Physics World Materials

Physics World Materials provides news, views and information for the global materials science community

[Physics World Materials @PWMaterials]

Calling all #CondensedMatter Physicists!

You're invited to the @IOPProgressin event at the @PhysicsNews headquarters in London this October for a 2-day workshop celebrating 90 years of Reports on Progress In Physics!

Learn about #PIP2024 here >> https://t.co/WOljGTpNXL

[Physics World Materials @PWMaterials]

Have you signed up for the latest @lap_laser live webinar yet?

Join us at 9 a.m. GMT/10 a.m. CET on 27 February 2024 for comprehensive, pre-clinical insights on the new LAP Laser SGRT system LUNA 3D.

Register today >> https://t.co/mcZXWdrk5Z

#webinar #radiology #clinical

[Physics World Materials @PWMaterials]

Energy Materials 2023: Forging the Future of Energy!

🗓️ Date: Nov 9-10, 2023
📍 Location: Wenzhou, China/ Online (Hybrid Event)
🌐 Explore the frontiers of energy materials.

Register by Nov 3 (no fee): https://t.co/VBwS4MfDQa

#energy #materials #research #china #summit

[Physics World Materials @PWMaterials]

There is still time to sign up for TODAY's new webinar, 'Covalent organic framework as a carbon-dioxide separation membrane'.

Join the audience for a live webinar at 2 p.m. BST/10 p.m. JST.

Register here >> https://t.co/HO4JPHgRhV

#materials #vacuum #carbon

[Physics World Materials @PWMaterials]

Want to find out about the latest research in Infrared nanospectroscopy?

Register for the latest @IUVSTA webinar today >>
https://t.co/ERVPHj9cH0

Sponsored by @bruker
#infrared #protein #instrumentation #measurement #tools #Alzheimers #physicsresearch

[Physics World Materials @PWMaterials]

Want to explore the progress achieved by vacuum deposition instruments and methods to aid carbon reduction study? Of course, you do.

Register today for the latest @iuvsta webinar at 2 p.m. BST/10 p.m. JST on 24 October 2023.

https://t.co/mZfNTshmRY

#materials #vacuum #carbon

[Physics World Materials @PWMaterials]

It's not too late to sign up for tomorrow's @ECSorg webinar, 'Recent developments in porous anodic alumina preparation'.
Register now and join us at 3 p.m. BST/10 a.m. EDT
https://t.co/nNvLBrc9Hk

#ecs #materials #physics #PAA #BioLogic #nanostructures

[Physics World Materials @PWMaterials]

Have you signed up for the latest @ECSorg webinar
'Recent developments in porous anodic alumina preparation' yet?
Join us on 4 Oct, 3 p.m. BST/10 a.m. EDT.
https://t.co/ZAZUkCiG6J
#ecs #webinar #physics #research #materials #PAA #BioLogic #nanostructures

[Physics World Materials @PWMaterials]

Join Daniel Ugarte for an @iuvsta webinar exploring the progress achieved by #ElectronMicroscopy instruments and methods to aid the study of #nanomaterials https://t.co/ASflkHDUPn

[Physics World @PhysicsWorld]

A new solvent-free technique can make almost any surface extremely water-repellent, with applications in aeroplane wings, biomedical devices, drag reduction systems, battery electrodes and more. https://t.co/U0DU5D71GB

[Physics World @PhysicsWorld]

A rare example of a 2D frustrated material make a useful new platform for studying the fundamental physics of 2D magnetism and spin-disordered states, say physicists at the Chinese Academy of Sciences in Hefei. https://t.co/fzVDT05nQN

[Physics World Materials @PWMaterials]

Pyramid-shaped molecules act like paddlewheels, helping to propel sodium ions through a solid-state electrolyte. https://t.co/6Zf9GPdKgz

[Physics World @PhysicsWorld]

A new study of how plants such as lettuce and wheat take up plastic nanoparticles from the soil reveals that the nanoparticles accumulate mainly in the plants' roots, not their shoots. https://t.co/uKMNCIC7X3

[Physics World Materials @PWMaterials]

By manipulating the strain in a 2D material ("straintronics"), researchers have created a "wire" for excitons – a one-dimensional channel through which the quasiparticles flow like water through a pipe. https://t.co/ZaC54IY3uf

[Physics World @PhysicsWorld]

A nanocavity-based method for "upconverting" light from infrared to visible bears fruit for independent collaborations of researchers @EPFL_en and @Cambridge_Uni. https://t.co/bZijhXS0j5

[IOPmaterials @IOPmaterials]

Register now to secure your place for the webinar: Women's Perspectives in #QuantumMaterials.
Dec 17, 2021 3:00PM GMT (10:00AM EST) - 4:00PM GMT (11:00 EST)
With a discussion from guest speakers followed by a Q&A at the end https://t.co/XkfRIqj2rn

[Physics World @PhysicsWorld]

A new wood-based material developed at @BrownUniversity and @UofMaryland that conducts ions 10-100 times better than other polymers could find use in next-generation solid-state lithium-ion batteries. https://t.co/QQ3YAehEQD

[Physics World @PhysicsWorld]

More-efficient perovskite solar cells could be on the cards – but only if scientists re-direct their efforts towards a previously discredited class of perovskites based solely on inorganic elements, say researchers @ucsantabarbara.
https://t.co/RrRnk0LDuM

[Physics World @PhysicsWorld]

A new phase-change memory device that uses much less energy than its predecessors could help meet the world’s increasing demand for digital information storage.
https://t.co/hJvU0tOmiy

[Physics World @PhysicsWorld]

Electrons in a transition metal superconductor called ditetrelide (niobium germanide) flow like a fluid rather than behaving as individual particles – a finding connected to the physics of electron-phonon liquids. https://t.co/ZrRCmZi2ys