We implement a scalable platform for quantum sensing comprising hundreds of sites
capable of holding individual laser-cooled atoms and demonstrate the applicability of this …

The transition toward renewable energies demands a secure supply of critical raw materials
and requires efficient noninvasive methods for deep earth resource exploration. The novel …

Full tensor magnetic gradiometry (FTMG) is becoming a practical method for exploration due
to recent advancements in superconducting quantum interference device (SQUID) …

Magnetic gradiometers have wide practical and academic applications, and two important
types of field gradient observables are the total field gradient and field gradient tensor …

As deep-seated ore deposits become increasingly relevant for mineral exploration, the
demand for time-efficient and powerful deep-sounding exploration methods rises. A suitable …

Critical metals are essential in sustaining the high technology and the green energy
transition of modern societies. The future discovery of new critical metal deposits will likely …

We present an analysis of the sensitivity limits of a proposed experimental search for
quantum gravity, using an approach based on optical magnetometry in the noble gas …

The accuracy of tesla/volt calibration factors for superconducting quantum interference
devices (SQUID) gradiometers is essential to take advantage of the magnetic gradient …

The maximum detection distance is usually the primary concern of magnetic anomaly
detection (MAD). Intuition tells us that larger object size, stronger magnetization and finer …

High-precision magnetometers have found wide applications in medicine, geological
exploration, material property studies, and other fields of human activity. Recently, there has …