However, current progress in down-scaling transistors reaches physical limits when approaching atomic scales, and heat dissipation becomes a severe issue with increasing transistor densities. Dr. Thilo Stöferle has been a permanent Research Staff Member at the IBM Research – Zurich Laboratory since August 2007. His research interests lie in quantum computing with superconducting qubits, semiconductor spintronics and SPM based device fabrication techniques. He received a Bachelor and Master of Science in Electrical Engineering and a Doctoral degree in Theoretical Physics all from ETH Zurich. Post-doctoral researcher, Matthias Mergenthaler Moreover, it is expected that certain types of optimization problems with application in logistics, time-scheduling and others can be solved more efficiently with the help of quantum effects. IBM Research scientist, Peter Müller Visiting scientist, Daniel Egger Within the QuSCo European training network, we are exploring optimal control and calibration schemes for single and two-qubit devices. Read more about Maria, Irem, Svenja, Rui … Continue exploring the possibilities of quantum computing with IBM. Watch our story. We are exploring qubit–qubit coupling schemes based on parametrically driven tunable couplers and geometric phases to achieve high-fidelity interactions between highly coherent superconducting qubits. Articles related to people and projects from IBM Research-Zurich. Thanks to the relatively simple and reliable fabrication there exists a clear path towards a scalable architecture to realize the building blocks of a future universal quantum computer and for practical quantum simulation applications. IBM quantum researchers discuss the newly released API. Jobs. Read more about James. IBM Zurich usually integrates internship students or master thesis … Welcome. “When I heard about the IBM Quantum Experience I knew that it would be a great opportunity to introduce … Ivano Tavernelli -ita@zurich.ibm.com Quantum chemistry – The quantum algorithm The quantum-classical approach: Variational Quantum Eigensolver. It uses special hardware components and quantum mechanics that enables two parties to produce a shared random … We also collaborate with IBM Research Zurich to explore possible applications for near-term quantum computers, such as the ones provided by the IBM Q Experience. In contrast, a quantum computer has the potential to compute ground-state energies, energy spectra, time dynamics and correlations of such systems efficiently. I mean who didn’t love the school science fair? David Sutter is a post-doctoral researcher in the Quantum Technologies group of the Science & Technology department at IBM Research - Zurich. PhD student. 00. Learn how a developer can leverage the new quantum API. The transmon qubits are fixed in frequency, whereas the resonance frequency of the tunable coupler is tunable via a current bias line. The cleanroom of the Binnig and Rohrer Nanotechnology Center gives us an ideal environment to explore new materials and fabrication methods and to develop chip designs for a scalable quantum computing architecture. Numerical simulations of multi-qubit systems provide important insights regarding the quantum dynamics and the achievable gate fidelities. IBM Research Labs; Zurich, Switzerland; Science & Technology. Within the QuSCo European training network, we are exploring optimal control and calibration schemes for single and two-qubit devices. IBM Research - Zurich, IBM Quantum Experience. Quantum key distribution is available today. IBM Research scientist, Thilo Stöferle Quantum Chemistry; Remarks. Modulating the frequency of the coupler at the frequency difference of the two qubits causes excitation swapping between them. The IBM Q Experience beta offers its community the opportunity to write and execute code to run on real quantum hardware and graphically compose and optimize quantum circuits, the sets of instructions given to a quantum computer. AI. In addition, Quantum Technology also offers due diligence services to the financial community. There is often some confusion with quantum key distribution and quantum cryptography. The goal is to build a quan­tum com­put­ing and sim­u­la­tion plat­form based on super­con­duct­ing qu­bits to ex­plore and poten­tial­ly over­come the limits of class­ical com­putation. To increase the coherence of the superconducting qubits, we are operating a UHV apparatus for specific treatments of surfaces and interfaces. Learn how a developer can leverage the new quantum API. IBM Research-Zurich. Why IBM is building a universal quantum computer. Dr. Stefan Woerner is the IBM Quantum Applications Research & Software Lead and a Research Staff Member in the Quantum Technologies group of the Science & Technology department at IBM Research - Zurich.He received a Master of Science in Applied Mathematics from ETH Zurich in 2010, and a Doctor of Sciences in Operations Management from ETH Zurich in 2013 for his thesis on Convex Optimization in … This year’s winners competed for $28,000 in prizes across six categories, challenging them to present research, develop games, create online tutorials and propose … The network counts over 100 organizations across industries, and includes academic institutions as well as startups. His current research interests are quantum simulation and quantum fluids, Bose-Einstein condensates with exciton-polaritons, integrated high Q/V cavities, nanophotonic lasers and switches. IBM Research scientist, Clemens Müller Superconducting qubits - selected tab, Theory & applications; Alternative quantum platforms; Publications ; Technological progress goes hand in hand with incessant advances in computing power. Dr. Andreas Fuhrer is a Research Staff Member in the Quantum Technology group at IBM Research - Zurich. Numerical simulation of qubit-qubit transitions induced by a parametric modulation of the tunable coupler frequency. Quantum technology & computing. The reason for this is the exponential growth of Hilbert space with the number of particles, preventing the computation of systems with more than a modest number of 50 particles. The goal is to build a quan­tum com­put­ing and sim­u­la­tion plat­form based on super­con­duct­ing qu­bits to ex­plore and poten­tial­ly over­come the limits of class­ical com­putation. 80 IBM reviews in Zurich, Switzerland. In particular, the tunable coupler architecture has the potential to act as a quantum bus between multiple qubits in a qubit lattice. Primary tab navigation. He is currently working in the interface of quantum computing with … (IBMblog) A recent research blog written by Marc Ganzhorn, Daniel Egger, and Stefan Filipp explains how their team at IBM Research-Zurich now lays out how exchange-type two-qubit gates constitute a very promising avenue to calculate molecular properties. IBM quantum researchers discuss the newly released API. IBM offers cloud access to the most advanced quantum computers available. Real quantum computers. Above all, certain complex physical problems such as computing energy spectra, correlations or time dynamics in molecular and condensed matter systems are beyond the reach of classical computers. Finally in December 2014 I joined the IBM Research-Zurich laboratory in Rueschlikon, Swirzerland. Christophe Rossel, who spent 27 years at IBM’s Zurich lab, is now the president of the European Physics Society (EPS), which is partly responsible for inspiring and building up a new generation of scientists across Europe. Global Technical Lead Quantum Finance, IBM Research. Nicolò Crescini is a Post Doctoral Researcher in the Quantum Technology group at IBM Research - Zürich since October 2020. Mixing chamber plate of the di­lu­tion re­frig­er­a­tor with mount­ed sam­ple en­clo­sure. Panagiotis holds a PhD from ETH Zurich, group of Prof. M. Troyer,Department of Theoretical Physics, in the filed of quantum computing and applications of near term quantum computers for quantum chemistry. In general, the terms quantum-safe cryptography and quantum-resistant cryptography refer to schemes that run on today’s classical computer architectures. We are exploring qubit–qubit coupling schemes based on parametrically driven tunable couplers and geometric phases to achieve high-fidelity interactions between highly coherent superconducting qubits. The new algorithms are implemented as part of the tape drive’s firmware and could be provided to customers as a firmware … Project SLEEQ (Superconducting Logically Encoded Extensible Qubit) within the LogiQ Program. Technological progress goes hand in hand with incessant advances in computing power. However, current progress in down-scaling transistors reaches physical limits when approaching atomic scales, and heat dissipation becomes a severe issue with increasing transistor densities. Zurich Instruments: Zurich Instruments is a test and measurement company based in Zurich, Switzerland, with the mission to progress science and help build the quantum computer. Post-doctoral researcher, Max Werninghaus This effort is in close collaboration with our colleagues at the IBM Thomas J. Watson Research Center in Yorktown Heights, USA. Andreas Fuhrer With a few more particles, even future supercomputers are destined to fail. Another focus is on hybrid nanocomposite quantum materials for strong-light matter … Search. With a few more particles, even future supercomputers are destined to fail. James Wootton says with a smile that he “always wanted to be a mad scientist,” so he became an IBM Research quantum physicist. Mixing chamber plate of the di­lu­tion re­frig­er­a­tor with mount­ed sam­ple en­clo­sure. In the field of quantum-classical dynamics, I have developed and implemented in the CPMD software package a novel theoretical framework to combine electronic structure techniques based on density (DFT and TDDFT) with the calculation of nonadiabatic quantum and classical trajectories. He joined Exxon Corporate Research as a Post Doctoral Fellow, where he continued working until 1988. Technological progress goes hand in hand with incessant advances in computing power. Quantum. IBM Research scientist, Stephan Paredes IBM Research is the research and development division for IBM, an American multinational information technology company headquartered in Armonk, New York, with operations in over 170 countries.IBM Research is the largest industrial research organization in the world and has twelve labs on six continents. Numerical simulations of multi-qubit systems provide important insights regarding the quantum dynamics and the achievable gate fidelities. Located in Switzerland, at the internationally recognized IBM Research Center, it opens a world of insights from IBM researchers, industry and trend experts. Why IBM is building a universal quantum computer. Future supercomputers will be based on technology … In contrast, a quantum computer has the potential to compute ground-state energies, energy spectra, time dynamics and correlations of such systems efficiently. 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