Journal & Article

Atomic & Molecular Physics, Optics

I/F
# Journal I/F

Nature Photonics

Improving electron microscopy with light New photodiodes ready to bridge optical and sub-THz communications A light-actuated microfluidic playground Polymer dots for nanoscale live-cell imaging Entering the vacuum ultraviolet An optical conveyor belt for 3,000 qubits Photonics based cooling outpaces policy Setting the standard for photodetectors John Joannopoulos (1947–2025) Hollow-core breakthrough Copper–iodide LEDs shine deep blue Guidelines for accurate evaluation of photodetectors based on emerging semiconductor technologies Quadrature-dependent lattice dynamics of dissipative microcombs Author Correction: Broadband optical fibre with an attenuation lower than 0.1 decibel per kilometre Spin–photon interfaces in silicon: Quantum optics Mie resonances light up nanoplastics: Nanophotonics A Compact Topological Microwave Isolator: Photonic devices Unlocking cellular complexity with multispectral live-cell imaging: Multispectral fluorescence microscopy Single-photon detection surprise: 2D materials Controlling structured light in the extreme ultraviolet range: X-ray free-electron lasers Taming photons on a chip: Solid-state emitters Photons learn to classify with a quantum edge: Quantum machine-learning Nanophotonics with multilayer van der Waals materials Chirality-assembled on-chip lasers: Liquid crystals On-chip programmable nonlinearity: Nonlinear optics Parallel photon avalanche in holmium nanoparticles: Photon avalanche nanoparticles High-harmonic generation meets quantum optics: Attosecond photonics Going visible: Attosecond solitons Tunable structural colour: Photonic crystals Consensus statement on Brillouin light scattering microscopy of biological materials Splitting light pulses: Metamaterials Controlling magnetization dynamics in a single step: Optomagnetism OLETs with narrowband emission: Organic optoelectronics Pulsed lasers light up opportunities: View from… JSAP 2025 A rendezvous with light. Quantum cluster states engineered in three dimensions. Seeing quick beats with atomically thick sheets. Twisting entangled photons on a chip. Tiniest LEDs light up. Optical microcombs for ultrahigh-bandwidth communications. Continuing the diversity conversation. Polarized white-light emission from organic semiconductors: Organic optoelectronics. Intertwining with Fourier optics: Orbital angular momentum. Dual comb on a chip targets compact optical clocks: Frequency combs. Breaking down plastics with light: Green photonics. Exploiting 2D materials: View from... AIPCongress/NFO-17/ANZCOP/COMMAD. Neuromorphic photonics for efficient computing: View from...ICNP 2024. Super-resolution microscopy at its sharpest Pushing super-resolution microscopy with MINFLUX Super-resolution microscopy for the life sciences