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ORLANDO, Fla.--(BUSINESS WIRE)--Imaginostics, Inc. today announced that it has received a Letter of Support from Siemens Healthineers in connection with ongoing exploratory discussions regarding potential collaboration in quantitative MRI and imaging biomarkers. As part of these discussions, Imaginostics and Siemens Healthineers intend to continue dialogue concerning potential technical and commercial pathways for Imaginostics’ envisioned ImagiView™ and ImagiSight™ offerings and their potential...

SINGAPORE & LAS VEGAS--(BUSINESS WIRE)--Horizon Quantum Computing Pte. Ltd. (“Horizon Quantum”), a pioneer of software infrastructure for quantum applications, today announced that it has completed its previously announced business combination (the “Business Combination”) with dMY Squared Technology Group, Inc. (“dMY”) (OTC: “DMYY”, “DMYYU” and “DMYYW”), a publicly traded special purpose acquisition company. The Business Combination was approved by dMY’s shareholders at dMY’s special meeting he...

ELMSFORD, N.Y.--(BUSINESS WIRE)--SEEQC today announced a significant breakthrough in the development of scalable, chip-based quantum computers, with results published in a peer-reviewed study in Nature Electronics. The publication reports the first demonstration of a full-stack quantum computing system with digital superconducting logic for qubit control operating reliably at millikelvin temperatures in the same cryogenic environment as quantum bits (qubits). The study details experimental resu...

紐約州 Elmsford--(BUSINESS WIRE)--(美國商業資訊)-- SEEQC 今日宣布，在可擴展晶片量子電腦的研發上取得重大突破，其研究成果已發表於同行評審期刊《Nature Electronics》。論文報導了首個採用數位超導邏輯控制量子位元晶片的量子運算系統，該晶片並能在與量子位元相同的毫開爾文 （millikelvin）低溫環境中穩定運作。 研究詳述了 SEEQC 開發的一種新型「主動式」量子處理器的實驗成果，該處理器將超導數位控制電路直接整合至量子晶片中。透過證明數位邏輯能在毫克耳文溫度下與量子位元協同運作，此研究回應了超導量子運算架構在擴展過程中的一項關鍵系統層級挑戰。 SEEQC 技術長暨研究通訊作者 Shu-Jen Han (漢述仁)博士表示：「量子運算的進展，過去多集中在提升單一量子位元的性能。我們的成果顯示了數位量子位元控制邏輯可以在毫克耳文溫度下與量子位元本身共同運作。透過將超導數位控制整合至量子處理器，我們為量子系統的設計與擴展開啟了一條更類似現代積體電路的發展道路。」 從大型設備到晶片化量子電腦 目前的超導量子電腦仍依賴室溫電子設備透過數千條獨...

COLLEGE PARK, Md.--(BUSINESS WIRE)--HOHCells launches FreezOpt™, enabling controlled ice nucleation to improve cryopreservation reliability for stem cells, organoids, and cell therapy....

ERLANGEN, Duitsland--(BUSINESS WIRE)--LZE GmbH breidt zijn technologieoverdrachtportfolio uit. Hiermee maakt het de RFicient® ultra-low-power wake-up receiver-technologie van het Fraunhofer Institute for Integrated Circuits IIS voor het eerst beschikbaar als standaardchip voor industriële toepassingen die dicht bij productie staan. De oplossing levert energiezuinige IoT-ontwerpen die continu bereikbaar blijven en slechts microampères verbruiken – een belangrijke stap voor duurzame, onderhoudsar...

ERLANGEN, Germania--(BUSINESS WIRE)--LZE GmbH sta ampliando il suo portafoglio di trasferimento tecnologico e rendendo la tecnologia di ricezione a bassissimo consumo energetico RFicient® messa a punto dal Fraunhofer Institute for Integrated Circuits IIS disponibile per la prima volta come chip standard per applicazioni industriali prossime alla produzione. La soluzione rende possibili progetti di IoT efficienti in termini energetici che rimangono costantemente raggiungibili pur consumando solo...

ERLANGEN, Alemania--(BUSINESS WIRE)--LZE GmbH amplía su cartera especializada en transferencia de tecnología y pone a disposición del mercado por primera vez la tecnología de receptores de activación de consumo ultrabajo RFicient® del Instituto de Circuitos Integrados IIS Fraunhofer, como chip estándar para las aplicaciones industriales cercanas a la producción. Con esta solución, se pueden elaborar diseños para la IoT eficientes a nivel energético, que aseguran un accesibilidad permanente y co...

ERLANGEN, Allemagne--(BUSINESS WIRE)--LZE GmbH élargit son portefeuille de transfert de technologies et met à disposition la technologie de récepteur activateur RFicient® à consommation ultra basse du Fraunhofer Institute for Integrated Circuits IIS pour la première fois en tant que puce standard pour les applications industrielles proches de la production. La solution permet des conceptions IdO écoefficientes accessibles en continu tout en ne consommant que des microampères, un aspect crucial...

CAMBRIDGE, Massachusetts--(BUSINESS WIRE)--A HyperLight Corporation, criadora da plataforma TFLN Chiplet™, anunciou hoje o lançamento do seu modulador de intensidade (MI) encapsulado de 145 GHz, expandindo o portfólio de moduladores de alta velocidade da empresa. O novo dispositivo foi criado para largura de banda de modulação ultra-ampla, alta fidelidade de sinal e controle de operação estável, possibilitando detecção direta modulada em intensidade (DDMI) de 448 Gbps por canal, links coerentes...