#MimisTinyAdventure

Mimi’s Tiny Adventure Join Mimi, her family and friends as they meet amazing scientists, explore the world of tiny physics and put together a rescue plan!

🔬 Explore the miniverse's greatest questions with insights from leading experts: iop.org/TinyAdventure

#MimisTinyAdventure #Microscopy

Did you know sound waves can uncover hidden flaws in solid metal? Prof Rachel Edwards (University of Warwick) shows how ultrasound can spot tiny defects in railway tracks - making travel safer for us all. 🚆

🔍 Explore the miniverse's greatest questions: iop.org/TinyAdventure

#MimisTinyAdventure

How small can a computer get? 🤔 Maddison Coke @manchester.ac.uk is using single atoms to build the next generation of super-powerful computers - but the cooling system is bigger than a room! ❄️

Explore the tiniest adventures with Mimi: iop.org/TinyAdventure

#MimisTinyAdventure

Can we really be in two places at once? 🤔 Dr Jayadev Vijayan, from The University of Manchester, explains how #quantum mechanics allows tiny particles to exist in multiple places at the same time, and how this research could one day inspire revolutionary new technologies.

#MimisTinyAdventure

Mimi’s Tiny Adventure Join Mimi, her family and friends as they meet amazing scientists, explore the world of tiny physics and put together a rescue plan!

🔗 Explore more of the miniverse with Mimi's Tiny Adventure: iop.org/TinyAdventure

#MimisTinyAdventure #QuantumPhysics #AtomicClock

How do you measure something that's too small to see? Meet Dr Riley Shurvinton who explains at @diamondlightsource.bsky.social, they work with mirrors that bend and focus x-ray light, giving scientists a window into the nanoscale world.

🔗 Learn more at iop.org/TinyAdventure

#MimisTinyAdventure