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• 26 octobre
  [Institut Quantique] InfoQ – Groupes Bérubé-Lauzière/Kourtis
  26 octobre

  [Institut Quantique] InfoQ – Groupes Bérubé-Lauzière/Kourtis

  Lieu : Description : Rejoindre la réunion Microsoft Teams / Join the Microsoft Teams meetingVous pouvez aussi vous joindre à nous au D4-2020 pour assister au séminaire.You can also join us at the D4-2020 to attend the seminar.

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• 02 novembre
  [Institut Quantique] InfoQ – Groupes Dupont-Ferrier/Juan
  02 novembre

  [Institut Quantique] InfoQ – Groupes Dupont-Ferrier/Juan

  Lieu : Description : Rejoindre la réunion Microsoft Teams / Join the Microsoft Teams meetingVous pouvez aussi vous joindre à nous au D4-2020 pour assister au séminaire.You can also join us at the D4-2020 to attend the seminar.

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• 03 novembre
  [Institut Quantique] Colloque IQ : Dr Martin Fuechsle
  03 novembre

  [Institut Quantique] Colloque IQ : Dr Martin Fuechsle

  Lieu : Description : Local: D3-2040  Titre: Towards carbon-based qubit devicesConférencier: Dr Martin Fuechsle Archer Materials Limited (Sydney, Australia)Honorary Associate, The University of Sydney(Sydney, Australia) Invité de Michel-Pioro Ladrière Talk length: 20-25 min + question time Abstract:Archer Materials is an Australiansemiconductor technology company aiming to develop a carbon-based qubitmaterial capable of operating under practical conditions. The qubit is based ona novel nanomaterial in the form of spherical carbon ‘nano onions’ – highlydisordered graphitic structures metallic-like properties. Conduction electronsdelocalized over the volume of the spheres exhibit spin-lattice and spin-spinrelaxation times of 175 ns at 300 K, which is remarkably long for anyconducting solid-state material. The talk will give an overview of Archer’searly-stage progress towards developing the material into a viable qubitarchitecture and discuss potential avenues for collaboration with academicpartners towards this goal. Speaker Bio:Dr Martin Fuechsle leads Archer’s quantumtechnology development and is an Hon. Associate of the University of Sydney. Hejoined Archer in 2019, and his work focuses on developing a carbon-basedquantum processor as part of Archer’s 12CQ technology. He has10 years’ experience in building quantum computing devices and technology.During his post-doctoral research at the UNSW Centre for Quantum Computationand Communication Technology he developed the single-atom transistor. Hereceived his PhD in Experimental Physics at the University of New South Walesin 2011, where he worked in Prof. Michelle Simmons’ group on the fabrication ofdonor-based quantum logic devices in silicon.   

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