Antonio della Corte named VP Global Relations of the CSC The IEEE CSC has added the new role of VP Global Relations to our list of Officers. Quantum Week 2021 Unveils the Latest in Quantum Computing and Engineering QCE21 to bridge the gap between quantum computing science and industry. EUCAS to be held virtually in 2021! We are pleased to invite you to attend the virtual 15th European Applied Superconductivity Conference, which begins on September 5, 2021. Dr. Cathy Foley Appointed Chief Scientist of Australia! Dr. Cathy Foley’s appointment as Australia’s Chief Scientist is for three years beginning January 2021. Our IEEE Member Societies Affiliate with the Council on Superconductivity IEEE Transactions on Applied Superconductivity The Superconductivity News Forum CSC Activities CSC Member Society Spotlight: Thu, Mar 25th, 2021 The IEEE Instrumentation Society (IMS) is one of IEEE’s professional societies of which CSC is a member council. Superconductivity News Forum Issue No. 49 Thu, Mar 25th, 2021 Full Issue now online! Featuring Science & Technology Highlights, and talks from ASC 2020 and IEEE Quantum Week. Spreading the Word: Technical Operations at CSC Tue, Aug 18th, 2020 The aim is to make sure that all of the good work done by our many volunteers has a quality presence on the World Wide Web. A Special Message from CSC President Bruce Strauss Regarding COVID-19 Sun, Mar 15th, 2020 The health and safety of our volunteers is the number one priority of our Council. Upcoming EVenTs EUCAS 2021 Sun, Sep 5, 2021 - Fri, Sep 17, 2021 15th European Conference on Applied Superconductivity Virtual Share Share This Event × facebook twitter linkedin Email Event URL ICSM 2020-NEW DATES Fri, Oct 22, 2021 - Thu, Oct 28, 2021 7th International Conference on Superconductivity and Magnetism Milas-Bodrum, Turkey Share Share This Event × facebook twitter linkedin Email Event URL MT27 Mon, Nov 15, 2021 - Fri, Nov 19, 2021 27th International Conference on Magnet Technology Fukuoka, Japan Committee Share Committee × Committee MT27 General Chair Personnel: Hitoshi Kitaguchi National institute for Materials Science 10 (Asia and Pacific) Share This Event × facebook twitter linkedin Email Event URL LT29-NEW DATES Mon, Aug 15, 2022 - Mon, Aug 22, 2022 29th International Conference on Low Temperature Physics Sapporo, Japan Share Share This Event × facebook twitter linkedin Email Event URL Announcements Quantum Week 2021 Unveils the Latest in Quantum Computing and Engineering Wed, Mar 31st, 2021 New Dates for HTS4Fusion & MEM Thu, Mar 4th, 2021 EUCAS to be held virtually in 2021! Mon, Mar 1st, 2021 Antonio della Corte named VP Global Relations of the CSC Wed, Feb 17th, 2021 Announcement Archive Featured Paper 2019 Van Duzer Prize Paper "1 GHz Waveform Synthesis With Josephson Junction Arrays" Wed, Dec 16th, 2020 We synthesize single- and multiple-tone waveforms at GHz frequencies from arrays of Josephson junctions and demonstrate their quan... Featured AwardeeS 2020 Recipient Photo: 2020 Recipient of IEEE Dr. James Wong Award for Continuing and Significant Contributions to Applied Superconductor Materials Technology Yasuhiro Iijima For continuing and significant contributions in the field of superconductivity materials research, in particular: • for the revolutionary discovery of cube textured film formation by the Ion-Beam-Assisted Deposition method, • for the pioneering study on in-plane symmetrical arrangement for biaxially textured template films and their growth mechanism by using IBAD and Pulsed Laser Deposition ; and, • for his contributions to the industrialization of long length REBCO coated conductor by reel-to-reel mass production systems for both IBAD template and REBCO film deposition, especially for introduction of nano-scale artificial pinning centers. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of Max Swerdlow Award for Sustained Service to the Applied Superconductivity Community Elie Track For sustained service to the applied superconductivity community, in particular: • for his over three decades of successful, insightful leadership in the field of applied superconductivity at the intersection of basic science, materials development and device technology, • for his sustained service and leadership contributions to the IEEE Council on Superconductivity, the Applied Superconductivity Conference and the IEEE Rebooting Computing Initiative; and, • for his long and continuing activities as an ambassador and advocate for the field of applied superconductivity at the local, national, and international level. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of Award for Continuing and Significant Contributions in the Field of Applied Superconductivity Akira Fujimaki For continuing and significant contributions in the field of small scale applications of superconductivity, in particular: • for the introduction of the RSFQ CONNECT cell library which accelerated the development of digital superconducting electronics, • for critical contributions to the development of SFQ bit-serial microprocessors (CORE series) - the first fully operational SFQ microprocessors demonstrated in this technology; and, • for his significant role in planning, securing and developing Japanese superconducting electronics programs. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE Dr. James Wong Award for Continuing and Significant Contributions to Applied Superconductor Materials Technology Martin Rupich For continuing and significant contributions in the field of superconductivity materials research, in particular: • for the development of Bi2223 powder chemistry and processes for high-performance industrial-scale 1G wire, • for groundbreaking process development in REBCO films and for transitioning the technology into a commercial manufacturing process capable of accommodating thick MOD REBCO films over wide widths of tape, • for developing adjustments in solution chemistry and heat treatment schemes in commercial 2G wire with optimized temperature and magnetic field performance; and, • for his leading role in the collaborative development of REBCO technology that brought together industry, national laboratory and university groups. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of Award for Continuing and Significant Contributions in the Field of Applied Superconductivity Pasquale Fabbricatore For continuing and significant contributions in the field of large scale applications of superconductivity, in particular: • for design and construction of the Babar detector superconducting magnet, • for his key role in design and construction of the superconducting coils of the CMS magnet, • for the leadership and design contribution to the FAIR SIS300 prototype dipole and the Mu2e prototype coil for Fermilab; and, • for his studies on superconducting cables. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE CSC Graduate Study Fellowship in Applied Superconductivity Andrea Alimenti I would like to continue working on high frequencies characterization methods, always following a metrological approach. I hope that the knowledge and experiences developed during my PhD education will help me in finding new solutions that are useful for the realization of challenging technological applications of SCs. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE CSC Graduate Study Fellowship in Applied Superconductivity Farzad Faramarzi My main project is to simulate, design and fabricate a dual-purpose superconducting circuit that can operate as an on-chip Fourier transfer spectrometer (FTS) and a traveling-wave kinetic inductance parametric amplifier (TKIP). By taking advantage of the nonlinearity, we can design novel superconducting circuits that can be used in astrophysics and quantum computing. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE CSC Graduate Study Fellowship in Applied Superconductivity Enrico Felcini I strongly believe that my PhD can substantially impact the field of applied superconductivity by contributing to the technological development of LTS and HTS magnets for medical applications. Pursuing the GaToroid project up to its implementation as a clinical device could also open new market opportunities for superconducting magnets and, most importantly, use superconductivity to affect the well-being of oncological patients all over the world. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE CSC Graduate Study Fellowship in Applied Superconductivity Gleb Krylov I would like to apply my expertise to develop novel approaches for control and readout of qubits, in particular, within large scale systems. Another important topic in this area is the 3-D integration. I intend to investigate the challenges introduced by the third dimension, including thermal and magnetic sources of decoherence, and optimal control within dense complex arrays. In addition, I would like to develop EDA approaches for intermediate and large-scale quantum processors. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE CSC Graduate Study Fellowship in Applied Superconductivity Jun Ma I plan to contribute to the field of applied superconductivity through four important and promising research directions in my future career: fundamental phenomenon and mechanism of superconductivity, numerical modelling on high-temperature superconductor (HTS), HTS high field magnet, and HTS medical applications. Most importantly, the responsibility I feel highly motivated to shoulder is by no means only limited to technology and research. Therefore, I will continuously strive to create the equal and sterling learning opportunities that I have been given for every worthy student. Acceptance Speech × Acceptance Speech × 2020 Recipient Photo: 2020 Recipient of IEEE CSC Graduate Study Fellowship in Applied Superconductivity Miranda Thompson I intend to contribute a more comprehensive understanding of Josephson junction (JJ) barrier physics to the field of applied superconductivity. More accurate models will directly lead to more accurate simulations, and more accurate simulations are necessary for designing better working superconductive circuits. Acceptance Speech × Acceptance Speech × Previous Next
Antonio della Corte named VP Global Relations of the CSC The IEEE CSC has added the new role of VP Global Relations to our list of Officers.
Quantum Week 2021 Unveils the Latest in Quantum Computing and Engineering QCE21 to bridge the gap between quantum computing science and industry.
EUCAS to be held virtually in 2021! We are pleased to invite you to attend the virtual 15th European Applied Superconductivity Conference, which begins on September 5, 2021.
Dr. Cathy Foley Appointed Chief Scientist of Australia! Dr. Cathy Foley’s appointment as Australia’s Chief Scientist is for three years beginning January 2021.
For continuing and significant contributions in the field of superconductivity materials research, in particular: • for the revolutionary discovery of cube textured film formation by the Ion-Beam-Assisted Deposition method, • for the pioneering study on in-plane symmetrical arrangement for biaxially textured template films and their growth mechanism by using IBAD and Pulsed Laser Deposition ; and, • for his contributions to the industrialization of long length REBCO coated conductor by reel-to-reel mass production systems for both IBAD template and REBCO film deposition, especially for introduction of nano-scale artificial pinning centers.
For sustained service to the applied superconductivity community, in particular: • for his over three decades of successful, insightful leadership in the field of applied superconductivity at the intersection of basic science, materials development and device technology, • for his sustained service and leadership contributions to the IEEE Council on Superconductivity, the Applied Superconductivity Conference and the IEEE Rebooting Computing Initiative; and, • for his long and continuing activities as an ambassador and advocate for the field of applied superconductivity at the local, national, and international level.
For continuing and significant contributions in the field of small scale applications of superconductivity, in particular: • for the introduction of the RSFQ CONNECT cell library which accelerated the development of digital superconducting electronics, • for critical contributions to the development of SFQ bit-serial microprocessors (CORE series) - the first fully operational SFQ microprocessors demonstrated in this technology; and, • for his significant role in planning, securing and developing Japanese superconducting electronics programs.
For continuing and significant contributions in the field of superconductivity materials research, in particular: • for the development of Bi2223 powder chemistry and processes for high-performance industrial-scale 1G wire, • for groundbreaking process development in REBCO films and for transitioning the technology into a commercial manufacturing process capable of accommodating thick MOD REBCO films over wide widths of tape, • for developing adjustments in solution chemistry and heat treatment schemes in commercial 2G wire with optimized temperature and magnetic field performance; and, • for his leading role in the collaborative development of REBCO technology that brought together industry, national laboratory and university groups.
For continuing and significant contributions in the field of large scale applications of superconductivity, in particular: • for design and construction of the Babar detector superconducting magnet, • for his key role in design and construction of the superconducting coils of the CMS magnet, • for the leadership and design contribution to the FAIR SIS300 prototype dipole and the Mu2e prototype coil for Fermilab; and, • for his studies on superconducting cables.
I would like to continue working on high frequencies characterization methods, always following a metrological approach. I hope that the knowledge and experiences developed during my PhD education will help me in finding new solutions that are useful for the realization of challenging technological applications of SCs.
My main project is to simulate, design and fabricate a dual-purpose superconducting circuit that can operate as an on-chip Fourier transfer spectrometer (FTS) and a traveling-wave kinetic inductance parametric amplifier (TKIP). By taking advantage of the nonlinearity, we can design novel superconducting circuits that can be used in astrophysics and quantum computing.
I strongly believe that my PhD can substantially impact the field of applied superconductivity by contributing to the technological development of LTS and HTS magnets for medical applications. Pursuing the GaToroid project up to its implementation as a clinical device could also open new market opportunities for superconducting magnets and, most importantly, use superconductivity to affect the well-being of oncological patients all over the world.
I would like to apply my expertise to develop novel approaches for control and readout of qubits, in particular, within large scale systems. Another important topic in this area is the 3-D integration. I intend to investigate the challenges introduced by the third dimension, including thermal and magnetic sources of decoherence, and optimal control within dense complex arrays. In addition, I would like to develop EDA approaches for intermediate and large-scale quantum processors.
I plan to contribute to the field of applied superconductivity through four important and promising research directions in my future career: fundamental phenomenon and mechanism of superconductivity, numerical modelling on high-temperature superconductor (HTS), HTS high field magnet, and HTS medical applications. Most importantly, the responsibility I feel highly motivated to shoulder is by no means only limited to technology and research. Therefore, I will continuously strive to create the equal and sterling learning opportunities that I have been given for every worthy student.
I intend to contribute a more comprehensive understanding of Josephson junction (JJ) barrier physics to the field of applied superconductivity. More accurate models will directly lead to more accurate simulations, and more accurate simulations are necessary for designing better working superconductive circuits.
