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Urban Design for Safe and Sustainable Cities 2026

Cities depend on the buildings, infrastructure and technologies that surround us. As urban populations grow and environmental pressures increase,...

Improving Treatment, Recovery & Care 2026

Effective healthcare is about more than developing new treatments. It also depends on helping people recover, manage long-term conditions and...

Women, Children & Family Health 2026

Health is shaped by biological, social and environmental factors throughout life, with some challenges affecting women, children and families in...

Targeting Cancer & Blood Disease 2026

Cancer and blood disorders encompass many different diseases, each driven by complex biological processes and requiring increasingly precise...

How Life Works: Cells, Genes & Metabolism 2026

Life depends on countless processes taking place at scales we rarely see. Genes are expressed, cells specialise, nutrients are processed and...

Evidence, Measurement & Scientific Discovery 2026

Scientific progress depends not only on collecting information, but on understanding what that information actually tells us. Better methods of...

Materials, Energy & Smarter Design 2026

Many of the challenges facing society depend on how effectively we can design, build and use the materials and technologies around us. Advances in...

Living With a Changing Planet 2026

Environmental change is reshaping the relationship between people, ecosystems and the resources on which societies depend. Responding effectively...

Meaning, Language & Human Thought 2026

Human societies are built around ideas. Through language, belief, philosophy, history and culture, people interpret the world, communicate meaning...

How Institutions Shape People & Society 2026

Institutions influence far more than policies and procedures. Schools, workplaces, governments, legal systems and social organisations help shape...

How We Think, Feel & Perform 2026

How we think, feel and respond to the world is shaped by a complex interaction between cognition, emotion, experience and environment. These...

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Latest Research Animations

Akira Ikemi | Focusing-Alpha: The Natural Process Behind Therapeutic Change

Akira Ikemi | Focusing-Alpha: The Natural Process Behind Therapeutic Change

Have you ever tried to put a feeling into words, and found that the words you reached for were not quite right? Then, a few seconds later, a better description arrives, and suddenly it clicks: yes, that’s it. The philosopher and renowned psychotherapist Eugene Gendlin noticed his most successful therapy clients doing this all the time. They would go quiet, sit with something unclear, and slowly let the right words surface. Gendlin called this ‘focusing’.

Dr Yvonne Böttcher | How Different Types of Fat Shape Health and Disease

Dr Yvonne Böttcher | How Different Types of Fat Shape Health and Disease

Our bodies store fat in different places. Subcutaneous fat sits just under the skin – this is the fat you can pinch. Visceral fat, by contrast, lies deeper in the abdomen and wraps around internal organs. Doctors have long observed that visceral fat is more strongly associated with conditions such as type 2 diabetes and heart disease. Research led by Yvonne Böttcher at the University of Oslo in Norway reveals a surprisingly complex picture that could help explain why some types of body fat are more strongly linked to disease.

Dr David Bonda | How Children are Helping Scientists Understand the Brain from the Inside

Dr David Bonda | How Children are Helping Scientists Understand the Brain from the Inside

When a child’s epilepsy doesn’t respond to medication, doctors sometimes need to place tiny electrodes deep inside the brain to pinpoint exactly where seizures begin. It’s a routine part of preparing some children for surgery to cure their seizures. But according to a new paper led by David Bonda and colleagues at Cedars-Sinai Medical Center, those same electrodes could be doing something else too: teaching us how the developing brain actually works.

Dr Rita Petracca | The Tiny Chemical Tag That Could Change How We Fight Disease

Dr Rita Petracca | The Tiny Chemical Tag That Could Change How We Fight Disease

Proteins are the working parts of our cells, built from long chains of building blocks called amino acids. But once a protein is built, the body often isn’t finished with it: small chemical tags get attached afterwards, changing how the protein behaves, where it travels, and how long it survives. One such tag, discovered only in 2011 and still poorly understood, is the focus of a new paper by Rita Petracca and colleagues at Utrecht University. It’s called lysine crotonylation, or Kcr for short, and Petracca’s team argues that it deserves far more scientific attention than it has received.

Guy Hutton – Sue Coates | The Case for One Shared Sanitation Assessment Framework

Guy Hutton – Sue Coates | The Case for One Shared Sanitation Assessment Framework

Imagine trying to fix a leaky pipe without knowing where the leak is, or even what the pipe looks like. That’s roughly the challenge facing governments and investors trying to improve sanitation services across the world’s poorer countries. Billions of people still lack access to safe toilets, and the money needed to change that is falling badly short. A new review by Guy Hutton and Sue Coates sets out, for the first time, just how many tools exist to help diagnose the problem, and why so few of them are working as well as they could.

DECIPHER: How Individuals with Rare Genetic Disorders Can Help Build a Global Knowledgebase

DECIPHER: How Individuals with Rare Genetic Disorders Can Help Build a Global Knowledgebase

Attempts at disease diagnosis are often hindered by a frustratingly thin trail of evidence: a single patient, a single unusual variant, and no easy way to know whether anyone else in the world has seen the same thing. DECIPHER, a free platform hosted at EMBL’s European Bioinformatics Institute, exists to help expert clinicians and researchers alleviate this problem. First launched in 2004, DECIPHER brings together genomic variants and clinical symptoms from rare disease patients worldwide.

Dr Solly Lebelo – Dr Tranos Zuva | How Mathematics Can Make Gas Combustion Safer

Dr Solly Lebelo – Dr Tranos Zuva | How Mathematics Can Make Gas Combustion Safer

Every time natural gas ignites on a kitchen hob or powers an industrial furnace, a complex chain of chemical reactions unfolds in fractions of a second. Now, Dr Solly Lebelo and Dr Tranos Zuva, both based at Vaal University of Technology in South Africa, have developed a detailed mathematical model to better understand exactly what happens during that process – and what could go dangerously wrong.

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Dr Tim Wharton University of Brighton
POSITIVE FUNDER FEEDBACK

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Rachel Bryant-Waugh and Tanith Archibald South London and Maudsley NHS Foundation Trust
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Professor Bruce Bowerman University of Oregon
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Dr Ilario Losito University of Bari Aldo Moro
SHARED WITH NEW AUDIENCES

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Dr Robin Davidson-Arnott University of Guelph
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Leni Schwendinger Leni Schwendinger Light Projects · Nighttime Design
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Dr Jacob Barhak Independent Computational Disease Modeller
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Drs Robert Arnold and Chris Gaskill Southeastern Biocommunication Associates

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