Ultrafast flashes of light could permit detailed studies of electron behaviour in atoms and ultrafast imaging of structures within materials
Pink, purple and blue white dwarfs also exist, upending common ideas about these end-of-life stellar remnants
Europe’s largest event for electronics manufacturing comes to Munich on 10−13 November 2026
System achieves 100% optical contrast
Read article: Laser cavity boosts nitrogen–vacancy magnetic sensor
New ultrasound trap boosts our understanding of charge transfer
Read article: Controlled collisions reveal predictable pattern in triboelectric charging
Pressure sensors and particle detectors could benefit from research
Read article: Levitated nanoparticle detects single-atom collisions
Magnetic moment could be measured at unprecedented precision
Read article: One-positron quantum cyclotron could put the Standard Model to the test
New timekeeping tools could revolutionize studies of fundamental physics
Read article: Nuclear clocks finally see the light
New work could lead to improvements in organic photovoltaics
Read article: Exciton wavefunctions come into view
Explore our interactive quizzes, word games, crosswords and more.
Quantum experiment is controlled from thousands of kilometres away
Read article: Theorists use cloud-based Bose–Einstein condensate to study tunnelling
Innovative scintillation detectors are pushing the boundaries of radiation detection, unlocking unprecedented speed, accuracy and clarity in a range of fields
Read article: Scintillating technology: how advanced lanthanum bromide crystals are transforming radiation detection
Join the audience for a live webinar at 2 p.m. GMT/3 p.m. CET on 12 November 2026
How precise sample manipulation enables complementary nanoscale techniques to work together on one sample
Read article: One sample, many dimensions: prospects for multimodal nanoscale characterization
Qubit decoherence remains the primary barrier to many practical quantum devices. This is why vacuum and cryogenic equipment scaling are key enablers to delivering useful quantum products and systems
Read article: Engineering the unknown: building vacuum and cryogenic systems for the quantum frontier
A cryostat that can reach temperatures of 4 K and warm back up again within just two hours offers an efficient solution for testing the electronic components needed to build quantum computers
Read article: Faster cryogenics speeds up quantum testing
Richard de Grijs looks at how the Roman Space Telescope will change astronomy forever
Read article: How the Nancy Grace Roman Space Telescope will turn the sky into a dataset
A high-speed, 3D light-sheet microscope allows researchers to record seizure dynamics in larval zebrafish
Read article: Fast 3D imaging reveals how seizures move through the brain
Magnon microscope focuses on useful non-linear interactions
Read article: X-ray camera catches spin waves in the act
Seismic stations in Louisiana have been found to provide insights into Hurricane Isaac
Read article: Earthquake sensors reveal vital information about how hurricanes move and grow
Cross calibration combines data from 25 satellites
Read article: GPS particle detectors track space radiation over two decades
SI units, quantum sensors, compact particle acceleration and improved radiotherapy all feature in a new free-to-read briefing
Read article: The 2026 Physics World Instrumentation & Vacuum Briefing is out now
Previously unknown pathway involving superhydrophobic surfaces could influence the development of new anti-icing techniques
Read article: Frost spreads across surfaces via suspended ‘ice bridges’
Ben Stein explores the quirks of the International System of Units
Read article: The International System of Units: constantly evolving, but forever quirky
Laser-driven thermoviscous flows provide contact-free rotation, transport or stabilization of delicate samples such as biological cells
Read article: Laser-based rotation of floating samples enables high-resolution 3D microscopy
Honor Powrie considers whether AI can make robots more human
Read article: How AI is transforming human robots
Superconducting device could be used in quantum computers
Read article: New bolometer achieves sub-zeptojoule resolution
From semiconductor fabrication to pharmaceuticals, quantum technologies, and materials research, Thyracont’s vacuum instruments are at the heart of some of the world’s most adv...
Read article: Thyracont’s vacuum measurement instruments enable innovation across industries
New roadmap states the UK must prioritize its capabilities in semiconductor standards