Electronics, photonics and device physics articles from across Nature Portfolio

Coupling to a cavity enhances the readout fidelity of NV center-based quantum sensors, though thermal noise remains a challenge. Here the authors use spin refrigeration and a nonlinear model to demonstrate a highly sensitive quantum magnetometer with NV centers strongly coupled to a microwave resonator.

An ultraflat, single-crystal hexagonal boron nitride film enables the production of wafer-scale, ultrathin high-κ dielectrics for two-dimensional electronics, meeting the 2025 targets set by the International Roadmap for Devices and Systems.

The convergence of spintronics and traditional semiconductor technology marks a critical juncture in the evolution of computing architectures, for which the development of foundation cells become indispensable. Here we discuss the current landscape of spintronics and propose a holistic co-design methodology to integrate spintronic devices into silicon platforms.

The future of spintronics hinges on the effective collaboration between academia and industry. Here we explore the crucial role of partnership in advancing research and innovation, highlighting how these collaborations can drive technological breakthroughs in the field of spintronics and facilitate their transition to practical applications.

The third-order nonlinear Hall effect is observed in the quantum Hall states in graphene.

Prof. Juejun Hu is recognized as a leading expert in integrated photonics and optical materials. His pioneering research has not only advanced the frontiers of academia but also made significant impacts on industrial applications.