Procurement Summary
Country: Switzerland
Summary: Set of Dilution Refrigerators for the Superconductive Quantum Information Laboratory Ecole Federal Polytechnic of Lausanne Superconductor Quantum Information Laboratory (sqil)
Deadline: 10 May 2023
Other Information
Notice Type: Tender
TOT Ref.No.: 81101528
Document Ref. No.: 1326575
Financier: Self Financed
Purchaser Ownership: Public
Tender Value: Refer Document
Purchaser's Detail
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Login to see detailsTender Details
The EPFL intends to acquire a set of dilution refrigerators for its superconductive quantum information laboratory (SQIL) of the SB-IPHYS faculty. The equipment will be dedicated to the peak search in the field of supracundant quantum computer science, including • microwave spectroscopy of qubits and superconductive resonators with high coherence and low temperature • High fidelity of quantum logical operations on Unique qubs and networks of coupled qubits • Experiences of fundamental physics with Josephson junction circuits, including the spectroscopy of the linked states of the quasi particles, quantum phase transitions and quantum electrodynamics.
Applicant service/contracting entity: Federal Polytechnic School of Lausanne (EPFL) Organizing Organizing Service/Organizing Entity: Federal Polytechnic School of Lausannesupercondumer Information Laboratory (SQIL), for professor Vladimir Manucharyan, Building 3, 1015 Lausanne, Switzerland, e-mail: vladimir.manucharyan@epfl.ch
Publish Date: 31.03.2023
Subject of the market
2.1 Gender of supplies: Purchase
2.2 Title of the market project: Set of dilution refrigerators for the Superconductive Quantum Information Laboratory
2.3 Reference / Project number: 2302-23070
2.4 Market divided in lots?: Yes (without specification) offers are possible for all lots:
2.5 Common vocabulary of public procurement:
2.6 Object and extent of the market: EPFL intends to acquire a set of dilution refrigerators for its superconductive quantum information laboratory (SQIL) of the SB-IPHYS faculty. The equipment will be dedicated to the peak search in the field of supracundant quantum computer science, including • microwave spectroscopy of qubits and superconductive resonators with high coherence and low temperature • High fidelity of quantum logical operations on Unique qubs and networks of coupled qubits • Experiences of fundamental physics with Josephson junction circuits, including the spectroscopy of the linked states of the quasi particles, the transi ...
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