

Applied voltage adjusts intensity at twin focal points
Device might be employed in applications such as autonomous vehicles, drones and surveillance systems
New technique could reduce risks of unwanted surveillance, chip failure and theft, say researchers
The behaviour of photons confined inside three-dimensional cavity superlattices is much more complex than that of electrons in conventional solid-state materials
Discovery has puzzled some physicists
Technology based on diffractive optical process offers alternative to traditional encryption
Energy efficient and integrated device is pumped by an LED
Technique gives greater control and flexibility over entanglement
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The Pacto has been tailored for the life sciences and biomedical industries
Tibidabo group companies outline their range of products designed for photon detection
Staff from Element Six outline the many thermal, optical and quantum applications of diamond
Hübner Photonics introduces the company's C-WAVE product family of tunable and laser light sources
MKS-Newport introduces the ODiate high-performance optical filter line at Photonics West 2023
NKT Photonics presents new fibre lasers for the quantum computing community
Minus-K Technology showcases the company's range of passive vibration isolators
Physicist Fatima Gunning explains how mentorship has helped her grow as a researcher and teacher
Available to watch now. Liquid Instruments explores how to implement optical modulation and detection techniques with a reconfigurable, FPGA-based device
Hannah Stern explains why the quantum revolution needs a new toolkit of materials
Andrew Weld is the head of research and development at QLM technologies
Gearing up in the search for ultrahigh-energy cosmic rays
Jolyon De Freitas says that the ubiquity of optics and photonics in the coming decades will provide many challenges but ample opportunities too
New technique can stably trap irregularly shaped particles bigger than 0.1 mm – something that has been challenging to do so far
Protons were driven to 150 MeV, 50% higher than previous record
A novel 3D printing method can rapidly produce optical components with commercial-level quality
New method might find applications in biomedicine
We chat about ultrashort pulses and ultrasharp students in this podcast
Researchers demonstrate a novel computation architecture based on the interaction of optical and acoustic waves
Available to watch now, COMSOL explains how modelling and simulation is being used to drive innovation in photonic device design
Researchers demonstrate a new way to induce a relatively large magnetic moment in room-temperature materials
Material contains special bandgap states that efficiently absorb light at crucial solar wavelengths
Researchers develop nanocluster-based photoreceptors that combine colour vision, photoadaptation and circular polarization vision into a single system
Researchers calculate that large-scale devices would be cheap to produce, too
Prototype system uses four different light sources to transmit information