Quobly's Quantum Revolution: A Leap into the Future of Computing
May 22, 2024, 9:41 pm
Foxconn
Location: United States, Indiana, Plainfield
Employees: 10001+
Founded date: 1974
Total raised: $63M
Location: United Kingdom, England, Cambridge
Employees: 10001+
Founded date: 1960
Total raised: $235.93M
In a bold move towards the forefront of quantum technology, Quobly, a distinguished French quantum startup, has recently announced the formation of its Scientific Advisory Board. This esteemed board, comprised of renowned international experts in the field of quantum research and technologies, marks a significant milestone in Quobly's journey towards industrializing its silicon spin qubit-based quantum processor.
Among the distinguished members of the Scientific Advisory Board are luminaries such as Bich-Yen Nguyen, a Senior Fellow at Soitec, known for her groundbreaking work in developing SOI technologies for Digital/Mixed-Signal Analog/RF applications. With a stellar track record at Freescale/Motorola and a multitude of prestigious accolades to her name, Nguyen's contributions have not only generated over $1 billion in revenue but have also solidified her position as a leader in the field.
Another notable member of the board is Daniel Loss, a Professor of Theoretical Physics at the University of Basel, Switzerland, whose pioneering work in spin qubits and quantum computing has earned him international acclaim. With over 550 publications to his name and a string of prestigious awards, Loss's expertise is set to propel Quobly towards new heights in the realm of quantum technology.
Min-Hsiu Hsieh, the Director of Hon Hai (Foxconn) Quantum Computing Research Center in Taiwan, brings with him two decades of experience in pioneering quantum computing research. His contributions to quantum information and computation, honed through his tenure at esteemed institutions like the University of Technology Sydney and the University of Cambridge, make him a valuable addition to Quobly's Scientific Advisory Board.
Seigo Tarucha, a distinguished physicist leading research labs at RIKEN Center for Emergent Matter Science and RIKEN Center for Quantum Computing, has made significant strides in spin-based quantum computing. With a string of prestigious awards and fellowships under his belt, Tarucha's expertise is poised to drive Quobly towards innovation and excellence in the quantum computing landscape.
Yasser Omar, a Quantum Information PhD from Oxford, and the leader of IST, U Lisbon's Physics of Information and Quantum Technologies Group, brings a wealth of knowledge in quantum computation, networks, and technology energetics. His pivotal roles in initiatives like Quantum Flagship and CERN's Quantum Technology Initiative make him a valuable asset to Quobly's Scientific Advisory Board.
Quobly's CEO, Maud Vinet, expressed her excitement about the formation of the Scientific Advisory Board, highlighting its pivotal role in realizing Quobly's vision of manufacturing a scalable quantum processor with expansive computing capabilities. Leveraging the insights and expertise of the board members, Quobly aims to foster innovation, accelerate progress, and drive advancements not only at the qubit level but also in technology development, algorithms, use cases, and industry readiness.
As Quobly embarks on this quantum revolution with its stellar team of experts, the world eagerly anticipates the groundbreaking advancements and transformative technologies that will emerge from this collaboration. Stay tuned as Quobly takes a quantum leap into the future of computing, reshaping the landscape of technology as we know it.
Among the distinguished members of the Scientific Advisory Board are luminaries such as Bich-Yen Nguyen, a Senior Fellow at Soitec, known for her groundbreaking work in developing SOI technologies for Digital/Mixed-Signal Analog/RF applications. With a stellar track record at Freescale/Motorola and a multitude of prestigious accolades to her name, Nguyen's contributions have not only generated over $1 billion in revenue but have also solidified her position as a leader in the field.
Another notable member of the board is Daniel Loss, a Professor of Theoretical Physics at the University of Basel, Switzerland, whose pioneering work in spin qubits and quantum computing has earned him international acclaim. With over 550 publications to his name and a string of prestigious awards, Loss's expertise is set to propel Quobly towards new heights in the realm of quantum technology.
Min-Hsiu Hsieh, the Director of Hon Hai (Foxconn) Quantum Computing Research Center in Taiwan, brings with him two decades of experience in pioneering quantum computing research. His contributions to quantum information and computation, honed through his tenure at esteemed institutions like the University of Technology Sydney and the University of Cambridge, make him a valuable addition to Quobly's Scientific Advisory Board.
Seigo Tarucha, a distinguished physicist leading research labs at RIKEN Center for Emergent Matter Science and RIKEN Center for Quantum Computing, has made significant strides in spin-based quantum computing. With a string of prestigious awards and fellowships under his belt, Tarucha's expertise is poised to drive Quobly towards innovation and excellence in the quantum computing landscape.
Yasser Omar, a Quantum Information PhD from Oxford, and the leader of IST, U Lisbon's Physics of Information and Quantum Technologies Group, brings a wealth of knowledge in quantum computation, networks, and technology energetics. His pivotal roles in initiatives like Quantum Flagship and CERN's Quantum Technology Initiative make him a valuable asset to Quobly's Scientific Advisory Board.
Quobly's CEO, Maud Vinet, expressed her excitement about the formation of the Scientific Advisory Board, highlighting its pivotal role in realizing Quobly's vision of manufacturing a scalable quantum processor with expansive computing capabilities. Leveraging the insights and expertise of the board members, Quobly aims to foster innovation, accelerate progress, and drive advancements not only at the qubit level but also in technology development, algorithms, use cases, and industry readiness.
As Quobly embarks on this quantum revolution with its stellar team of experts, the world eagerly anticipates the groundbreaking advancements and transformative technologies that will emerge from this collaboration. Stay tuned as Quobly takes a quantum leap into the future of computing, reshaping the landscape of technology as we know it.