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The name ZEISS is also synonymous with the world's leading lithography optics and for products such as eyeglass lenses, camera lenses and binoculars.\u003C/p>\u003Cp style=\"text-align:justify;\">The ZEISS Group employes ca. 43000 employees globally in around 50 countries work. 15% of revenues is invested in science and R&D.\u003C/p>\u003Cp style=\"text-align:justify;\">\u003Cu>Research Microscopy Solutions\u003C/u>\u003Cbr>ZEISS Microscopy is the world's only one-stop manufacturer of light, electron, X-ray and ion microscope systems and offers solutions for correlative microscopy.\u003C/p>","2024-04-29T22:10:08.484Z","2024-05-17T14:21:26.514Z","2024-04-29T22:10:10.477Z","51",{"id":781,"name":782,"alternativeText":16,"caption":16,"width":783,"height":784,"formats":785,"hash":793,"ext":787,"mime":20,"size":794,"url":795,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":796,"updatedAt":796},48,"Zeiss.PNG",418,416,{"thumbnail":786},{"ext":787,"url":788,"hash":789,"mime":20,"name":790,"path":16,"size":791,"width":792,"height":586},".PNG","https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_Zeiss_b6fbb2b8bf.PNG","thumbnail_Zeiss_b6fbb2b8bf","thumbnail_Zeiss.PNG",6.82,157,"Zeiss_b6fbb2b8bf",3.48,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/Zeiss_b6fbb2b8bf.PNG","2024-04-29T22:08:03.586Z",{"id":194,"variation":38,"button":798},[799,801],{"id":318,"label":740,"size":42,"color":43,"style":16,"icon":44,"iconPosition":45,"url":800,"newWindow":8,"downloadable":16,"shape":16},"https://zeiss.it/corporate/home.html",{"id":483,"label":770,"size":42,"color":43,"style":16,"icon":44,"iconPosition":45,"url":802,"newWindow":8,"downloadable":16,"shape":16},"https://zeiss.widen.net/s/bxqk8vqfhx/crossbeam_laserfib_master_200203_final_full_hd","-29",{"id":14,"name":805,"description":49,"createdAt":806,"updatedAt":807,"publishedAt":808,"url_path_id":809,"logo":810,"website":843,"url_path":847},"Quantum Machines","2024-05-20T17:59:09.145Z","2024-05-20T18:01:18.665Z","2024-05-20T18:01:18.641Z","53",{"id":244,"name":811,"alternativeText":16,"caption":16,"width":812,"height":813,"formats":814,"hash":839,"ext":19,"mime":20,"size":840,"url":841,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":842,"updatedAt":842},"QM_logo.png",2601,582,{"large":815,"small":821,"medium":827,"thumbnail":833},{"ext":19,"url":816,"hash":817,"mime":20,"name":818,"path":16,"size":819,"width":543,"height":820},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/large_QM_logo_4684700496.png","large_QM_logo_4684700496","large_QM_logo.png",71.86,224,{"ext":19,"url":822,"hash":823,"mime":20,"name":824,"path":16,"size":825,"width":550,"height":826},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/small_QM_logo_4684700496.png","small_QM_logo_4684700496","small_QM_logo.png",30.13,112,{"ext":19,"url":828,"hash":829,"mime":20,"name":830,"path":16,"size":831,"width":557,"height":832},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/medium_QM_logo_4684700496.png","medium_QM_logo_4684700496","medium_QM_logo.png",48.48,168,{"ext":19,"url":834,"hash":835,"mime":20,"name":836,"path":16,"size":837,"width":564,"height":838},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_QM_logo_4684700496.png","thumbnail_QM_logo_4684700496","thumbnail_QM_logo.png",13.3,55,"QM_logo_4684700496",50.49,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/QM_logo_4684700496.png","2024-05-20T17:33:29.538Z",{"id":252,"variation":38,"button":844},[845],{"id":504,"label":740,"size":42,"color":43,"style":16,"icon":44,"iconPosition":45,"url":846,"newWindow":8,"downloadable":16,"shape":16},"https://www.quantum-machines.co/","-30",{"id":361,"name":849,"description":850,"createdAt":851,"updatedAt":852,"publishedAt":853,"url_path_id":854,"logo":855,"website":888,"url_path":892},"Basel Precision Instruments GmbH","\u003Cp style=\"text-align:justify;\">Basel Precision Instruments GmbH is a leading provider of ultra-low noise laboratory electronics and microwave filters and thermalizers designed to meet the demanding requirements of quantum applications. Our product lines include ultra-low noise current and voltage preamplifiers, ultra-precise voltage sources with micro-volt resolution, and innovative cryogenic filter and thermalizer solutions. With a multidisciplinary team of experts and a commitment to innovation, BASPI is dedicated to empowering researchers worldwide with better access to the quantum world.\u003C/p>","2024-05-20T18:03:05.548Z","2024-05-20T18:03:06.619Z","2024-05-20T18:03:06.611Z","54",{"id":856,"name":857,"alternativeText":16,"caption":16,"width":858,"height":859,"formats":860,"hash":884,"ext":19,"mime":20,"size":885,"url":886,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":887,"updatedAt":887},51,"baspi_logo_variant_3blues.png",1639,499,{"large":861,"small":867,"medium":872,"thumbnail":878},{"ext":19,"url":862,"hash":863,"mime":20,"name":864,"path":16,"size":865,"width":543,"height":866},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/large_baspi_logo_variant_3blues_14cc9d009c.png","large_baspi_logo_variant_3blues_14cc9d009c","large_baspi_logo_variant_3blues.png",50.8,304,{"ext":19,"url":868,"hash":869,"mime":20,"name":870,"path":16,"size":871,"width":550,"height":598},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/small_baspi_logo_variant_3blues_14cc9d009c.png","small_baspi_logo_variant_3blues_14cc9d009c","small_baspi_logo_variant_3blues.png",22.27,{"ext":19,"url":873,"hash":874,"mime":20,"name":875,"path":16,"size":876,"width":557,"height":877},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/medium_baspi_logo_variant_3blues_14cc9d009c.png","medium_baspi_logo_variant_3blues_14cc9d009c","medium_baspi_logo_variant_3blues.png",36.33,228,{"ext":19,"url":879,"hash":880,"mime":20,"name":881,"path":16,"size":882,"width":564,"height":883},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_baspi_logo_variant_3blues_14cc9d009c.png","thumbnail_baspi_logo_variant_3blues_14cc9d009c","thumbnail_baspi_logo_variant_3blues.png",9.72,75,"baspi_logo_variant_3blues_14cc9d009c",14.6,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/baspi_logo_variant_3blues_14cc9d009c.png","2024-05-20T18:02:20.422Z",{"id":318,"variation":38,"button":889},[890],{"id":233,"label":740,"size":42,"color":43,"style":16,"icon":44,"iconPosition":45,"url":891,"newWindow":8,"downloadable":16,"shape":16},"https://www.baspi.ch/","-31",{"id":420,"name":894,"description":895,"createdAt":896,"updatedAt":897,"publishedAt":898,"url_path_id":899,"logo":900,"website":933,"url_path":937},"Photon Technology","\u003Cp style=\"margin-left:0px;text-align:justify;\">Established in September 2023, Photon Technology Italy SRL, PHOTEC (lTALY) is a leading high-tech company based in the beautiful framework of Naples city in Italy, a place considered the temple of creativity since centuries. The company was bulit by distinguished researchers from the Italian National Research Council, Federico II University, and Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences. We are dedicated to the advancement and commercialization of cutting-edge single-photon detection systems, cryogenic technologies, and associated innovative solutions.\u003C/p>\u003Cp style=\"margin-left:0px;text-align:justify;\">As of April 2024, PHOTEC is proud to have a team of 35 outstanding young professionals, including 12 Ph.D. and 6 Master's degree, with expertise spanning superconductivity, low-temperature physics, optics, electronics, and related fields.\u003C/p>\u003Cp style=\"margin-left:0px;text-align:justify;\">Through collaborations with partners, we have achieved remarkable scientific accomplishments, publishing numerous high-level papers in renowned journals such as Nature and Science. Moreover, we have collaborated closely with clients to achieve several world-firsts and records, including facilitating the superior quantum computing performance of the Nine-Chapter optical Quantum Computing, achieving a world-record distance over 1000km for quantum key distribution, and attaining a maximum quantum communication speed of 622Mbps/s.\u003C/p>\u003Cp style=\"margin-left:0px;text-align:justify;\">At PHOTEC, we prioritize customer value creation and hold the social responsibility. We are committed to the development of highly sensitive photon detection technologies to advance the fields of quantum information and beyond.\u003C/p>","2024-05-20T18:20:13.851Z","2024-05-20T18:21:34.867Z","2024-05-20T18:21:34.862Z","55",{"id":901,"name":902,"alternativeText":16,"caption":16,"width":903,"height":904,"formats":905,"hash":929,"ext":19,"mime":20,"size":930,"url":931,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":932,"updatedAt":932},49,"logo png.png",2081,476,{"large":906,"small":912,"medium":918,"thumbnail":924},{"ext":19,"url":907,"hash":908,"mime":20,"name":909,"path":16,"size":910,"width":543,"height":911},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/large_logo_png_82a999c12d.png","large_logo_png_82a999c12d","large_logo png.png",57.43,229,{"ext":19,"url":913,"hash":914,"mime":20,"name":915,"path":16,"size":916,"width":550,"height":917},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/small_logo_png_82a999c12d.png","small_logo_png_82a999c12d","small_logo png.png",27.21,114,{"ext":19,"url":919,"hash":920,"mime":20,"name":921,"path":16,"size":922,"width":557,"height":923},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/medium_logo_png_82a999c12d.png","medium_logo_png_82a999c12d","medium_logo png.png",40.59,172,{"ext":19,"url":925,"hash":926,"mime":20,"name":927,"path":16,"size":928,"width":564,"height":348},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_logo_png_82a999c12d.png","thumbnail_logo_png_82a999c12d","thumbnail_logo png.png",11.89,"logo_png_82a999c12d",19.56,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/logo_png_82a999c12d.png","2024-05-20T17:33:25.385Z",{"id":483,"variation":38,"button":934},[935],{"id":284,"label":740,"size":42,"color":43,"style":16,"icon":44,"iconPosition":45,"url":936,"newWindow":8,"downloadable":16,"shape":16},"https://snspd.com/","-32",{"pagination":939},{"page":5,"pageSize":264,"pageCount":5,"total":420},{"id":150,"heading":319,"pageHeader":941,"sections":942},{"id":150,"description":16,"showPageHeader":8,"backgroundColor":54,"image":16},[943],{"id":5,"__component":944,"componentVariation":945,"contactsVariation":946,"styles":947,"header":16,"sessionsGroup":949},"content.sessions","Sessions Base","Card Contact Base",{"id":278,"edgeTop":53,"edgeBottom":53,"background":948,"containerWidth":16},"transparent",[950],{"id":5,"groupTitle":16,"sessions":951},[952,987,1019,1058,1093],{"id":5,"session":953},{"id":5,"title":954,"teaser":955,"body":956,"createdAt":957,"updatedAt":958,"publishedAt":959,"url_path_id":960,"contacts":961,"url_path":986},"Advancements in critical technologies for superconducting quantum systems at the SQMS Center","\u003Cp style=\"text-align:justify;\">The Superconducting Quantum Materials and Systems Center (SQMS) is one of the five national quantum information science research centers of the U.S. Department of Energy. SQMS brings the power of DOE laboratories, together with industry, academia and other federal entities, to achieve transformational advances in the major cross-cutting challenge of understanding and eliminating the decoherence mechanisms in superconducting 2D and 3D devices, with the final goal of enabling construction and deployment of superior quantum systems for computing and sensing. SQMS combines the strengths of an array of experts and world-class facilities towards these common goals.\u003C/p>","\u003Cp style=\"text-align:justify;\">In this talk I will describe the progress made in understanding and mitigating decoherence in superconducting quantum devices.  SQMS is leading the way in extending coherence time of superconducting quantum systems thanks to world-class materials science and through the world leading expertise in superconducting RF cavities which are integrated with 2D chips.\u003C/p>\u003Cp style=\"text-align:justify;\">Leveraging the advances in device coherence, researchers are pursuing devices integration, quantum controls and millikelvin cryogenics developments for 2-D and 3-D superconducting architectures. SQMS is building and deploying a beyond-state-of-the-art quantum computer and novel quantum sensors at Fermilab. The QPU unique high connectivity will provide unprecedented opportunity to explore novel quantum algorithms. Advances in prototypes based on 2-D and 3-D architectures, enabling new quantum simulation and sensing for science applications, will be presented.\u003C/p>","2024-03-27T19:05:48.546Z","2024-04-29T22:24:28.283Z","2024-03-27T19:06:28.243Z","41",[962],{"id":226,"name":963,"committee":16,"position":16,"affiliation":964,"email":16,"biography":49,"createdAt":965,"updatedAt":966,"url_path_id":967,"contactPhoto":968,"socialLinks":984,"url_path":985},"Anna Grassellino","Fermilab","2024-03-19T20:33:33.286Z","2024-03-27T19:09:56.397Z","34",{"id":969,"name":970,"alternativeText":16,"caption":16,"width":971,"height":972,"formats":973,"hash":980,"ext":673,"mime":676,"size":981,"url":982,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":983,"updatedAt":983},39,"Anna Grassellino.jpg",215,263,{"thumbnail":974},{"ext":673,"url":975,"hash":976,"mime":676,"name":977,"path":16,"size":978,"width":979,"height":586},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_Anna_Grassellino_b259fca482.jpg","thumbnail_Anna_Grassellino_b259fca482","thumbnail_Anna Grassellino.jpg",4.26,128,"Anna_Grassellino_b259fca482",9.89,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/Anna_Grassellino_b259fca482.jpg","2024-03-25T13:54:44.156Z",[],"-16","-22",{"id":374,"session":988},{"id":65,"title":989,"teaser":990,"body":49,"createdAt":991,"updatedAt":992,"publishedAt":993,"url_path_id":994,"contacts":995,"url_path":1018},"Quantum computation boosting novel superconducting and hybrid solutions and the impact of PNRR in Italy","\u003Cp style=\"text-align:justify;\">Italy has supported an ambitious plan on High Performance Computing, Big Data and Quantum Computing with a relevant section on Quantum Computation (ICSC), supported by Piano Nazionale di Ripresa e Resilienza (PNRR). Various hardware platforms have been promoted including the superconducting one. Napoli has a long-standing experience on weak superconductivity and superconducting electronics supported by several international collaborations and has represented the ideal candidate to assemble the superconducting ICSC quantum computer. The initial promise was to build a quantum computer based on a 5-qubits quantum processor by the end of the project (spring 2026) to be available for all partners, which include major Italian Research Centers, Universities and Italian companies.  We are currently working on a 24-qubits processor produced by Quantware aiming at a QPU with more than 40-qubits by the end of year. This remarkable effort in hardware solutions in collaboration also with leading companies like SEEQC and Quantware has promoted intensive research for novel quantum components, ranging from an innovative type of qubits based on ferromagnetic Josephson junctions to qubit readout based on Josephson digital phase detector compatible with single-flux-quantum (SFQ) classical circuits. Superconducting quantum technologies have been also supported by another measure of PNRR through the National Quantum Science and Technology Institute (NQSTI). Here targets are mostly single superconducting components useful for applications and fundamental science.  The diversity in Josephson junctions opens ‘horizons' and much is happening.\u003C/p>","2024-03-27T19:07:19.265Z","2024-04-29T22:26:44.242Z","2024-03-27T19:07:20.951Z","42",[996],{"id":194,"name":997,"committee":16,"position":16,"affiliation":998,"email":16,"biography":49,"createdAt":999,"updatedAt":1000,"url_path_id":1001,"contactPhoto":1002,"socialLinks":1016,"url_path":1017},"Francesco Tafuri","University of Napoli, Federico II","2024-03-19T20:34:39.281Z","2024-03-27T19:10:14.218Z","36",{"id":1003,"name":1004,"alternativeText":16,"caption":16,"width":1005,"height":1005,"formats":1006,"hash":1012,"ext":19,"mime":20,"size":1013,"url":1014,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1015,"updatedAt":1015},31,"Francesco Tafuri.png",200,{"thumbnail":1007},{"ext":19,"url":1008,"hash":1009,"mime":20,"name":1010,"path":16,"size":1011,"width":586,"height":586},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_Francesco_Tafuri_c1a84f397b.png","thumbnail_Francesco_Tafuri_c1a84f397b","thumbnail_Francesco Tafuri.png",63.82,"Francesco_Tafuri_c1a84f397b",30.7,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/Francesco_Tafuri_c1a84f397b.png","2024-03-19T20:32:09.900Z",[],"-18","-23",{"id":176,"session":1020},{"id":52,"title":1021,"teaser":1022,"body":1023,"createdAt":1024,"updatedAt":1025,"publishedAt":1026,"url_path_id":1027,"contacts":1028,"url_path":1057},"Cryogenic electrical interfaces for large-scale spin-qubit quantum processors","\u003Cp style=\"text-align:justify;\">Quantum computers are not yet able to tackle practical computational problems because current prototypes only offer too few (<1000) quantum bits (qubits) compared to the millions required for future applications. To follow and support such a growth in quantum-processor complexity, the electrical interface required for controlling and reading the qubits must also scale accordingly. In particular, wiring an increasing number of cryogenic qubits to their room-temperature control electronics will soon hit a brick wall due to the sheer size of the required wires, their cost, and their limited reliability. Such an interconnect bottleneck can be alleviated by operating a cryogenic electronic controller close to the qubits. Realizing such a vision comes, however, with several challenges, as it requires highly complex electronics able to operate at cryogenic temperatures and dissipate very low power to be compatible with the cooling budget of practical refrigerators while delivering high enough performance (in terms of control signal purity, readout sensitivity, and speed) not to limit the quality of the quantum operations.\u003C/p>","\u003Cp style=\"text-align:justify;\">Integrated circuits fabricated in commercial CMOS technologies and operating at cryogenic temperatures below 4 K (cryo-CMOS) are consolidating as the preferred choice for these applications by leveraging the very large scale of integration (VLSI) offered by CMOS technologies. Still, several hurdles must be overcome, such as 1) understanding the cryogenic CMOS device behavior and developing reliable device models for efficient circuit simulation and design; 2) holistically optimizing the system by co-designing and co-simulating the quantum and classical components; 3) demonstrating all the required functionalities for signal generation and acquisition, and optimizing power/area efficiency of the cryo-CMOS circuits. This talk will address those challenges by analyzing the physical behavior of cryo-CMOS devices and by describing state-of-the-art design examples of both circuits and larger systems with cryo-CMOS electrical interfaces for spin qubits hosted in semiconductors and diamonds. We will highlight future challenges and opportunities regarding device characterization and modeling, circuit design, design automation, and (hybrid) co-integration, thus laying out a roadmap toward the scalable electrical interfaces supporting the future large-scale spin-qubit computers able to make a difference in relevant applications.\u003C/p>","2024-03-27T19:08:29.191Z","2024-04-29T22:25:38.469Z","2024-03-27T19:08:31.502Z","43",[1029],{"id":318,"name":1030,"committee":16,"position":16,"affiliation":1031,"email":16,"biography":49,"createdAt":1032,"updatedAt":1032,"url_path_id":1033,"contactPhoto":1034,"socialLinks":1055,"url_path":1056},"Fabio Sebastiano","TU Delft","2024-03-25T13:49:26.746Z","39",{"id":329,"name":1035,"alternativeText":16,"caption":16,"width":1036,"height":1037,"formats":1038,"hash":1051,"ext":673,"mime":676,"size":1052,"url":1053,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1054,"updatedAt":1054},"Fabio Sebastiano.jpg",454,605,{"small":1039,"thumbnail":1045},{"ext":673,"url":1040,"hash":1041,"mime":676,"name":1042,"path":16,"size":1043,"width":1044,"height":550},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/small_Fabio_Sebastiano_c949845724.jpg","small_Fabio_Sebastiano_c949845724","small_Fabio Sebastiano.jpg",26.29,375,{"ext":673,"url":1046,"hash":1047,"mime":676,"name":1048,"path":16,"size":1049,"width":1050,"height":586},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_Fabio_Sebastiano_c949845724.jpg","thumbnail_Fabio_Sebastiano_c949845724","thumbnail_Fabio Sebastiano.jpg",4.4,117,"Fabio_Sebastiano_c949845724",36.8,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/Fabio_Sebastiano_c949845724.jpg","2024-03-25T13:49:24.222Z",[],"-20","-24",{"id":14,"session":1059},{"id":152,"title":1060,"teaser":1061,"body":1062,"createdAt":1063,"updatedAt":1064,"publishedAt":1065,"url_path_id":1066,"contacts":1067,"url_path":1092},"Qubit State Control using 14nm CryoCMOS ASICs","\u003Cp style=\"text-align:justify;\">One of the most developed technologies for quantum computing uses superconducting transmon qubits operating at ~10 mK temperatures. In this talk we will briefly discuss the theory and operation of these transmons and then focus on the use of cryoCMOS electronics for controlling this technology.\u003C/p>\u003Cp style=\"text-align:justify;\">Since these qubits operate deep within a dilution refrigerator, it appears advantageous to put much of the control electronics in the cryostat, as close to the qubits as is reasonably feasible, to improve system integration and reduce the amount of wiring coming out of the cryostat. To this end, we have been exploring the use of 14nm CMOS operating at or near the 4 K stage in the cryostat.  Testsites have been fabricated including arrays of individual FETs for IV measurements and other active circuit elements, and these have been measured over temperature.  Results of this characterization will be discussed, including IV curve data and noise in current mirrors.  Using this 14nm technology, we have also designed, built, and tested a semi-autonomous qubit state controller (QSC) chip, as well as a broadband DAC for controlling flux-tunable qubits.  This QSC contains a general-purpose digital processor with special instructions for waveform generation as well as a single sideband upconversion I/Q mixer-based RF arbitrary waveform generator.  The results of our experiences in using this QSC will be presented.\u003C/p>","\u003Cp style=\"text-align:justify;\">Looking to the future, we expect large quantum computers to require tens of thousands of qubits and couplers, each with its own control channel. We will describe some of the consequences of these large-system requirements and their implications for cryoelectronics.\u003C/p>","2024-03-27T19:09:02.098Z","2024-05-21T16:21:45.560Z","2024-03-27T19:09:26.770Z","44",[1068],{"id":112,"name":1069,"committee":16,"position":16,"affiliation":1070,"email":16,"biography":49,"createdAt":1071,"updatedAt":1072,"url_path_id":1073,"contactPhoto":1074,"socialLinks":1090,"url_path":1091},"David Frank ","IBM","2024-03-19T20:34:03.920Z","2024-03-27T19:10:02.104Z","35",{"id":1075,"name":1076,"alternativeText":16,"caption":16,"width":1077,"height":1078,"formats":1079,"hash":1086,"ext":673,"mime":676,"size":1087,"url":1088,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1089,"updatedAt":1089},37,"David Frank.jpg",234,282,{"thumbnail":1080},{"ext":673,"url":1081,"hash":1082,"mime":676,"name":1083,"path":16,"size":1084,"width":1085,"height":586},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_David_Frank_c0dd14f25d.jpg","thumbnail_David_Frank_c0dd14f25d","thumbnail_David Frank.jpg",5.04,129,"David_Frank_c0dd14f25d",13.16,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/David_Frank_c0dd14f25d.jpg","2024-03-25T13:48:50.287Z",[],"-17","-25",{"id":361,"session":1094},{"id":169,"title":1095,"teaser":1096,"body":1097,"createdAt":1098,"updatedAt":1099,"publishedAt":1100,"url_path_id":1101,"contacts":1102,"url_path":1126},"Semiconductor-superconductor-photonic integration for neuromorphic supercomputing and sensor applications","\u003Cp style=\"text-align:justify;\">Semiconductors, superconductors, and photonics are often studied as separate subjects by separate communities. Yet immense opportunities for technological progress reside at the confluence of these subjects. For example, superconducting nanowire single-photon detectors have excellent performance metrics such as high detection efficiency, broad range of wavelength sensitivity, low timing jitter, low dark counts, and low dead time. By integrating these detectors with superconducting circuits based on Josephson junctions, we have shown that several new readout concepts become available. Integrating pixels can be achieved, pixels that convert photon arrival time to a stored supercurrent are possible, and it appears likely that such circuits will even enable these detectors to resolve the number of photons incident in a pulse. In these examples, superconducting electronic circuits serve to process the signals coming from photonic sensors, resulting in a stored supercurrent that contains information about quantities of interest that are difficult to ascertain by other means. To make such systems scalable and convenient for interfacing with room-temperature electronics, further integrating monolithically with MOSFETs brings additional advantages. One can then transduce the stored supercurrent to charge on a capacitor, which can be read out with standard CMOS architectures, leading to scalable arrays of such sensors. We will present analysis of these circuits, including assessment of scalability, power consumption, and speed. We will then show experimental demonstrations of several of these properties.\u003C/p>","\u003Cp style=\"text-align:justify;\">Combining single-photon sensors with Josephson pre-processing circuits and MOSFET readout enables extensive new functionality for single-photon detectors. By adding additional photonic elements—light sources and passive waveguides—we can extend the hardware platform to serve advanced computing applications. In particular, circuits that communicate with light at the single-photon level and compute with Josephson junctions offer significant advantages for highly interconnected systems used in large AI models. Using light for communication in neuromorphic supercomputing overcomes the communication bottlenecks that currently limit GPU/TPU hardware for AI as well as other semiconductor based neuromorphic systems. Transmitting at the single-photon level achieves the lowest possible energy for optical communication at a given wavelength. Operating at this limit is possible with superconducting single-photon detectors coupled to Josephson junctions, because in this configuration operations like synaptic weighting are performed in the electronic domain with Josephson circuits; bright, optical signals do not have to be wastefully attenuated to weight the input signals. Josephson junctions have the highest speed-over-energy quotient of any active circuit element. There is no known way to compute faster with less energy. In this talk we will summarize the theoretical arguments in favor of this approach to hardware for neuromorphic supercomputing, we will outline the full fabrication process required to realize the vision, and we will present key experimental results indicating the feasibility of the approach, including single-photon sensitive synapses and Josephson-based dendrites.\u003C/p>","2024-03-27T19:09:48.069Z","2024-05-21T16:24:31.411Z","2024-03-27T19:09:50.109Z","45",[1103],{"id":252,"name":1104,"committee":16,"position":16,"affiliation":1105,"email":16,"biography":49,"createdAt":1106,"updatedAt":1107,"url_path_id":1108,"contactPhoto":1109,"socialLinks":1124,"url_path":1125},"Jeff Shainline","NIST","2024-03-19T20:35:12.601Z","2024-03-27T19:13:58.351Z","37",{"id":1110,"name":1111,"alternativeText":16,"caption":16,"width":1112,"height":1112,"formats":1113,"hash":1119,"ext":19,"mime":20,"size":1120,"url":1121,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1122,"updatedAt":1123},34,"Jeff Shainline.png",389,{"thumbnail":1114},{"ext":19,"url":1115,"hash":1116,"mime":20,"name":1117,"path":16,"size":1118,"width":586,"height":586},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/thumbnail_Jeff_Shainline_2cba52308c.png","thumbnail_Jeff_Shainline_2cba52308c","thumbnail_Jeff Shainline.png",59.01,"Jeff_Shainline_2cba52308c",90.48,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte24/Jeff_Shainline_2cba52308c.png","2024-03-19T20:32:10.357Z","2024-03-19T20:35:04.429Z",[],"-19","-26",{"data":1128,"meta":1129},{"id":150,"heading":319,"createdAt":324,"updatedAt":325,"publishedAt":326,"url_path_id":327,"url_path":330,"contentType":76},{},1778851728622]