Accepted Posters

First Name	Last Name	Organization	Paper Title
Olivia	Bruce	University of Notre Dame	Testing the Standard Model with the St. Benedict ion trap
Matti	Cerwenka	Austrian Academy Of Sciences	Status of Microwave Spectroscopy at the ASACUSA Experiment
Yingying	Cui	ETH Zurich	Trapped-Ion Quantum Computing with Penning Traps
Savelii	Dudoladov	OIST	Towards Cavity QED in the Strong Coupling Regime with Trapped Barium Ions
Erik	Dunkel	Leibniz University Hannover	Microwave-driven quantum logic on register-based ion traps – progress towards larger systems
Markus	Duwe	Leibniz University Hannover	Updates on the PTB two-qubit quantum computer
Yusuke	Fukuzawa		Ion ejection from a linear Paul trap using an oscillating electric field for the neutralizer development
Krzysztof	Habdas	University College London	Microwave Spectroscopy of the Positronium 2 ³S₁ → 2 ˢP₁ Intervals (S=0,1)
Johannes	Helgert	Vrije Universiteit Amsterdam	Robust and direct precision isotope shift measurements in entangled Ba+ ions
Rin	Kagami		Modulated Electron Beam Ion Trap for High-Density and High-Purity Stationary Radioactive Ion Targets
Haruka	Kakioka	Mit	Molecular ion source for the NEPTUNE experiment
Ja-Eun	Kim	UTokyo	Toward ground-state cooling and detection of a trapped electron's motion in a Paul trap and a flip-chip planar Penning trap
Hiroki	Kobayashi		evelopment of a Multi-Frequency RFQ Isobar Separator at the SCRIT Facility
Arya	Krishnan	Tu Da, Gsi Gmbh	The ARTEMIS Experiment: g-factor measurement through precision spectroscopy of heavy highly charged ions
Nader	Mahdizadeh	Islamic Azad University	Prebunching in Free-electron lasers with an Optical pumped
Franziska	Maier	JYU	Towards ultra-high-precision mass spectrometry of radioactive ions via laser cooling
Steven	Marz	OIST	A design for the integration of MEMS optical microcavities and an ion trap
Liam	Mc Carthy	Alpha Experiment	Simulation and Construction of a Hydrogen Ion Source for Comparative Antimatter Spectroscopy
Samuel	Niang	Swansea University	Multiple bunching of positrons for enhanced recapture in the ALPHA-3 antihydrogen trap
Alex	Ridley	University Of Sussex	Quantum illumination with a trapped electron
Walter	Rieck	Stockholm University	Plasma simulations with WarpX for antihydrogen experiments
Stefan	Ringleb	Helmholtz-Institut Jena	Laser experiments on trapped highly charged ions with intense laser pulses
Alexandre	Roger		Multi-reflection time-of-flight mass spectrometer at IGISOL
Poramaporn	Ruksasakchai	Swansea University	Electron Plasma Confinement for Gabor Lens Applications
Jouni	Ruotsalainen		High-Precision Q-Value Measurements for Neutrino Physics Using the JYFLTRAP Penning Trap
Shivam	Sawarn	University Of Innsbruck	Numerical Study on Improving Ion-Ion Entanglement Fidelity in a Cavity-Based Quantum Network

Martin	Simon	Marietta Blau Institute for Particle Physics	CPT and Lorentz Symmetry tests by Hyperfine Measurements on Hydrogen and Deuterium

Abbygale	Swadling	University Of Calgary	Energy-Selective Annihilation of Trapped Antihydrogen via Positron Spin Flips
Sara	Tjäder	University of Gothenburg	Experimental Capabilities of the DESIREE Cryogenic Storage Ring
Sean	Wilson	University Of Calgary	Improving the Precision of Ground-State Hyperfine Splitting Measurements in Antihydrogen using Antiproton Spin Flips
Marko	Wojtkowiak	Imperial College London	A Penning trap single-photon counter for axion detection
Chao	Zhang	The University of Tokyo	An Ion Trap–Laser Cooling Spectrometer for Selective Sr Isotope Analysis
Nicola	Zurlo	INFN, Sezione di Pavia & Università di Brescia	Recent Results and Upgrades of the AEgIS Experiment at CERN’s Antimatter Factory