As we wrap up another quarter, we’re back with a fresh set of highlights from the Mathematics, Physical and Applied Sciences Communities. From breakthroughs in quantum theory and fusion energy to new approaches in lunar science and microtechnology, here’s a roundup of standout posts that captured our attention.

The Year of Quantum Science and Technology

Quantum science is in the spotlight this year and the global community is coming together to celebrate its past, present, and future. @Alexandra Lagogianni  outlines what’s planned for the International Year of Quantum Science and Technology, from educational programs to international collaborations. 

Chaos in a Cube: When Symmetry Masks Complexity 

A perfect cube may seem like a symbol of order but inside, the story can be very different. @Milos Dubajic  shares new insights into 3D reaction-diffusion patterns that defy visual expectations. Published in Nature Nanotechnology, the work challenges our visual expectations and demonstrates how numerical simulations can uncover hidden behaviours in seemingly simple systems. This Behind the Paper post reveals how a seemingly regular shape can give rise to wildly complex dynamics just beneath the surface. 

Graphene Meets Silicon: Supercharging Micro Devices 

What happens when you combine the mechanical flexibility and conductivity of graphene with the precision of silicon-based micro- and nano-electromechanical systems? By bringing graphene into the design of silicon micro and nano devices, @Fan Yang and team have unlocked a new level of tunability and performance. Their approach could help advance technologies in communications, health, and robotics. Find out more in this Behind the Paper post. 

Solving Fusion’s Heat Problem with Magnetic Geometry 

Sustainable fusion energy promises clean, limitless power, but managing the extreme heat inside a fusion reactor remains one of its most critical engineering challenges.  In this Behind the Paper post, @Kevin Verhaeghshares how a refined magnetic field design published in Communications Physics could help control power exhaustion more effectively, bringing us closer to making fusion energy a reality. By shaping the magnetic field lines more precisely, the team proposes a practical path forward for diverting heat away from reactor walls, reducing damage, and boosting energy efficiency. Learn more about the science and inspiration behind this work! 

Still Searching: A New Attempt to Find Lunar Organics 

Could the Moon hold traces of organic compounds? In a Behind the Paper post based on a study published in Nature Communications , @Guangcai Zhong  recounts a new effort to detect lunar organics from regolith samples. While the results remain inconclusive, the study offers valuable insight into the methods and challenges behind this long-standing scientific question and why it’s still worth asking. 

Looking for more? Check out the monthly round-ups and quarterly highlights from other disciplines: 

• Highlights from Mathematics, Physical, and Applied Sciences Communities 

• Quarterly Highlights from Medicine and Life Sciences Research Communities 

• Quarterly Highlights from the Humanities and Social Sciences Communities 

We have also just launched a dedicated space for early career researchers – the ECR Hub .🎉If you are an early career researcher looking for support, advice, to expand your network and learn about others’ experiences in research, visit the Hub and make sure to follow it to stay in the loop! 

We hope you enjoyed this snapshot of the exciting research and innovations happening across our Mathematics, Physical and Applied Sciences Communities. Whether you’re inspired by these stories or working on your own breakthroughs, remember that the Research Communities are here to support and amplify your voice. Don’t hesitate to share your work, join the conversation, and connect with fellow researchers. Here’s to another quarter of discovery and collaboration. Stay curious and keep exploring!