Programme

Sunday 28th August 2022

9.00-9.10

Welcome to WOPM 2022!

9.10-9.40	Svenja Knappe FieldLine Medical Inc	Towards a commercial high-density full-head OPMMEG system Session Recording
9.40-10.00	Vishal Shah QuSpin, Inc.	Hybrid Scalar-Triaxial Atomic Magnetometer Session Recording
10.00-10.20	Niall Holmes University of Nottingham	The matrix coil: reconfigurable active shielding Session Recording
10.20-10.40	Yu Zheng Chinese Academy of Sciences	A preliminary study of magnetic field noise suppression method towards the moving magnetoencephalography Session Recording
10.40-11.00	Rachel Dawson University of Strathclyde	Compact Portable SERF Sensor for MEG Session Recording

11.00-11.30

Coffee Break

11.30-12.00	Thomas Coussens University of Sussex	Open circuit current density imaging of lithium-ion batteries using SERF OPMs
12.00-12.20	Katrijn Everaert Ghent University / PTB	A tabletop Optically Pumped Magnetometer setup for the monitoring of magnetic nanoparticle clustering with Thermal Noise Magnetometry Session Recording
12.20-12.40	Michael Tayler ICFO - Institute of Photonic Sciences	Mass-producible miniature atomic vapor sensors Session Recording
12.40-13.00	Rujie Li The University of Adelaide	Enhancing the sensitivity of an NMOR magnetometer

13.00-15.00

Lunch and Posters

15.00-15.30	Benjamin Maddox University College London	Electromagnetic Induction Imaging with Atomic Magnetometers in Real-World Scenarios Session Recording
15.30-15.50	Philipp Rößner Technical University Munich	A highly drift-stable atomic magnetometer for fundamental physics experiments Session Recording
15.50-16.10	Allan McWilliam University of Strathclyde	Accurate and precise magnetometry using Cs MEMS cells using a dual-beam configuration Session Recording

16.10-16.40

Coffee Break

16.40-17.00	Thanmay Menon University of Colorado Boulder	Rabi Vector Magnetometry Implemented with Hot Alkali Vapor Session Recording
17.00-17.20	Siqi Liu University of Science and Technology of China	Low-temperature compact atomic vector magnetometer for highly sensitive and stable weak field detection Session Recording
17.20-17.40	Yongqi Shi University of Basel	Atomic vapor cell-based microwave spectrum analyzer with 1GHz instantaneous analysis bandwidth Session Recording

Monday 29th August 2022

8.30-9.00	Etienne Labyt Mag4Health, Grenoble	Towards a whole head Helium OPM MEG system
9.00-9.20	Sarang Dalal Aarhus University	Fetal visual evoked responses measured with OPMs
9.20-9.40	Amaia Benitez Andonegui National Institutes of Health	OPM dynamic field compensation for evoked responses
9.40-10.00	Xu Wang Shanghai Jiao Tong University	A study of alpha rhythm and sensorimotor cortex responses using optically-pumped magnetometers (OPMs)
10.00-10.20	Yulia Bezsudnova University of Birmingham	Simulation Study of the performance of an OPMMEG system in realistic conditions

Posters WOPM-2022

Rebecca Schmieg University of Copenhagen	Quantum enhanced conductivity measurement with room-temperature RF magnetometer
Jiali Liu Beihang University	Parameters optimization of the pulsed magnetic field in a spin-exchange relaxation-free comagnetometer
Yang Fu Beihang University	Effect of high efficiency polarization on the SERF co-magnetometer with a high pump laser power density
Tilmann Sander Physikalisch-Technische BA	Histogram analysis of SERF-OPM slow signal variations in different shielding environments
Charu Mishra University of Birmingham	Co-magnetometry in Rb-Ne high pressure cells
Shuhe Wu Shanghai Jiao Tong University	Quantum-limit-breaking Magnetic Gradiometer with Entangled Light
Sascha Neinert Ferdinand-Braun-Institut gGmbH	Towards an optically pumped magnetometer for biomagnetism in space
Marion Brickwedde Charité Universitätsmedizin	Concurrent EEG and OPM measurement
Rasmus Zetter Megin Oy	OPM-MEG from a commercial perspective – opportunities and challenges
Natalie Rhodes University of Nottingham	Simulating coregistration of on-scalp OPM sensor arrays with two tri-axial magnetic dipoles
Molly Rea University of Nottingham	The advantages of triaxial OPMs for reconstructing MEG data in the presence of interference
Peter James Hobson University of Nottingham	Bench-top magnetic field control for OPM development
Dominic Hunter University of Strathclyde	Accurate optically pumped magnetometer based on Ramsey-style interrogation
Lucas Rushton University of Nottingham	Eddy current measurements in unshielded conditions using a portable optically pumped magnetometer
Joonas Iivanainen Sandia National Laboratories	A pulsed SERF optically pumped magnetometer: Magnetic sensitivity analysis
Denis Brazhnikov Institute of Laser Physics SB RAS	Single-beam level-crossing atomic magnetometry in a low-temperature Cs vapor cell
Ahmed Eleojo Musa Dalhousie University	Remnant magnetic field mapping of a cylindrical shield OPM system
Urban Marhl Institute of Mathematics, Physics and Mechanics	Comparing and transforming data of OPM and SQUID based MEG systems
Arturs Mozers University of Latvia	Compact method for multidirectional detection of magnetic field in atomic Cs
Aurelien Chopinaud University of Strathclyde	New developments in two-beam self-oscillating optical magnetometers
Yosuke Ito Kyoto University	Numerical simulation of operating condition for scalar-mode
Anne Fabricant Johannes Gutenberg University of Mainz	Plants for the future with optically pumped magnetometers
Marcin Szymon Mrozowski Strathclyde University	Low-noise, high-stability VCSEL driving system
Michael Thomas Mawer Woodley University of Sussex	A modular system for optically pumped magnetometry
Niels Peekhaus Charité Berlin	Gain errors in OPM MEG due to low frequency remnant magnetic fields
Peter Schwindt Sandia National Laboratories	Toward an Optically Pumped Magnetometer Magnetoencephalography System with Full Head Coverage
Mikael Axel Grön Aalto University	Using OPM sensors for high-resolution MEG measurement of human gamma-band responses
Wan Jin Yeo University of Washington	Effects of head model errors on the spatial frequency representation of MEG
Yossi Rosenzweig Ben-Gurion University of the Negev	Multi-pass Magnetometer for Inherent Heading Error Reduction
Zitong Xu Beihang University	Square-wave modulation with dual-axis decoupling in SERF comagnetometers
Rui Zhang Peking University	Heading-error-free optical atomic magnetometry in the Earth-field range