Awarded contract
Published
GB-Swindon: UKRI-2602 Superconducting Quibit Control Systems
8 suppliers have saved this notice.
Looks like a fit? Save this tender and qualify it in Stotles
Description
The National Quantum Computing Center (NQCC) aims to build several quantum computers. One of the most promising architectures for the fundamental building blocks of a quantum computer are superconducting circuits. The control of these circuits (qubits) and the quantum states which they maintain is crucial to the operation of a quantum computer. These states are controlled, maintained and read out via microwave electronics which are specially designed for this purpose. Additional information: Procurement Contract Transparency Data: Redacted contract documents will be made available within the next 30 days on the UKRI website at: https://www.ukri.org/about-us/procurement-contract-transparency-data/
Qualify tenders faster with AI summaries - see key details in the Stotles app
Never miss a tender again
Get alerts, AI summaries and tools to qualify faster
Explore similar pre-tenders, open or awarded contracts
Browse open tenders, recent contract awards and upcoming contract expiries that match similar CPV codes.
Communities and Housing Investment Consortium Limited
–
Published 4 months ago
UK Research & Innovation
65,910.84 GBP
Published a year ago
United Kingdom Atomic Energy Authority
148,184 GBP
Published a year ago
United Kingdom Atomic Energy Authority
–
Published a year ago
United Kingdom Atomic Energy Authority
148,184 EUR
Published a year ago
UK Research & Innovation
108,370 GBP
Published 3 years ago
Scottish Hydro Electric Power Distribution plc
–
Published 4 years ago
Explore top buyers for public sector contracts
Discover open tenders, contract awards and upcoming contract expiries of thousands of public sector buyers below. Gain insights into their procurement activity, historical purchasing trends and more.
Sign up to the Stotles Tender Tracker for free
Find even more contracts with advanced search capability and AI powered relevance scoring.