Over the past couple of months, our Research Communities have been engaged in meaningful discussions and impactful discoveries. Highlights from the Mathematics, Physical, and Applied Sciences Communities include groundbreaking work on adaptive resetting, resilience in informal settlements, and new insights into iceberg calving. Researchers have shared their latest findings, sparking conversations and inspiring future innovations. As we move forward, the momentum from these discussions continues to drive research, fostering exciting collaborations and shaping the future of our fields.

Smarter Resetting: Accelerating Searches with Adaptive Strategies 

In a new Behind the Paper post, @Tommer D. Keidar , @Ofir Blumer , @Barak Hirshberg and @Shlomi Reuveni unveil the stories behind a revolutionary framework for adaptive resetting, published in Nature Communications. This approach adjusts the timing of resets based on a system's state, improving efficiency in processes like molecular simulations and biological searches. By integrating machine learning, they’ve created a method that optimizes reset strategies and speeds up searches beyond traditional methods. 

The research showcases how adaptive resetting can surpass state-independent strategies, where resets occur at fixed or random intervals without considering the system's current condition, adaptive resetting optimises when to reset based on the system's state. By integrating machine learning, they’ve created a method that not only speeds up searches but also makes them more energy-efficient.  Learn more about this work and its potential impact. 

Can Communities Adapt Without External Help? Resilience in Informal Settlements 

@Johannes Bhanye ’s research published in Discover Sustainability reveals how informal settlements in flood-prone cities across the Global South are developing their own adaptive strategies in response to climate risks. From community-led reblocking in Cape Town to mobile-based early warning systems in Jakarta, these grassroots efforts challenge the traditional view of vulnerability. Discover more in the Behind the Paper post. 

Unveiling the Secrets of Iceberg Calving: New Insights from the Seafloor 

@Dominik Gräff and his team provide fresh insights into the dramatic process of iceberg calving, in their recent post. By deploying a 10-kilometer fiber-optic cable on the seafloor, they captured the full sequence of a calving event in Greenland, uncovering how internal waves, triggered by the calving, enhance underwater melting. These findings – published in Nature -  offer a deeper understanding of the feedback loops driving ice loss in the Greenland Ice Sheet. Read more in this Behind the Paper post. 

Magnetic Forces Revolutionize Space Life Support: A Breakthrough in Oxygen Generation 

In this Behind the Paper post, @Ömer Akay , @Katharina Brinkert and @Álvaro Romero-Calvo explore an advancement in catalysis, published in Nature Chemistry. Their study explores a novel approach that significantly enhances the efficiency of chemical reactions by using innovative catalysts. This breakthrough not only offers a more sustainable solution to industrial processes but also opens new pathways for reducing energy consumption and minimizing waste in chemical manufacturing. 

The research introduces a new class of catalysts that demonstrate remarkable stability and activity, even under extreme conditions. By improving the selectivity and speed of chemical reactions, this work has the potential to transform a wide range of industries, from pharmaceuticals to energy production, making it a key development for the future of green chemistry. 

How Urban Gullies Are Transforming Tropical Landscapes 

@Matthias Vanmaercke  highlights the growing threat of urban gullies in tropical cities, a problem that is often overlooked but increasingly destructive. Published in Nature, the research reveals how rapid urbanization and poor infrastructure are creating deep erosion channels in cities across the Democratic Republic of the Congo (DRC), displacing thousands of residents and devastating communities. The study offers new insights into how these urban disasters can be prevented through better planning and infrastructure. 

Read the full Behind the Paper post to learn more about this pressing issue and the solutions outlined by Matthias and his team. 

As always, we invite you to engage with these fascinating stories and join the conversations shaping the future of research – why not add comment to your favourite post to start a conversation today?  

Your insights, questions, and experiences are invaluable as we continue to foster a dynamic and supportive community for those working across disciplines. Register today to stay connected and be sure to check out more exciting updates and discussions in the Behind the Paper channel. 

Additional Highlights from July and August: 

If you are interested in exploring more interesting posts from this period, here are some recommendations: 

• World Water Week 2025: Water for Climate Action 

• Interview with Mehran Kardar, co-recipient of the 2025 Boltzmann Medal & Associate Editor of Journal of Statistical Physics 

• Book spotlight: Climate change and Mental Health Equity 

Curious to explore further? Discover more highlights from across our Communities:  

• Highlights from Mathematics, Physical, and Applied Sciences Communities

• Highlights from Medicine and Life Sciences Research Communities 

• Highlights from the Humanities and Social Sciences Communities 
   

Research Communities Updates: 

• Topic pages are designed to help you keep up with the latest developments in your own field and explore emerging areas of interest. Start exploring and personalising your Communities’ experience today! 

• To provide even more focused support, we’ve created the Early Career Researchers (ECR) Hub - a dedicated space for those in the first ten years of their research career.