… in quantum sensing and discuss potential areas in which quantum sensing technologies may
… emerging quantum sensing techniques, materials, and sensor platforms, and discuss how …

… leveraging quantum sensing technologies for biomedical purposes. We discuss the principles
behind quantum sensing, including quantum … potential of quantum sensing technologies in …

… state-of-art quantum sensing technology along with their challenges and prospects. … brain
by using the ultra-sensitive quantum sensing technology. This sensor was placed outside the …

… of these sensors will be most pronounced. This study presents a comprehensive review …
quantum sensing state-of-practice. It also provides a detailed analysis of how quantum sensing …

… of quantum sensing, with particular attention to practical aspects that emerge from nonideal
experiments. As quantum sensors we will consider mostly qubits—two-level quantum …

… quantum metrology. In this paper, we focus on the new ways that have been developed to
exploit quantum optical entanglement in quantum … gyroscopes and in sensors for biological or …

… technologies. Paradigmatic advances in the control and readout of massive mechanical
systems, in both the classical and quantum … -state mechanical sensing technologies to aid in the …

… of quantum sensing in non-photonic areas (spin qubits, trapped ions, for example). We also
stress that we adopt a quantum information approach to quantum sensing, which … in quantum …

… of quantum technology (QT) to … of technology in the areas of communication and sensing.
Here, we aim at summarizing the state of the art in the development of quantum technologies …

… , we will consider as quantum sensors any measurement device whose capabilities are
enabled by the ability to manipulate and/or read out not only its quantum states, such as discrete …