Atomic scale defects in diamond are emerging as next-generation quantum sensors. One
such defect is the nitrogen vacancy (NV) center which possesses artificial atom-like …

Coherent quantum control at high temperatures is important for expanding the quantum
world and is useful for applying quantum technologies to realistic environments. Quantum …

The negatively charged nitrogen-vacancy center (NVC) in diamond has been utilized in a
wide variety of sensing applications. The long spin coherence and relaxation times (T 2∗, T …

Obtaining the electrode particle level information is an essential prerequisite for diagnosing
battery failures and assessing their state of health (SOH). However, detecting the …

Molecular color centers with S= 1 ground states are promising candidates for quantum
sensing of electric fields. These molecules have an electronic structure similar to solid state …

We propose a theoretical model for a quantum sensor that can determine in a very simple
way whether the intensity of an electric field has an assigned value or not. It is based on the …

While the phenomenon of the exact crossing of energy levels is a rarely occurring event, in
the case of quantum resonances associated with metastable states this phenomenon is …

In the previous few chapters, the most universally used qubits have been described and
some discussion of their use in communications and sensing has been given. But, these are …

The precise control of quantum systems is crucial for, eg, the implementation of gate
operations, to prepare specific quantum states, or to enhance the sensitivity or polarization …