Instrumentation and measurement

Latest articles

Diagram showing distances between molecules measured in polyproline "rulers" between 5 and 30 repeats long. The distances are arranged like rungs on a ladder, with the shortest at the bottom and the longest at the top. A separate diagram on the right shows the measurement uncertainty in each position determination.

Optical technique measures intramolecular distances with angstrom precision

On the proper use of a Warburg impedance

Join the audience for a live webinar on 4 December 2024 sponsored by Gamry Instruments, Inc., BioLogic, Scribner and Metrohm Autolab, in partnership with The Electrochemical Societ...

Multi-qubit entangled states boost atomic clock and sensor performance

Greenberger–Horne–Zeilinger states increase measurement frequency

Quantum material detects tiny mechanical strains

Sensitivity of vanadium-oxide-based device breaks previous record by more than an order of magnitude

Research headlines

noncontact atomic force microscopy and computational modelling was used to determine the structure of the aluminium oxide surface

Aluminium oxide reveals its surface secrets

New non-contact atomic force microscopy images shed more light on the "enigmatic insulator" aluminium oxide

Camera takes inspiration from cats’ eyes to improve imaging performance

Device might be employed in applications such as autonomous vehicles, drones and surveillance systems

precisely measuring the energy needed to excite the thorium-229 nucleus, a crucial step towards developing a future nuclear clock

Nuclear clock ticks ever closer

New device could not only be the best time-keeper ever, it could also revolutionize fundamental physics studies

Zihao Ou holds a vial of the common yellow food dye tartrazine in solution

Light-absorbing dye turns skin of a live mouse transparent

The technique could be used to observe a wide range of deep-seated biological structures and activity

Taner Esat from Forschungszentrum Jülich

Quantum sensor detects magnetic and electric fields from a single atom

New device is like an MRI machine for quantum materials, say physicists

Photo of Liang Jiang in an office pointing at a computer screen displaying a map of the proposed quantum network

Vacuum-sealed tubes could form the backbone of a long-distance quantum network

Theoretical study proposes a "revolutionary" new method for constructing the future quantum Internet

Free Peer Review Excellence online course

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Explore more in instrumentation and measurement

Tycho Brahe statue overlooking the Østervold Observatory in Denmark

Rambling tour of Europe explores the backstory of the Scientific Revolution

Victoria Atkinson reviews Inside the Stargazer’s Palace by Violet Moller

Simultaneous structural and chemical characterization with colocalized AFM-Raman

HORIBA explores how colocalized AFM-Raman enables dual structural and chemical analysis in a single scan, offering deeper insights across diverse applications

Vacuum for physics research

Available to watch now. Gain an understanding of vacuum to better enable your critical research, with Agilent Technologies.

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Quantum growth drives investment in diverse skillsets

Scientific equipment makers are building a diverse workforce to feed into expanding markets in quantum technologies and low-temperature materials measurement

The most precise timekeeping device ever built

Colorado-based researchers have reduced the systematic uncertainty in their optical lattice clock to a record low. Ali Lezeik explains how they did it

Enabling battery quality at scale

The Electrochemical Society in partnership with BioLogic explores how high-throughput inspection can enable battery quality at scale

Quantum dot liquid scintillator could revolutionize neutrino detection

A new type of water-based scintillator made from quantum dots could make neutrino detectors safer and cheaper

Atomic clocks on the Moon could create ‘lunar positioning system’

Lunar time standard would avoid pitfalls of time dilation

Jonathan Peters performing some experiments

‘Event-responsive’ electron microscopy focuses on fragile samples

Pharmaceutical and catalysis research could benefit from new technique

Introducing Python for electrochemistry research

Available to watch now, The Electrochemical Society, in partnership with BioLogic and Gamry Instruments, explores the advantages of using Python in your electrochemical research

Artist's impression of how an object moves through a field of obstacles using sound waves

Sound waves move objects in liquid

New technique might be used in applications such as targeted drug delivery, micro-robotics and even additive manufacturing

How do electromagnetic waves carry information about objects they interact with?

Theorists develop new continuity equation to help them visualize the process

Structured electrons have chiral mass and charge

Discovery has puzzled some physicists

Second team uses laser to excite thorium-229 nuclear transition

Rapid progress being made in development of nuclear clock

Matter-wave interferometry puts new limits on ‘chameleon particles’

Gravity measurement benefits from optical lattice

The Antikythera Mechanism: artistic rendering of the oldest analogue computer

Could the answer to the Antikythera astronomical device emerge from a Manhattan basement?

Robert P Crease meets Michael Dubno, who is trying to solve the mystery of the ancient Antikythera mechanical device

Teaching nuclear physics using data rather than models, recovering helium from party balloons

A cryogenics technician and nuclear physicist are our podcast guests

An image of blood vessels in the brain resembling a complex embroidery of bright-red threads on a black background

MRI technique detects light-emitting molecules deep inside the brain

New method circumvents limitations of optical imaging by making blood vessels sensitive to light from luminescent labelling proteins

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