Abstract submission is now closed.

Scope

The fundamental objective of this workshop is to set out an interim roadmap that will enable single ion implantation capabilities to advance applications of quantum technologies. The goals of the workshop are: Identification of new collaborations; seeking QT academic community prioritization of tool/techniques development; identification of potential gaps in network skills and capabilities to deliver the proposed roadmap.

Research Themes

• Approaches to single ion implantation
• Defect complexes in diamond
• Rare earths
• Impurities in Group IV semiconductors (Si and Ge)
• Quantum technology applications

Challenges

• Variety of sources
• Validation of counting accuracy
• Spatial precision
• Activation and annealing
• Assessment
• Development of new QT strategies

Programme

• Day 1 – Institute of Physics, London
• Day 2 – Institute of Physics, London
• Day 3 – Networking Excursion* – Meeting Dinner*
• Day 4 – University of Surrey, Guildford*

* Excursion, Meeting Dinner and travel to University to Surrey is included in meeting fee (£50).

Confirmed Invited Speakers

• Margherita Mazzera – Heriot-Watt University -Pioneering platform for integrated quantum memories
• Danielle Holmes – University of New South Wales – Silicon spin qubits with implanted single donor ions
• Michael Flatté – University of Iowa – Ab initio treatments of local environments for rare-earth ions in solid-state hosts
• Juha Muhonnen – University of Jyväskylä – Mechanical and optical quantum buses for implanted defects in silicon
• Durga Paudyal – Ames Lab – Rare earth hosted M-type hexaferrites for quantum information science
• Gavin Morley – University of Warwick – Single Nitrogen-Vacancy Centres in Diamond for Quantum Computing and Quantum Sensing
• Christian Bonato – Heriot-Watt University – Quantum technology with point defects in silicon carbide
• Paolo Olivero – University of Torino – Ion Beam Implantation Activities at the University of Torino – Status and Perspectives
• Jay Gupta – Ohio State University – Tunable control over individual dopants and their local environment in semiconductors
• Jonathan England – University of Surrey – Production of Isotopically Pure Si Layers for Quantum Computers using Implanted Layer Exchange
• Gregor Hlawecek – Helmholtz-Zentrum Dresden-Rossendorf – TBC
• Nico Klinger – Helmholtz-Zentrum Dresden-Rossendorf – Liquid metal alloy ion sources for quantum applications
• Paolo Olivero – University of Torino – Ion Beam Implantation Activities at the University of Torino – Status and Perspectives
• Michael Stuckelberger – Deutsches Elektronen-Synchrotron DESY – TBC