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The Pyrenees aka the land of gods 😍 📍Garmo Negro (3065 m)

Very excited to present my work on rheology of transient gels at my first ever conference! #MASCECR

Some of our 2020 and 2021 graduates! We were so excited to see them back for their ceremonies at last and share this special celebration with them

We're back! Join us at the #Explorathon22 extravaganza on Saturday 12th Nov 12-4pm Riverside Museum in Glasgow🙌 Join in with fun experiments, follow our treasure hunt and chat to our researchers 🧐 More info here: bit.ly/3MoiCXa

This Saturday we will be at Riverside Museum from 12 to 4pm doing some fun experiments! You can find more info below ⬇️🧪🧑‍🔬 explorathon.co.uk/events-program…

A PhD position available in my group. Details here findaphd.com/phds/project/p…

A boira preta 🥰

📍Feria de Sevilla

Fantastic group day out on Arran for MCMP Glasgow. Thanks to Paula L Lalaguna, Donald MacLaren Trevor Almeida Fred Rendell-Bhatti. UofG PhysAstro 🌞🏞️🥳 #MCMPgroupdayout

We were delighted to have Paula L Lalaguna give a talk on her research. Scrunching up graphene with light. Amazing 😍🔬💡#opticalstrain

After three months, the time has come to bid farewell to my research stay in University of Glasgow Chemistry . My heartfelt thanks to @prof_djadams and his research team for making this experience enriching both professionally and personally. See you soon!

Delighted to have attended OMC2024 (Optical Manipulation and Structured Materials conference) in Japan, thanks to the organizers and speakers for the very interesting talks! Also had the chance to get immersed in the Japanese culture and beautiful landscapes

We had two fantastic presentations at today's MCMP Glasgow colloquium by PhD students Sara Villa and Paula L Lalaguna. Controlled skyrmion nucleation and wrinkling graphene with light. What more could you want! 🤩🧲💡

Little proud flatmate moment, congratulations Simona Bianco !! 🎉🎉

Ever wanted to crumple up your nanomaterial? Here's how to do it with a light touch: Spatial Control of 2D Nanomaterial Electronic Properties Using Chiral Light Beams | ACS Nano pubs.acs.org/doi/10.1021/ac… Thanks to Paula L Lalaguna, Malcolm Kadodwala , @jbgoette, MCMP Glasgow et al

pubs.acs.org/doi/10.1021/ac… 🚀 Excited to share our latest research on a revolutionary all-optical approach to strain engineering in 2D nanomaterials! 📈✨ Special thanks to @paulaLLagaguna !!! & MCMP Glasgow, @QTGlasgow, @jbgoette, Sonja Franke-Arnold Glasgow Optics Group Alexey Ganin !

Excited to see our work published in ACS Nano. Crumpling up 2D materials with orbital angular momentum beams to control their electronic properties. Like a wrench, but with light ⚡️ Thanks Malcolm Kadodwala Sonja Franke-Arnold @jbgoette et al pubs.acs.org/doi/10.1021/ac…

🚨Great new paper alert 🚨 Researchers at the University of Glasgow used our Tungsten Disulfide (WS2) Monolayer Film in their high-impact paper. Congratulations to Paula and the team on this fantastic work! ossila.com/products/tungs…

An all-optical approach, which controls the forces generated by Laguerre-Gaussian light beams carrying orbital angular momentum (OAM), helps induce tailored strain in #2Dnanomaterials. #Optoelectronics Paula L Lalaguna Malcolm Kadodwala University of Glasgow Chemistry #OpenAccess: go.acs.org/anC

Researchers at University of Glasgow University of Glasgow Chemistry propose a novel approach to control the morphology of 2D materials using angular momentum beams, allowing for the dynamic manipulation of the electronic properties. Read it here 🔗 pubs.acs.org/doi/full/10.10…