scientists across many industries.”
Schrödinger’s industry-leading computational platform to accelerate drug discovery and materials design is deployed by leading pharmaceutical, biotechnology, chemical, and electronics companies worldwide. In addition to this substantial and growing global business, Schrödinger has built a robust pipeline of therapeutic assets, held both internally and in partnerships, and has co-founded leading biotech companies, including Nimbus Therapeutics and Morphic Therapeutic. Schrödinger’s significant and ongoing investment in basic research continues to drive advances in its computational platform. Founded in 1990, Schrödinger has nearly 400 employees in its New York City headquarters and around the world. Visit schrodinger.com for more information.
About Qu & Co
Qu & Co is a quantum-software development firm started in 2017. Together with our corporate clients, we work on developing quantum-computational-chemistry and quantum-machine-learning algorithms and software, which we implement on the quantum-simulators and quantum-processors of our quantum-hardware partners like Rigetti, IBM and Microsoft. In their work, our postdoc-level quantum-developers are supported by an academic advisory board. For more information, you can visit www.quandco.com.
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Amsterdam, 31 Juli 2019 - Today Qu & Co, a quantum-computing software developer, announces the release of its first open-source Qu & Co quantum-code.
Qu & Co quantum-codes are a collection of open-source quantum-algorithm libraries, which can be run either on a quantum-simulator or a quantum-processor. Our quantum-codes provide some insight in how we translate academic research in the field of quantum-information into practical applications. Qu & Co quantum-codes are also an invitation to the quantum-community to share knowledge and work together on advancing the development and adoption of industry-relevant quantum-applications.
Qu & Co quantum-code-chemistry is an end-to-end stack, which compiles and executes quantum-chemistry algorithms for current-day (small and noisy) quantum-processors. The package is highly customizable and can be executed on a wide range of simulation backend types, in addition to being able to run on Rigetti Computing’s QPU. Users may configure their own quantum-circuits, or use built-in functionality, which allows the user to turn the outcome from various classical computational-chemistry packages into the starting point for creating their own problem-specific quantum-algorithm. For more information please visit https://github.com/qu-co/qucochemistry
Qu & Co quantum-code-chemistry implements the so-called Variational Quantum Eigensolver (VQE), which is a quantum-computing algorithm well suited for working with the limitations of current-day small and noisy quantum-processors, because it shortens the necessary quantum-circuits by applying a quantum-classical hybrid optimization scheme. Our quantum-code-chemistry is highly flexible, allowing the user to implement quantum-circuits of their own design or use the built-in unitary coupled-cluster with singles and doubles (UCCSD) method as an Ansatz.
The release of Qu & Co quantum-code-chemistry also marks our first contribution as a QCS Development Partner of quantum-hardware developer Rigetti Computing. QCS serves as a single access point to Rigetti's quantum-processors and quantum-simulators. As a QCS Development Partner, Qu & Co uses the QCS platform for developing quantum-applications and to distribute them to our clients and to the broader QCS community.
Redmond and Amsterdam, 19 June 2019 - Today Microsoft announced that Qu&Co, a quantum-computational software startup has joined the Microsoft Quantum Network.
The Microsoft Quantum Network is a global community of organisations working closely with Microsoft to build practical applications and accelerate the adoption of quantum computing.
Quantum Network startups also benefit from a partnership with Microsoft for Startups to help them grow their businesses, build innovative solutions, and connect to valuable expertise, research and other Microsoft resources.
Microsoft is a full-stack quantum-computing developer offering both hardware and software-development tools. Microsoft develops quantum-processors based on topological qubit architectures, which promise to be more robust against outside interference.
For more information please visit: https://www.microsoft.com/en-us/quantum/quantum-network