Join leading researchers and engineers at the 21st International Conference on Transport and Sedimentation of Solid Particles, taking place October 19–23, 2026, in Hangzhou, China. Learn more: https://aippub.org/4wajUdE

Omnidirectional acoustic sensing down to ultralow frequencies of 1 Hz is demonstrated using an optically levitated microparticle Learn more 👇 https://aippub.org/4gIpMqB

It's been an exciting year for our #ChemicalPhysics portfolio! We're grateful to our global community of authors, reviewers, and readers whose contributions continue to drive discovery forward. 🔗 https://aippub.org/4wJnUDa

Congratulations to Prof. Michel Koenig, Co-Editor-in-Chief of Matter and Radiation at Extremes, on receiving the 2025 Hannes Alfvén Prize for his pioneering contributions to plasma physics. Learn more about this well-deserved recognition: https://aippub.org/4q7TPur

The authors show that the power spectrum of Brownian motion in a linear, isotropic viscoelastic material is proportional to the real part of the complex mobility of a corresponding linear rheological network. Learn more 👇 https://aippub.org/4ccg78t

To control gas mixtures with magnets, researchers must exploit the magnetic properties of gas species. However, the effects of magnetic fields on gas transport are not well explored. #Scilight Learn more 👇 https://aippub.org/4yYTGO0

Exploring the magnetic manipulation of gases

Numerical investigation quantifies how magnetic fields affect the transport of oxygen in air.

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Ants have long been employed to study topics from engineering to cooperative problem solving, and now researchers have made discoveries about active matter with the help of fire ants. #Scilight Learn more 👇 https://aippub.org/4pSmEe8

The ants go marching in giant number fluctuations

A study of fire ants finds they behave collectively like polar active particles in their active state.

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Stratified axisymmetric gravity currents are modeled using shallow-water equations. Internal density changes increase speed and cause a central "bare spot" ($r=0$). Tel-Hai University of Kiryat Shmona in the Galilee Learn more 👇 https://aippub.org/4fu7450

New nanosecond NTA enables wide-field video-rate HD mid-IR imaging without ultrafast lasers, delivering chemical-sensitive visualization across the broadband molecular fingerprint region. Learn more 👇 https://aippub.org/4fr2N0S

❗Reminder Join our speakers Dr. Slava Merkin and Dr. Kareem Sorathia tomorrow at 11AM ET for a POP webinar on "Geospace Storms: Untangling System Complexity in our Cosmic Backyard" Learn more: 🔗 https://aippub.org/4eXtfiD

No single metric captures a journal's impact. For APL Machine Learning, we're proud to see strong performance across multiple measures: 📊 JIF 4.1 📊 CiteScore 6.5 ⏱ 36-day median time to first decision Visit our journal overview page to learn more! 🔗 https://aippub.org/3QBsXpu

Despite differences in local conditions, internal waves of the ocean follow a universal energy spectrum known as the Garrett-Munk (GM) spectrum. Learn more 👇 https://aippub.org/4ck474S

Uniformity in upper-ocean high-frequency dynamics

Shaped by eddy-wave interactions, the high-frequency motions in the ocean surface mixed layers follow a universal energy spectrum.

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Quantum computing starts with creating reliable qubits. Our robust strontium apparatus at TU/e consistently prepares single atoms in tightly focused optical tweezers ready for calculations. @tue.nl Learn more 👇 https://aippub.org/3TbEXyT

A robust strontium tweezer apparatus for quantum computing

Neutral atoms for quantum computing applications show promise in terms of scalability and connectivity. We demonstrate the realization of a versatile apparatus

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Reminder ❗ in APL Computational Physics This Special Topic is still open for submissions. Submit by August 31, 2026! Learn more 👇 https://aippub.org/444SLNT

📢 Call For Papers This Special Topic highlights advances in dielectrophoresis and related electrokinetic phenomena, emphasizing research presented at or relevant to the Dielectrophoresis 2026 Conference. Submit by December 31, 2026 Learn more 👇 https://aippub.org/4aThXe6

How do author-suggested reviewers impact manuscript acceptance rates? An analysis of more than 35,000 papers across 37 AIP Publishing journals dives into what the data can tell us. Read from Senior Research Integrity and Ethics Specialist Biz Turnell on our blog. 🔗 https://aippub.org/4yQrZXD

Circular polarization can smooth crossed-beam energy transfer in laser fusion experiments, reducing beam-to-beam variations and optics damage while preserving control of implosion symmetry. Learn more 👇 https://aippub.org/4g7BtFx

APL Electronic Devices & Applied Physics Letters is a proud sponsor of the Student Awards at the International Workshop on Gallium Oxide and Related Materials (IWGO-6)! https://aippub.org/4x8X6vJ

❗Reminder Intelligent Organ-on-Chip Models is open for submissions! Submit by August 31, 2026. Learn more 👇 https://aippub.org/4vYeC5Y

📢 Call For Papers This Special Topic aims to bring together cutting-edge research that integrates AI/ML techniques with photothermal and photoacoustic physics, spanning both fundamental theory and practical applications. Submit by October 31, 2026 Learn more 👇 https://aippub.org/4h1lieP

Achieving the promise of nuclear fusion as a source of limitless, safe, and clean energy is a grand challenge for science and engineering. #Scilight Learn more 👇 https://aippub.org/4c6kfH1

Artificial intelligence brings us closer to realizing the promise of nuclear fusion

Machine learning is helping address a long-standing magnetic stability issue in tokomak reactors.

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One in three people will die from a cardiovascular disease. Often these diseases, which include strokes and heart attacks, strike without warning. #Scilight Learn more 👇 https://aippub.org/4w3A9Jn

Blood flow dynamics revealed in the heart could help prevent cardiovascular diseases

Researchers combined two modal decomposition techniques to better understand flow patterns inside the left ventricle that may be key biomarkers of cardiovascula

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📢 Call For Papers This Special Topic aims to bring together advances in quantum algorithms, quantum simulation, and application-driven quantum computing relevant to computational physics. Submit by November 30, 2026. Learn more 👇 https://aippub.org/4gRAP0N

Occupying the frequencies between microwaves and infrared light, terahertz radiation has shown potential for future telecommunications standards. #Scilight Learn more 👇 https://aippub.org/45sKJPl

Slot waveguide bypasses need for tapered spikes for terahertz communication

Simpler, substrateless design draws on effective medium theory to deliver a waveguide that’s less prone to misalignment with much more potential for scaled fabr

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Subsea blowouts, dredging operations, and deep-sea mining release solids, liquids, and gases into moving water. #Scilight Learn more 👇 https://aippub.org/44RtYxb

🚀 #Webinar Alert! Join our speakers Dr. Slava Merkin and Dr. Kareem Sorathia on August 5 at 11AM ET for a POP webinar on "Geospace Storms: Untangling System Complexity in our Cosmic Backyard" Learn more: 🔗 https://aippub.org/4eXtfiD

Physics of Plasmas is proud to announce the 4th Early Career Collection. 👏 The Editorial Board selected 33 authors who published papers in all areas of plasma physics research. Read the collection 👇 https://aippub.org/4paT2bC

Mesenchymal stem cells (MSCs) are a type of connective tissue stem cell with the ability to differentiate into a variety of cell types. #Scilight Learn more 👇 https://aippub.org/44VZXfB

What makes a stem cell stiff or squishy?

By studying mechanical properties of mesenchymal stem cells, researchers can better understand how they differentiate.

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Quantum dots (QDs) generate single photons or entangled photons pairs that can be used for encryption and precise measurements, placing them at the core of technologies like quantum communication, sensing, and computing. #Scilight Learn more 👇 https://aippub.org/4fB6gu1

Optical control of quantum dots can enable future quantum technologies

Quantum technologies like sensing, communication, and computing need high-quality quantum dots; here is where the field stands.

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Matteo Corti is the APL Photonics 2025 Future Luminary Award Winner! Please join us in congratulating Matteo on this recognition. We are proud to highlight his work in APL Photonics and the work of all our finalists in the Future Luminary Collection. Learn more 👇 https://aippub.org/4vQGszU