μWOPM 2020 - 05 - Raghwinder Singh Grewal - Optical magnetometry using sodium fluorescence
μWOPM 2020 - 12 - Valerio Biancalana - Tuning the magnetic dressing of atomic spins
μWOPM 2020 - 01 - Aaron Jaufenthaler - Magnetorelaxometry using Twinleaf's OMG
μWOPM 2020 - 10 - Yongqi Shi - Towards a microwave field imager with ultrathin atomic vapor cells
μWOPM 2020 - 04 - Charikleia Troullinou - Sub-pT optical magnetometry with squeezed light
μWOPM 2020 - 02 - Chuanpeng Hao - A Herriott-cavity-assisted loop xenon isotope comagnetometer
μWOPM 2020 - 08 - Theo Scholtes - Magnetometer system for measurements in Earth’s magnetic field
μWOPM 2020 - 06 - Riccardo Cipolletti - Numerical simulations of vapor cell gyroscopes
μWOPM 2020 - 11 - Gwenael Le Gal - Isotropically sensitive magnetometer
μWOPM 2020 - 03 - Luca Troise - Sensing of magnetic fields from muscles using NV centers in diamond
μWOPM 2020 - 07 - Kaleb Campbell - A pulsed dead-zone free gradiometer in Earth’s field
μWOPM 2020 - 09 - Vladimir Kontul - Absorption SERF magnetometer for zero-field NMR
Generation of NV ensembles for use in magnetic-field sensing | CarbonTech Global 2020
Qnami ProteusQ Demonstration: Quantum2020
S1.GB.P01 S.Knappe Advanced OPM-Based MEG Technologies
WOPM 2019 - 12 – Daniel Thrasher– Comagnetometry with synchronous spin-exchange optical pumping
001 op equip tour MOV
Brian Saam: Hyperfine Physics in Alkali-metal Vapors
Fabrication of vapor cells for precise sensing.
WOPM 2019 - 16 - G. Le Gal– Dual-axis single-probe Hanle magnetometer based on atomic alignment.
