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10:00
Fabrication process for a micro structured Penning trap for (anti-)proton-beryllium coupling
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Philipp Luca Hoffmann
(Institute for Quantum Optics, Leibniz University Hanover)
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10:01
Search for New Physics with Highly Charged Californium
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Magdalena Winkelvoß
(Max-Planck-Institute for nuclear physics)
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10:02
Microwave driven single-qubit gates on trapped ions in a magnetic field gradient
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Abdul-Rahman Rasul
(eleQtron GmbH)
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10:03
Electrical upgrades for a cryogenic X-junction ion trap for quantum computation and simulation
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Kevin Rempel
(Leibniz Universität Hannover)
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10:04
Cavity-Enhanced Modular Ion Traps for Optically-Interconnected Networks
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Arjun Rao
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10:05
3D glass chip ion trap for clock applications
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Klaus Kiendlhofer
(Infineon Technologies Austria AG)
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10:06
Ground-State Cooling of Mixed-Species Ion Crystals in the Intermediate Lamb-Dicke Regime
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Ruben Henninger
(Max-Planck-Institute for nuclear physics)
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10:07
Cooling positive muons for fundamental physics tests
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Joanna Peszka
(GSI Helmholtz Centre for Heavy Ion Research)
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10:08
Development and Commissioning of an RFQ Cooler-Buncher for Laser Spectroscopy
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Finn Köhler
(Institut für Kernphysik TU Darmstadt)
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10:09
Rydberg ion crystal as a quantum simulator for coupled exciton-phonon dynamics
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Simon Euchner
(University of Tübingen)
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10:10
Towards a nitrogen molecular ion clock for fundamental physics tests
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Laura Blackburn
(University of Sussex)
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10:11
Control of ion strings in a linear segmented microtrap: splitting, combining and entangling
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Benjamin Revie
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10:12
Robust Phase Estimation: Characterising Coherent Transport Operations in a Trapped Ion Quantum Processor
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Thomas Clarke
(Sussex Centre for Quantum Technologies)
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10:14
Laser-Driven Universal Control of Zeeman Qudits for Quantum Information Processing
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Hon-Kwan Chan
(The University of Sydney)
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10:15
Trapped and cooled 88Sr+ ions in a cylindrical potential provided by a micro-fabricated ring trap
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Lilay GROS-DESORMEAUX
(MPQ Université Paris Cité)
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10:17
A multi-level trapped ion system for probing quantum thermodynamics
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William Cutler
(University of Oxford)
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10:18
Towards a Scalable Logical Qubit: Sympathetic Cooling with Barium in a Ytterbium Qubit system
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Gareth Hopkins
(University of Sussex)
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10:19
Detecting axion dark matter with an electron Penning trap
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He Zhang
(Imperial College London)
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10:20
Construction of Global Controlled-Phase Gates on Trapped-Ions with Resilience Against Motional Heating
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David Verran
(University of Oxford)
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10:22
Characterization of stray electric fields induced by UV laser exposure in a microfabricated surface ion trap
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Sacha Guesne
(Laboratoire Matériaux et Phénomènes Quantiques - Université Paris Cité, Crystal Quantum Computing SAS)
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10:23
IonLab: A framework for noise-aware simulation of trapped-ion quantum operations
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Rares Barcan
(Universal Quantum, Ion Quantum Technology Group University of Sussex)
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10:24
Integrated \SI{313}{\nano\meter} Waveguide Characterisation for \(^{9}\mathrm{Be}^{+}\) Penning Micro-Traps
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Kilian Teck
(ETH Zurich)
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10:25
Scalable Surface Electrode Ion Trap with Near-Field Microwave Gates and Chip-Integrated Nano-Photonics: Progress and Challenges
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Mohammad Masum Billah
(Institut für Quantenoptik, Leibniz Universität Hannover ; Laboratorium für Nano und Quantenengineering, Leibniz Universität Hannover)
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10:26
CaQTUS - Calcium Quick Turnaround System
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Matthew Casey
(University of Oxford)
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10:28
Surface-Electrode Ion Trap Design with Chip-Integrated Microwave Conductors for Near-Field Microwave Quantum Control
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Janina Bätge
(Leibniz Universität Hannover)
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10:45
Towards quantum-nondemolition state detection of single trapped water ions
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Mikhail Popov
(University of Basel)
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10:50
Precision & Molecular Spectroscopy
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Constantijin Karels
(University of Strasbourg)
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10:54
IonVision and a Modular Laser System: Open-Source Tools and Infrastructure for Trapped-Ion Experiments
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Daisy Smith
(National Quantum Computing Center)
Sydney Wright
(National Quantum Computing Centre)
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10:55
Characterising Single Qubit Operations with Interleaved Transport and State Mapping in a Switchable Magnetic Gradient.
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Finnlay ODwyer
(Ion Quantum Technology Group, University of Sussex)
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10:56
Automated Alignment with Hexapods for High-NA Fibre Arrays in Trapped-Ion Systems
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Siddhartha Bandyopadhyay
(University of Oxford)