Quantum technologies are on the horizon, yet realising the full potential of these devices is problematic due to a quantum system’s inherent fragility. Robust and precise control is an essential requirement for scalable, usable quantum devices. CoCoNUT2021 will discuss the strengths and weakness of the current state-of-the-art techniques, aiming to layout the roadmap to scalable quantum technologies with particular emphasis on Ireland's role in delivering them.
As part of the event we will also host "Quantum Physics and Quantum Technologies with Prof. Klaus Mølmer" -- a public lecture on the coming quantum revolution.
CoCoNUT2021 is funded through the Early Career Award by the National University of Ireland with additional support from Science Foundation Ireland, the Irish Research Council, and University College Dublin.
As part of the event we will also host "Quantum Physics and Quantum Technologies with Prof. Klaus Mølmer" -- a public lecture on the coming quantum revolution.
CoCoNUT2021 is funded through the Early Career Award by the National University of Ireland with additional support from Science Foundation Ireland, the Irish Research Council, and University College Dublin.
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Invited Plenary Speakers
There will also be a number of shorter contributed talks--primarily from Ireland based researchers--to demonstrate the growth exciting activities occurring on the island in recent years. See the program for more details.
Speaker sessions will be held via ZoomWebinar (links provided after successful registration).
Structured sessions will be kept moderate so that there is ample opportunity each day of the Workshop for participants who wish to interact and exchange ideas via Gather.Town to do so (details provided upon successful registration).
Speaker sessions will be held via ZoomWebinar (links provided after successful registration).
Structured sessions will be kept moderate so that there is ample opportunity each day of the Workshop for participants who wish to interact and exchange ideas via Gather.Town to do so (details provided upon successful registration).
Registration
Registration is free and all talks will occur via ZoomWebinar. Please register at the following link
Programme
Click here to view the book of abstracts
Session 1:
Aurélia Chenu - Control of open quantum systems with engineered dephasing
Sabrina Patsch - Optimal control of high-dimensional Hilbert spaces
Andreas Ruschhaupt - Enhanced Shortcuts to Adiabaticity
Paul Eastham - Optimal control beyond the weak-coupling and Markovian regimes: efficient simulation of families of open quantum systems with differing Hamiltonians
Qiongyuan Wu - Non-equilibrium thermodynamics of a levitated nanoparticle in a controllable time-varying potential
Session 2:
Gabriele De Chiara - Control of quantum critical systems
Ulrich Schneider - Controlling the character of a quantum phase transition in a driven optical lattice
Graham Kells - Weak measurement, quantum trajectories, and topological order
Emma Minarelli - Pseudogap charge Kondo effect in graphene quantum dots
Felix Binder - Quantum predictive modelling: unitary simulation and dimension reduction
Session 3:
Ahsan Nazir - Heat and work statistics in adiabatic quantum systems with strong reservoir coupling
Janet Anders - Quantum Brownian Motion for Magnets
Mark Mitchison - Thermometry by decoherence with impurity qubits
Heather Leitch - Thermodynamics of Driven Quantum Harmonic Oscillators
Eoin Carolan - Counterdiabatic Control in the Impulse Regime
Session 4:
Klaus Mølmer - Coherent control in quantum networks: snowballs in Hell
Natalia Ares - Quantum device control faster than human experts
Pierpaolo Sgrio - Reinforcement learning approach to non-equilibrium quantum thermodynamics
Joseph Carthy - Investigation into Entanglement in VQE Algorithms: By the example of Charge and Charge-Spin Models
Jing Li - A Feshbach engine on nonlinear coupled density-spin Bose-Einstein condensates
Aurélia Chenu - Control of open quantum systems with engineered dephasing
Sabrina Patsch - Optimal control of high-dimensional Hilbert spaces
Andreas Ruschhaupt - Enhanced Shortcuts to Adiabaticity
Paul Eastham - Optimal control beyond the weak-coupling and Markovian regimes: efficient simulation of families of open quantum systems with differing Hamiltonians
Qiongyuan Wu - Non-equilibrium thermodynamics of a levitated nanoparticle in a controllable time-varying potential
Session 2:
Gabriele De Chiara - Control of quantum critical systems
Ulrich Schneider - Controlling the character of a quantum phase transition in a driven optical lattice
Graham Kells - Weak measurement, quantum trajectories, and topological order
Emma Minarelli - Pseudogap charge Kondo effect in graphene quantum dots
Felix Binder - Quantum predictive modelling: unitary simulation and dimension reduction
Session 3:
Ahsan Nazir - Heat and work statistics in adiabatic quantum systems with strong reservoir coupling
Janet Anders - Quantum Brownian Motion for Magnets
Mark Mitchison - Thermometry by decoherence with impurity qubits
Heather Leitch - Thermodynamics of Driven Quantum Harmonic Oscillators
Eoin Carolan - Counterdiabatic Control in the Impulse Regime
Session 4:
Klaus Mølmer - Coherent control in quantum networks: snowballs in Hell
Natalia Ares - Quantum device control faster than human experts
Pierpaolo Sgrio - Reinforcement learning approach to non-equilibrium quantum thermodynamics
Joseph Carthy - Investigation into Entanglement in VQE Algorithms: By the example of Charge and Charge-Spin Models
Jing Li - A Feshbach engine on nonlinear coupled density-spin Bose-Einstein condensates
