Oct 27, 2023Although utilized in plasmonics and solar technologies, as diffusion barriers and wear-resistant tool coatings, 29 HfNandZrNthinfilms have received limited attention regarding their superconducting properties. When investigated, they have typically been deposited on non-silicon substrate materials and under low-scale, CMOS-incompatible processing conditions. 30-33 Compared to ...
Videos for Qu-Pilot 300mm CMOS-compatible superconducting HfN and ZrN thin films for quantum applications
Measurement of mechanical stress and surface roughness of the thinfilms demonstrates process compatibility. We investigated the materials phase and stoichiometry by structural analysis. The HfNandZrN samples exhibit superconducting phase transitions with critical temperatures up to 5.84 and 7.32 K, critical fields of 1.73 and 6.40 T, and ...
Oct 27, 2023Request PDF | 300mmCMOS-compatiblesuperconductingHfNandZrNthinfilmsforquantumapplications | The rising interest in increased manufacturing maturity of quantum processing units is ...
Images for Qu-Pilot 300mm CMOS-compatible superconducting HfN and ZrN thin films for quantum applications
Sep 18, 2024Superconducting transmon qubits have been fabricated in a 300mm complementary metal-oxide-semiconductor (CMOS) pilot line using industrial fabrication methods, achieving relaxation and ...
300mmCMOS-compatiblesuperconductingHfNandZrNthinfilm... 300mmCMOS-compatiblesuperconductingHfNandZrNthinfilmsforquantumapplications. Research output: Contribution to journal › Research article › Contributed › peer-review. Contributors. Roman Potjan - , ...
Jun 29, 2023Qu-Pilot. Grant agreement ID: 101113983 DOI 10.3030/101113983. ... 300mmCMOS-compatiblesuperconductingHfNandZrNthinfilmsforquantumapplications Author(s): Roman Potjan, Marcus Wislicenus, Oliver Ostien, Raik Hoffmann, Maximilian Lederer, Andr ...
Nov 11, 2024300mmCMOS-compatiblesuperconductingHfNandZrNthinfilmsforquantumapplications ... Process Development and Characterization of Ru-based UBM for In Bumps Integration for Quantum Computing Applications. ... Fabrication of Superconducting Nb airbridges in a 300mmPilot line for Quantum Technologies. Author(s ...
However, for practical applications, the number of physical qubits on a quantum computer will most probably still scale beyond a million 4. Superconducting circuit implementations of quantum bits ...
The goal is to accelerate the market introduction of quantum technologies and unlock many applicationsand contribute to the development of a robust European quantum technologies industry. the Service Entry Point (SEP) as a broker between customers and service providers in the Qu-Pilot line, offering technical and business services to small and ...
Despite in scientific research in multiple technologies, European industry faces challenges in translating quantum technology innovation into robust and scalable hardware processes and products. Project Qu-Pilot will change this by leveraging the existing piloting infrastructure predominantly distributed across the European research and technology organizations (RTOs). The end goal is to ...
Can’t find what you’re looking for?
Help us improve DuckDuckGo searches with your feedback