Better than Photoshop - a framework for image up-sampling that embeds new (but true) information by fusing “single sample” data from two different image modalities. Here demonstrated for megapixel fluorescence lifetime imaging science.org/doi/full/10.11…

Welcome back! We hope you enjoyed your visit and thank you for your continued support of the ARC and our University. #TeamUofG

In 1971 Zel’dovich proposed that a rotating metallic device or absorbing cylinder will amplify light with angular momentum if the cylinder rotates faster than the light oscillation frequency. That condition made it impossible to see…until today rdcu.be/dL5K7

In 1971 Zel’dovich proposed that a rotating metallic or absorbing cylinder will amplify light with angular momentum if the cylinder rotates faster than the light oscillation frequency. That condition made it impossible to see…until today rdcu.be/dL5K7

Proud to showcase our brain scanning work of Daniele Faccio Extreme Light, College of Science & Engineering, UofG to Peter Kyle MP, [Secretary of State for Science, Innovation and Technology], EPSRC, UofGVC and Sir Peter Knight with PhD students Vytas and Marija, to launch the new £100M investment in Quantum!

Here I am introducing to Peter Kyle , SoS DSIT, our Daniele Faccio Jack Radford future brain scanning collaborations as part of QuSIT, the newly announced Quantum hub for Sensing, Imaging and Timing. University of Glasgow UofG SciEng UofGARC QuantIC

Brain-computer-interfaces for neuromorphic computing. Multiplexing 100s of frequencies, a simple LED and a single-electrode EEG at the visual cortex can perform classification tasks. Concatenating brains (multilayer network) shows improved performance. nature.com/articles/s4146…

🎉 Excited to share our latest publication today! A big thank you to: Ivi Afxenti, Lijun Yu, Taylor Shields, Daniele Faccio, Thomas Bradley, Lucia Caspani, Matteo Clerici, and quantunmise for the collaboration. 🔗 You can read our paper here: doi.org/10.1364/OE.529…

Caught the tail end of a very brief aurora yesterday evening from Glasgow hills. Just about visible by eye but phone cameras are remarkably good.

New review in Nature Photonics : Advances in Quantum imaging, nature.com/articles/s4156…, with Warwick Bowen Maria Chekhova Gabriela Barreto Lemos, Dan Oron, Sven Ramelow @NicolasTreps Daniele Faccio

Spectacular soup of charged particles and ionised gas, trying to melt a magnetised rock hurtling through space

In shocked awe of the insane SpaceX achievement…engineering at its best. Total admiration for the team effort needed to pull this off

Pixelsmith is a new method to generate any-resolution (> 1024x1024) images using diffusion models! They upsample images to the desired resolution, add noise, and slowly denoise it with a patch-based guidance. It works on a single GPU! thanos-db.github.io/Pixelsmith/

"Proud to share our work with you all! 🎉 Check out our tool, give it a spin, and enjoy! Looking forward to connecting in person at NeurIPS – see you there! 👋 #NeurIPS2024 #researchpaper #GenerativeAI #generativeart

A new documentary featuring a collaboration between Daniele Faccio of School of Physics & Astronomy, Uni. of Glasgow and artists Semiconductor is premiering at the DOK Leipzig festival today! Read more about how art and physics is explored in Thomas Riedelsheimer’s ‘Tracing Light’: gla.ac/3AjeXIF

Diffusion as a confinement mechanism, can guide light around bends and with 10-100x higher transmission through completely opaque materials. Works also for heat and neutrons! Great work with Kevin Mitchell, Extreme Light, UofG PhysAstro nature.com/articles/s4156…

A very well written summary of our new concept for guiding light in scattering media nature.com/articles/s4156…

Sabine Hossenfelder has discovered Suzanne Gildert's wild quantum consciousness company youtube.com/watch?v=G90M5O…

A beautifully exposed thought-scape and approach to the science of consciousness, defending the right for theories, including IIT, to exist. Lessons to be learnt and applied across all of science, thank you Anil Seth Àlex Gómez-Marín nature.com/articles/s4159…

Can you rejuvenate an old brain by giving it young immune cells? 🧠 My lab Calico put it to the test. In our new study, we replaced the brain's immune cells in old mice with young ones. The result? The old brain environment forced the young cells to age RAPIDLY. A 🧵👇