IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile
IOP Thin Films and Surfaces Group

@ioptfsg

The IOP Thin Films and Surfaces group aims to stimulate interest in and advance the science and technologies of thin films, surfaces and interfaces.

ID: 1394317109912653826

linkhttps://www.iop.org/physics-community/special-interest-groups/thin-films-surfaces-group calendar_today17-05-2021 15:42:25

114 Tweet

66 Followers

41 Following

Robert Palgrave (@robert_palgrave) 's Twitter Profile Photo

Interested in using XPS to help with your materials research? EPSRC are offering grants for materials scientists to work with research centres like Harwell XPS. Contact us if interested in a joint application! ukri.org/opportunity/wo…

DOE Office of Science (@doescience) 's Twitter Profile Photo

You can't hold onto light, but certain tech can confine it. With tools Berkeley Lab & SLAC, scientists NC State University showed that a class of thin-film membranes can "squeeze" infrared light better than current methods. It could improve infrared imaging: news.ncsu.edu/2024/06/squeez…

You can't hold onto light, but certain tech can confine it. With tools <a href="/BerkeleyLab/">Berkeley Lab</a> &amp; <a href="/SLAClab/">SLAC</a>, scientists <a href="/NCState/">NC State University</a> showed that a class of thin-film membranes can "squeeze" infrared light better than current methods. It could improve infrared imaging: news.ncsu.edu/2024/06/squeez…
IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile Photo

📢 Congratulations to Boyao Liu🌟 for winning the @IOPTFSG oral prize for his presentation "Experimental Characterisation of Defect-Induced Phonon Lifetime Shortening" at the ECOSS37 event at Harrogate! Here with committee member, David Ward, Cavendish Lab iop.eventsair.com/evc17-ecoss37/

📢 Congratulations to Boyao Liu🌟 for winning the @IOPTFSG oral prize for his presentation "Experimental Characterisation of Defect-Induced Phonon Lifetime Shortening" at the ECOSS37 event at Harrogate! Here with committee member, David Ward, Cavendish Lab iop.eventsair.com/evc17-ecoss37/
IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile Photo

Our poster prize at the Nanoscience@Surfaces Summer School 2024, sponsored Dylan James Scientific, was awarded to Elspeth Smith🌟from Ruhr University for her work “Structure of Aqueous Na Citrate at the Polarisable Au(111) Interface from MD Simulations”. Here with TFSG chair, Karen Syres

Our poster prize at the Nanoscience@Surfaces Summer School 2024, sponsored <a href="/DylanJamesSci/">Dylan James Scientific</a>, was awarded to Elspeth Smith🌟from Ruhr University for her work “Structure of Aqueous Na Citrate at the Polarisable Au(111) Interface from MD Simulations”. Here with TFSG chair, Karen Syres
IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile Photo

📢Applications are now open for an exciting PhD studentship to study the nanostructure of perovskite thin films. You'll be trained in a wide range of thin-film characterisation techniques under the supervision of Dr Karen Syres @UCLan. Deadline Sept 18th! findaphd.com/phds/project/n…

Physics Magazine (@physicsmagazine) 's Twitter Profile Photo

New research reveals how friction at edges dominates the resistance to sliding of certain technologically promising materials whose layers are held together by Van der Waals forces. go.aps.org/3Zr2sVI

New research reveals how friction at edges dominates the resistance to sliding of certain technologically promising materials whose layers are held together by Van der Waals forces. go.aps.org/3Zr2sVI
Harwell XPS (@harwellxps) 's Twitter Profile Photo

A lot of debate has been had over the last few years regarding carbon calibration in XPS. Read the new paper from David Morgan on this topic in Surface and Interface Analysis doi.org/10.1002/sia.73…

Physics Magazine (@physicsmagazine) 's Twitter Profile Photo

The frictional force between solids sliding against each other is typically independent of velocity. But new research shows that this expectation is upended on the atomic scale. The findings could lead to materials with tailored frictional properties. go.aps.org/3zvlO1e

The frictional force between solids sliding against each other is typically independent of velocity. But new research shows that this expectation is upended on the atomic scale. The findings could lead to materials with tailored frictional properties. go.aps.org/3zvlO1e
IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile Photo

Congratulations to Paola Mantegazza @UniBirmingham and Ailish Gray Uni of Nottingham #WeAreUoN for sharing our poster prize🌟 during Surface Science Day 6, organised by Alex Saywell on Sept 17th at Nottingham Uni. Great event - can't wait for SSD7! 😀 iop.eventsair.com/ssd2024/

Congratulations to Paola Mantegazza @UniBirmingham and Ailish Gray <a href="/UniofNottingham/">Uni of Nottingham #WeAreUoN</a> for sharing our poster prize🌟 during Surface Science Day 6, organised by Alex Saywell on Sept 17th at Nottingham Uni. Great event - can't wait for SSD7! 😀 iop.eventsair.com/ssd2024/
The Nobel Prize (@nobelprize) 's Twitter Profile Photo

BREAKING NEWS The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Physics to John J. Hopfield and Geoffrey E. Hinton “for foundational discoveries and inventions that enable machine learning with artificial neural networks.”

BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Physics to John J. Hopfield and Geoffrey E. Hinton “for foundational discoveries and inventions that enable machine learning with artificial neural networks.”
PRX Energy (@prx_energy) 's Twitter Profile Photo

A thorough review of copper chalcopyrites, including CIGS, for #SolarPower explains several key parameters for these photovoltaic cells regarding the intrinsic absorber surface, surface oxidation, and surface passivation strategies. 🔗 go.aps.org/4g8qCcT

A thorough review of copper chalcopyrites, including CIGS, for #SolarPower explains several key parameters for these photovoltaic cells regarding the intrinsic absorber surface, surface oxidation, and surface passivation strategies. 

🔗 go.aps.org/4g8qCcT
Institute of Physics (@physicsnews) 's Twitter Profile Photo

Nominations are open for the David Tabor Medal and Prize, celebrating distinguished contributions to nanoscale or surface physics. ✨ In 2023, the medal and prize was awarded to Professor Lev Kantorovich (King’s College London) for groundbreaking theories on molecular

Nominations are open for the David Tabor Medal and Prize, celebrating distinguished contributions to nanoscale or surface physics.  

✨ In 2023, the medal and prize was awarded to Professor Lev Kantorovich (King’s College London) for groundbreaking theories on molecular
Hiden Analytical Ltd (@hidenanalytical) 's Twitter Profile Photo

Nanotech is revolutionizing thin film engineering, from ALD to quantum dots. Discover breakthroughs in flexible electronics, 5G, and sustainable energy with Hiden Analytical’s advanced tools. #Nanotech #ThinFilms #Innovation hidenanalytical.com/blog/surface-e…

Nanotech is revolutionizing thin film engineering, from ALD to quantum dots. Discover breakthroughs in flexible electronics, 5G, and sustainable energy with Hiden Analytical’s advanced tools. #Nanotech #ThinFilms #Innovation
hidenanalytical.com/blog/surface-e…
Institute of Physics (@physicsnews) 's Twitter Profile Photo

100 years ago, the development of quantum mechanics began. Today, UK researchers and businesses are pioneering discoveries that could allow us to do things previously thought impossible. Join us for #QuantumYear2025: iop.org/IYQ Watch the opening ceremony live

100 years ago, the development of quantum mechanics began.

Today, UK researchers and businesses are pioneering discoveries that could allow us to do things previously thought impossible.

Join us for #QuantumYear2025: iop.org/IYQ

Watch the opening ceremony live
IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile Photo

Registration is open for our flagship conference ISSC25 organised by Diamond Light Source! It covers most experimental and theoretical aspects of surfaces, interfaces and nanoscale physics and chemistry. Submit your abstract by Feb. 16th! Further info ➡️ iop.eventsair.com/issc2025

Registration is open for our flagship conference ISSC25 organised by <a href="/DiamondLightSou/">Diamond Light Source</a>! It covers most experimental and theoretical aspects of surfaces, interfaces and nanoscale physics and chemistry. Submit your abstract by Feb. 16th! Further info ➡️ iop.eventsair.com/issc2025
Hiden Analytical Ltd (@hidenanalytical) 's Twitter Profile Photo

Colin & Alex are at #ISSC2025 in Oxford this week! 🎉 Catch them on the booth from 31 Mar–2 Apr to chat all things surface science. Don’t miss the chance to visit Diamond Light Source & HarwellXPS labs too! #SurfaceScience #MaterialsScience #HarwellXPS #DiamondLightSource

Colin &amp; Alex are at #ISSC2025 in Oxford this week! 🎉 Catch them on the booth from 31 Mar–2 Apr to chat all things surface science. Don’t miss the chance to visit Diamond Light Source &amp; HarwellXPS labs too! 
#SurfaceScience #MaterialsScience #HarwellXPS #DiamondLightSource
Nature Photonics (@naturephotonics) 's Twitter Profile Photo

New article online: Inverted organic solar cells with an in situ-derived SiOxNy passivation layer and power conversion efficiency exceeding 18%. go.nature.com/4chuNCg

New article online: Inverted organic solar cells with an in situ-derived SiOxNy passivation layer and power conversion efficiency exceeding 18%.

go.nature.com/4chuNCg
Nature Physics (@naturephysics) 's Twitter Profile Photo

In droplet microfluidic setups, droplets are driven around on a surface, which is normally hydrophobic. Now, droplet microfluidics with superhydrophilic substrates is shown to also be feasible by exploiting acoustic effects. nature.com/articles/s4156…

IOP Thin Films and Surfaces Group (@ioptfsg) 's Twitter Profile Photo

Congratulations🌟to Samuel Ginzburg Cambridge University on winning the IOP TFSG Oral Prize at #ISSC25 this week! The title of his talk was “Electronic Structure and Surface Dynamics of Fluorine induced Bridge-Bond Defects in Si(001)”. Well done Sam!🙂 iop.eventsair.com/issc2025/

Congratulations🌟to Samuel Ginzburg <a href="/Cambridge_Uni/">Cambridge University</a> on winning the IOP TFSG Oral Prize at #ISSC25 this week! The title of his talk was “Electronic Structure and Surface Dynamics of Fluorine induced Bridge-Bond Defects in Si(001)”. Well done Sam!🙂 iop.eventsair.com/issc2025/