-
7:30 PM
A novel control system architecture for quantum computing
-
Paweł Kulik
(Warsaw University of Technology, Creotech Instruments)
Mikołaj Sowiński
(Warsaw University of Technology)
Tomasz Przywózki
(Warsaw University of Technology)
Grzegorz Kasprowicz
(Warsaw University of Technology)
-
7:30 PM
Laser cooling and trapping of short-lived radium ions
-
Robert Kwapisz
(University of California Santa Barbara)
-
7:30 PM
Continuous lasing and atom number self-regulation of strongly coupled atoms in a high finesse cavity
-
Vera Schäfer
(Max Planck Institute for Nuclear Physics)
-
7:30 PM
QuMIC - Towards a cryogenic ion trap with integrated microwave generator
-
Sebastian Halama
(Leibniz Universität Hannover, Institut für Quantenoptik)
-
7:30 PM
4K Cryogenic platform for the characterisation and development of cryogenic trapped-ion quantum computing technologies
-
Pedro Taylor-Burdett
(University of Sussex)
-
7:30 PM
Observation of an interaction between two parallel ion chains in a surface-electrode trap towards nanofriction studies
-
Ryosuke Nishimoto
(Osaka University graduate school of engineering science)
-
7:30 PM
Single-Setting Quantum State Characterization
-
Martin Ringbauer
(Universität Innsbruck)
-
7:30 PM
A segmented-blade ion trap with biasing rods
-
Myunghun Kim
(Pohang University of Science and Technology)
-
7:30 PM
Towards quantum logic spectroscopy of heavy few-electron ions
-
Peter Micke
(Helmholtz Institute Jena & GSI Helmholtz Center for Heavy Ion Research)
-
7:30 PM
Digital simulation of a 1D spin chain in qudits
-
Claire Louise Edmunds
(Department of Experimental Physics/Universität Innsbruck)
-
7:30 PM
Investigating entanglement structure on a programmable trapped ion quantum simulator
-
Manoj Kumar Joshi
(Institute for quantum optics and quantum information, Innsbruck, Austria)
-
7:30 PM
Investigating interference with phononic bright and dark states
-
Harry Parke
(Stockholm University)
-
7:30 PM
Addressing individual ions with microwaves
-
Mario Gely
(University of Oxford)
-
7:30 PM
Cold highly charged ions in a Paul trap with superconducting magnetic shielding
-
Elwin Dijck
(Max Planck Institute for Nuclear Physics)
-
7:30 PM
Quantum frequency conversion of Ba-138 single photons for long-distance quantum networking
-
Michael Kwan
(University of Maryland, College Park)
-
7:30 PM
Status of the aluminium ion clock at PTB
-
Fabian Dawel
-
7:30 PM
Adiabatic Rapid Passage of Phonons in Trapped Ion Crystals
-
Maya Fabrikant
(Quantinuum)
-
7:30 PM
Quantum Simulation of Oscillatory Unruh Effect with Superposed Trajectories
-
Xu Cheng
(University of Science and Technology of China)
Yiheng Lin
(University of Science and Technology of China)
-
7:30 PM
Experimental setup for trapped Rydberg ions in cryogenic environment
-
Natalia Kuk
(Stockholm University)
-
7:30 PM
A quantum perceptron gate and a classical Toffoli gate with microwave-driven trapped ions
-
Patrick Huber
(University of Siegen)
-
7:30 PM
Telecom-Wavelength Quantum Repeater Node Based on a Trapped-Ion Processor
-
ben lanyon
(University of Innsbruck)
-
7:30 PM
The stacked-ring ion guide and the MR-TOF MS developed for the NEXT experiment
-
Marko Brajković
(University of Groningen)
-
7:30 PM
A network of trapped-ion quantum computers
-
Gabriel Araneda
(University of Oxford)
-
7:30 PM
Towards implementing quantum logic spectroscopy for (anti-)proton g-factor measurements
-
Moritz von Boehn
(Leibniz Universität Hannover)
-
7:30 PM
Monolithic Miniature 3D Linear Trap for Cavity Integration
-
Soon Teh
-
7:30 PM
Unveiling the frontier of antiprotonic atom synthesis using trapped anions
-
Malgorzata Grosbart
(CERN)
-
7:30 PM
Mixed qubit types in registers of individually addressed trapped barium ions
-
Fabian Pokorny
(University of Oxford)
-
7:30 PM
Photon-mediated entanglement of co-trapped atomic barium ions
-
Jameson O'Reilly
(Duke University)
-
7:30 PM
Towards cavity quantum electrodynamics with Barium ions
-
Diptaranjan Das
Ezra Kassa
(OIST)
Hiroki Takahashi
(OIST)
-
7:30 PM
Laser cooling of molecular anions for sympathetic cooling of antiprotons
-
Fredrik Parnefjord Gustafsson
(CERN)
-
7:30 PM
Microwave-double dressed entangling gate with trapped 171Yb+ ions
-
Markus Nünnerich
(Universität Siegen)
Partick Barthel
(Universität Siegen)
-
7:30 PM
Differential polarizability measurements using a $^{171}\text{Yb}^+$-$^{88}\text{Sr}^+$ dual-species optical clock
-
Martin Steinel
(Physikalisch-Technische Bundesanstalt)
-
7:30 PM
Toward precision spectroscopy of trapped chiral molecular ions for fundamental physics
-
Yuval Shagam
(Technion)
-
7:30 PM
Next-generation quantum computer system with long chains of trapped ions
-
Debopriyo Biswas
(Duke University)
-
7:30 PM
Ion matter-wave interferometry in a nearly circular potential for a gyroscope application
-
Ryoichi Saito
(Tokyo Institute of Technology)
-
7:30 PM
Progress towards Integration of a High Finesse Optical Cavity with an Individually-Addressed Trapped Ion Chain
-
Jonas Tost
(Duke University)
-
7:30 PM
Creation of entangled coherent states with the motional degrees of freedom of a trapped ion
-
Honggi Jeon
(Seoul National University)
-
7:30 PM
Orientational melting of a two-dimensional ensemble of charged particles
-
Carlo Sias
(European Laboratory for Nonlinear Spectroscopy (LENS) and INRIM)
-
7:30 PM
Towards a long-chain trapped ion quantum simulator with in-situ mid- circuit measurement
-
Nikhil Kotibhaskar
(University of Waterloo)
-
7:30 PM
Measurement of the Damping Resistance of Laser Cooled 9Be+ Ions using Image Current Detection
-
Markus Wiesinger
(Max-Planck-Institut für Kernphysik)
-
7:30 PM
Tensor-Network Assisted Quantum Algorithms for Quantum Simulations
-
Younes Javanmard
(Leibniz University Hannover)
-
7:30 PM
Design of Molecular Cluster Dynamics through Digital Quantum Simulation on a Trapped Ion Quantum Computer
-
Alaina Green
-
7:30 PM
Detection of micromotion using direct dc potential scan and Rabi oscillation
-
Daun Chung
(Seoul National University)
-
7:30 PM
Spin squeezing and entanglement generation in two-dimensional ion crystals with up to 105 ions
-
Matthias Bock
(Universität Innsbruck)
-
7:30 PM
2D ion trap architectures for enhanced qubit connectivity
-
Marco Valentini
(Institut für Experimentalphysik, University of Innsbruck)
-
7:30 PM
Fabrication of trapped ion microchips for microwave-based quantum computers
-
Martin Siegele-Brown
(University of Sussex and Universal Quantum)
-
7:30 PM
Isotope Shift Measurements of Ca+ in a Trapped Ion Quantum Computing Platform
-
Luca Immanuel Huber
(ETH Zurich)
-
7:30 PM
Modular variable laser cooling for efficient entropy extraction
-
Alexander Ferk
-
7:30 PM
Towards ultrafast spectroscopy with trapped molecular ions and photodissociation of CaOH+
-
Philipp Schindler
-
7:30 PM
Cryogenic trapped-ion system and quantum control of quantum harmonic oscillators
-
Yue Li
(University of Science and Technoology of China)
-
7:30 PM
Advances in state-preparation, cooling and state detection of N2+ molecular ions
-
Mikolaj Roguski
(University of Basel, Department of Chemistry)
-
7:30 PM
Feedback Cooling the Motion of a Trapped Ion
-
Hans Dang
(Max Planck Institute for the Science of Light)
-
7:30 PM
Ion-cavity node engineering for scalable networked quantum computing
-
Lorenzo Versini
(University of Oxford)
-
9:10 PM
Integrated ion traps for quantum metrology and information
-
Elena Jordan
(PTB)
-
9:10 PM
Studies of Highly Charged Ion Ensembles in the ARTEMIS trap and Direct Mass Measurements of Radio-nuclides at SHIPTRAP at GSI, Germany
-
Kanika Kanika
(Imperial college London)
-
9:10 PM
Towards large scale quantum computing – a many qubit ion trap at room temperature
-
Edgar Brucke
(ETH Zurich)
-
9:10 PM
A Cryogenic System for Rapid Ion Trap Characterization
-
Merrell Brzeczek
(UC Santa Barbara)
-
9:10 PM
Electronic control of trapped ion qubits
-
Chris Ballance
(Oxford Ionics, University of Oxford)
Tom Harty
(Oxford Ionics Limited)
