tara

Based on Tara’s world: Tara is a researcher at university, deeply enjoy the science mainly physics.

[Physical Review X @PhysRevX]

💎 Why do two forms of La3Ni2O7 exhibit very different superconductivity? A new study on the monolayer-trilayer phase says it comes down to interlayer coupling of bilayer NiO6 units.

Check it out: https://t.co/HGn1bjFa6J

[Nature Photonics @NaturePhotonics]

New Article online: Inverted phosphorescent OLEDs with plasmon coupling from quantum dot interlayers for enhanced efficiency.

https://t.co/vnUpOgsDz6

[Department of Physics at University of Oxford @OxfordPhysics]

Oxford researchers created energy-efficient physical AI using water and spin waves to process information and control autonomous robots in real time. Read more: https://t.co/fgEly5Pi3V
Video generated artificially with the purpose to illustrate the article.

[Physical Review Letters @PhysRevLett]

New research shows second harmonic generation can detect altermagnetic signatures that were previously inaccessible using linear optical methods. The work can help researchers understand light-matter interactions within altermagnets.

Learn more: https://t.co/wL41sLof73

[Physical Review X @PhysRevX]

This paper finds that angular momentum imposes crucial constraints on configuration space of quantum quadrupoles, opening the door to a new wave of investigations exploring multipoles in pyrochlore materials.

Get the details: https://t.co/grTM8C3Qgg

[Nature Nanotechnology @NatureNano]

Structured light–matter interaction in semiconductor cavity quantum electrodynamics.

A coupled #quantumdot micropillar system enables cavity-enhanced #singlephoton emission with spin-locked orbital angular momentum & tunable spin–orbit entanglement.

https://t.co/1BxtsKgmEO

[Physical Review X @PhysRevX]

New research bridges a persistent gap in spintronics by demonstrating a spin-orbit filtering mechanism for unconventional spin current generation and efficient, field-free switching through crystal symmetry engineering.

Read more: https://t.co/10gPsU8ED3

[Department of Physics at University of Oxford @OxfordPhysics]

Huge congratulations to Professor Laura Herz for winning the Royal Society’s Rumford Medal for her pioneering solar cell research and ground-breaking work on semiconductors. Read the full article via link in bio or visit https://t.co/IGyCwyGkOU

[The Nobel Prize @NobelPrize]

When you throw a ball at a wall, you can be sure it will bounce back at you.

You would be extremely surprised if the ball suddenly appeared on the other side of the wall. In quantum mechanics this type of phenomenon is called tunnelling and is exactly the type of phenomenon that has given it a reputation for being bizarre and unintuitive.

The 2025 Nobel Prize laureates in physics John Clarke, Michel H. Devoret and John M. Martinis, used a series of experiments to demonstrate that the bizarre properties of the quantum world can be made concrete in a system big enough to be held in the hand. Their superconducting electrical system could tunnel from one state to another, as if it were passing straight through a wall. They also showed that the system absorbed and emitted energy in doses of specific sizes, just as predicted by quantum mechanics.

In a few weeks we will be announcing this year's Nobel Prize in Physics - stay tuned.

[Nader Engheta @NaderEngheta]

I am deeply honored and humbled to be elected to this National Academy.

[Department of Physics at University of Oxford @OxfordPhysics]

Oxford physicists have helped find the strongest evidence yet of magnetic fields on exoplanets, discovering that strange, slowing winds act as a planetary magnetic brake. Read article in full via link in bio or visit https://t.co/YtXMaIiOnW

[Optica Publishing Group @OpticaPubsGroup]

An Editors' Pick via #OPG_OL: Phase-engineered distributed grating reliefs for high-power single-mode 795-nm VCSELs with on-axis emission https://t.co/7VlRWtNroj #VCSEL #QuantumTechnology @TRUMPFinc

[Optica Publishing Group @OpticaPubsGroup]

An Editors' Pick via #OPG_OL: Single-mode nonlinear amplification of femtosecond pulses in a multimode-fiber regenerative amplifier https://t.co/puRBbm9EFy #FiberRegenerativeAmplifier #UltrafastPulses @Cornell

[Seán Kavanagh @Kavanagh_Sean_]

We discuss burgeoning efforts to use data-driven and machine learning methods for defect simulations; in our contribution to the 100 Years of Point Defects special collection in MRS Bulletin

Plenty of challenges and opportunities alike!

w/@prashungorai @ArunKumarMK20
🔗👇

[Nature Photonics @NaturePhotonics]

New open access Article online: Optical convolutional spectrometer.

https://t.co/Ml93PZ1NTt

[Nature Photonics @NaturePhotonics]

New open access article online: Generation of continuous-wave 1–11 THz radiation with intersubband polaritonic metasurfaces.

https://t.co/eV3P2fBxIH

[Optica Publishing Group @OpticaPubsGroup]

An Editors' Pick via #OPG_OpEx: Integrated stealth-sensing fiber-optic sensor via Dirac-cone phononic crystal https://t.co/JcrovytPgC #PressureSensors #FiberLasers

[Pumera Research Group @PumeraGroup]

🩸🤖 Our New paper out in @NatureComms!
Our Review explores artificial chemotaxis in micro/nanomotors — tiny machines that move using chemical signals, with future potential in medicine, sensing & water cleaning. 🌊💊🔬

Proud of Roshan & Sophie! 🚀

Link: https://t.co/zaFBAQWATs

[American Physical Society @APSphysics]

An “invisibility cloak” for heat? Researchers are getting closer. 🔥

Using #MachineLearning, scientists designed metamaterials that guide heat around an object while leaving the surrounding temperature field almost unchanged. Read more in @PhysRevLett: https://t.co/s6XGHK0w8h

[Ash Paul @pash22]

Generative AI without guardrails can harm learning: Evidence from high school mathematics https://t.co/QnZEDgeYQ2 via @hamsabastani et al