2nd All Ireland Conference on Quantum Technologies
Programme
Venue: the Room 014 in the School of Education, North Campus, Maynooth University. This programme is preliminary and subject to change.
Monday, January 21st- Arrival and Welcome- 10:00 Mauro Paternostro, Queen's University, Revealing quantumness without looking Abstract. - 10:30 Phillip Murphy-Armando (Tyndall Institute), Project CUSPIDOR: CMOS Compatible Single Photon Sources based on SiGe Quantum Dots Abstract. - 11:00 Coffee - 11:30 Stephen O'Reilly, National Delegate and National Contact Point for H2020 ICT & FET (Enterprise Ireland), Opportunities in H2020 "Future and Emerging Technologies" - 12:00 Konrad Banaszek, QuantERA Coordinator (National Science Center, Poland), QuantERA: ERA-NET Cofund programme in Quantum Technologies Abstract. - 12:30 Tommaso Calarco, (Forschungszentrum Juelich) The Quantum Technologies Flagship Abstract. - 13:00 Lunch break - 14:00 Jakub Marecek, (IBM Research) Quantum Computing and IBM Q: An Introduction Abstract. - 14:30 Venkatesh Kannan, (ICHEC) Programming Quantum Platforms at ICHEC Abstract. - 15:00 Bogdan Staszewski, (UCD) Quantum Computer on a Chip Abstract. - 15:30 Krzysztof Pomorski, (UCD) From Two Types of Electrostatic Position-Dependent Semiconductor Qubits to Quantum Universal Gates and Hybrid Semiconductor-Superconducting Quantum Computer Abstract. - 16:00 Coffee break - 16:30 John Goold, (TCD) Thermodynamics of precision in quantum non equilibrium steady states Abstract. - 17:00 Emanuele Pelucchi, (Tyndall Institute) Quantum Engineering with site-controlled Pyramidal quantum dot Abstract. - 17:30 Andreas Ruschhaupt (UCC) Recent Developments in Shortcuts to Adiabaticity Abstract. - 18:00 Joost Slingerland, (Maynooth University) Anyons and Topological Quantum Computation in Spinful Bose Einstein Condensates Abstract. - 18:30 Closing. Posters to be presented: Panagiotis Giounanlis (UCD), Modeling of semiconductor position-based electrostatic qubits Tom Dowdall (UCC), Fast and robust quantum control based on Pauli blocking Abstract Tom Dowdall (UCC), Trapping and cooling particles using a moving atom diode and an atomic mirror Abstract Guido De Rosa (UCC), it is |1> o'clock: Overcoming Pauli's Objection: Relational Time and Applications Chris Whitty (UCC), Transport Quantum Logic Gates via Shortcuts to Adiabaticity Abstract |