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Wolf Prize Since 1978, The Wolf Foundation awards the acclaimed, international Wolf Prize.

Can a stained-glass window become contemporary art?When the historic Cologne Cathedral asked Gerhard Richter to design a...
15/06/2026

Can a stained-glass window become contemporary art?

When the historic Cologne Cathedral asked Gerhard Richter to design a new window, many expected a traditional religious scene. Instead, the Wolf Prize Laureate in Arts 1994/5 created something radically different: over 11,000 colorful glass squares arranged in a seemingly random pattern of light and color.

At first glance, the window feels abstract, almost digital. But as sunlight moves through the cathedral, the space transforms. Colors scatter across the stone floors and ancient walls, turning light itself into part of the artwork.

Richter’s famous Cologne Cathedral Window became one of the most striking examples of how contemporary art can enter a centuries-old sacred space without imitating the past. Rather than telling a biblical story directly, the work invites visitors into something more personal: reflection, emotion, silence, and wonder.

Throughout his career, Richter challenged the boundaries between abstraction and representation, emotion and restraint, history and beauty. His work constantly asks a difficult question:

What can painting — or art itself — still mean after the traumas of modern history?

In Cologne Cathedral, Richter answered not with words, but with light.

The scientist who helped feed hundreds of millions of people: When the world worried about how to grow enough food for a...
08/06/2026

The scientist who helped feed hundreds of millions of people:
When the world worried about how to grow enough food for a rapidly rising population, Prof. Yuan Longping, Wolf Prize Laureate in Agriculture 2004, found an answer in rice.
Known as the “Father of Hybrid Rice,” the Chinese agricultural scientist developed groundbreaking methods that dramatically increased rice production by creating stronger, higher-yield hybrid crops. His work helped boost rice harvests in China by nearly 50% and improved yields around the world, an achievement with enormous human impact in a country where rice is a daily staple for billions.
But Yuan Longping’s vision went far beyond science labs and fields. He believed agricultural innovation should serve humanity. Instead of keeping his discoveries to himself, he openly shared his techniques, research, and breeding materials with scientists across the globe to help combat hunger worldwide.

In a world facing growing food challenges, Yuan Longping proved that one scientific breakthrough can change the lives of millions, one grain at a time.

For decades, cancer treatment focused on attacking the tumor itself. Then came James P. Allison, Wolf Prize Laureate in ...
03/06/2026

For decades, cancer treatment focused on attacking the tumor itself. Then came James P. Allison, Wolf Prize Laureate in medicine 2017 and the scientist who changed the question entirely.
Instead of targeting the cancer, Allison discovered how to unleash the body’s own immune system against it.
His breakthrough centered around a molecule called CTLA-4 that acts like a kind of “brake” that prevents T cells, the immune system’s fighters, from attacking too aggressively. Allison realized that some cancers were taking advantage of this brake to hide from the immune system so he asked a bold question: What if we simply released the brake?
The result was a revolutionary new treatment known as checkpoint immunotherapy. In clinical trials, patients with advanced melanoma, once considered nearly untreatable, began experiencing long-term remission. Some are still alive today, more than a decade later.
What began as a controversial scientific idea went on to transform modern medicine.
Today, checkpoint immunotherapy is used against many types of cancer and is considered one of the biggest breakthroughs in cancer treatment in recent history.

James P. Allison received the Wolf Prize for discoveries that helped turn the immune system into one of humanity’s most powerful weapons against cancer.

How does math help your photos load faster, or make MRI scans clearer?Meet Ingrid Daubechies, Wolf Prize Laureate in Mat...
25/05/2026

How does math help your photos load faster, or make MRI scans clearer?
Meet Ingrid Daubechies, Wolf Prize Laureate in Mathematics 2023.
Her work changed how the digital world sees, stores, and shares information.
Daubechies is the mind behind wavelet theory: a mathematical breakthrough that allows complex signals (like images, sound, and data) to be broken down, compressed, and rebuilt with incredible efficiency. Thanks to her work:
• Medical images became sharper
• Digital photos and videos became smaller (and better)
• Wireless communication became more reliable
• Formats like JPEG 2000 became possible
Beyond the equations, Daubechies is also a passionate advocate for equal access to math and science, mentoring young researchers and promoting opportunities for women worldwide.
From abstract mathematics to everyday technology, her work proves that beautiful ideas can have real-world impact.

Architecture doesn’t just shape spaces, it shapes how we live, move, and connect.Eduardo Souto de Moura, Wolf Prize Laur...
18/05/2026

Architecture doesn’t just shape spaces, it shapes how we live, move, and connect.
Eduardo Souto de Moura, Wolf Prize Laureate in Architecture 2013, is known for creating buildings that feel both grounded and timeless. His work balances clarity, restraint, and a deep sensitivity to place.
At the Paula Rego Museum in Cascais, this approach is especially clear. The building is quiet yet powerful: rooted in its surroundings, respectful of scale, and designed to serve both art and community. It doesn’t compete with its environment; it belongs to it.
Through projects like this, Souto de Moura shows how architecture can be deeply social, connecting people, culture, and landscape through thoughtful design.

Credit:
This image was originally posted to Flickr by pedrosimoes7 at 46944516@N00/3776254944." rel="ugc" target="_blank">https://www.flickr.com/photos/46944516@N00/3776254944. It was reviewed on 19 April 2011 by FlickreviewR and was confirmed to be licensed under the terms of the cc-by-2.0.

A crystal may look simple and still, but it holds a precise molecular story within it.Crystal formation is one of the mo...
13/05/2026

A crystal may look simple and still, but it holds a precise molecular story within it.

Crystal formation is one of the most fundamental phenomenas in chemistry. Leslie Leiserowitz, Wolf Prize Laureate in Chemistry 2021, was the scientist who revealed how the visible shape of a crystal reflects the invisible structure of its molecules. His work solved a mystery that had challenged chemists since the days of Pasteur: how molecular “handedness” and crystal growth are connected.
By linking molecular structure, crystal shape, and growth dynamics, Leiserowitz laid the foundations for designing chiral crystals, a breakthrough with far-reaching impact on chemistry, biology, and medicine. His discoveries influence fields ranging from drug development to the study of harmful crystallization processes such as cholesterol deposits and malaria pigments.
His research even reaches into one of science’s deepest questions: how life’s molecular asymmetry may have first emerged.
Through elegant experiments and powerful ideas, Leiserowitz transformed crystals from static objects into windows onto the molecular world.

The hidden language inside our cell: Joan Steitz, Wolf Prize Laureate in Medicine 2021, transformed our understanding of...
07/05/2026

The hidden language inside our cell:
Joan Steitz, Wolf Prize Laureate in Medicine 2021, transformed our understanding of how genetic information becomes life-sustaining proteins.
Her groundbreaking research revealed that RNA is not just a passive messenger, but an active and highly regulated system. Steitz discovered small non-coding RNAs that control how RNA messages are cut, edited, and assembled before becoming proteins, a process known as RNA splicing.
These discoveries laid the foundation for modern RNA biology and continue to shape research in genetics, molecular medicine, and disease.
By uncovering how cells “edit” their own instructions, Steitz changed the way we understand life at its most fundamental level.

Visionary. Storyteller. Sound pioneer.Known for redefining the boundaries between music, performance, and visual art, La...
22/12/2025

Visionary. Storyteller. Sound pioneer.
Known for redefining the boundaries between music, performance, and visual art, Laurie Anderson has long been a force in contemporary culture.
Her work, ranging from her groundbreaking 1981 track O Superman to large-scale multimedia performances, has consistently pushed artistic practice into new territory.

In 2017, Anderson was awarded the Wolf Prize in the Arts, honoring her lifelong commitment to innovation and her radical, genre-defying approach to creativity. The prize recognized her as a symbol of multidisciplinary art, blending music, technology and poetry with unmistakable style.
From playing violin on melting ice skates (Duets on Ice, 1974) to becoming NASA’s first artist-in-residence, Anderson continues to influence generations of artists and musicians who see in her work not just experimentation, but liberation.

Her art doesn’t just break the rules. It asks better questions.

From Gene to Grain: How one scientist’s generosity helped feed the world.Before biotech hit the headlines, Professor Joa...
15/12/2025

From Gene to Grain: How one scientist’s generosity helped feed the world.
Before biotech hit the headlines, Professor Joachim Messing was already rewriting the future of food.
His groundbreaking work on decoding plant DNA, shared openly with scientists worldwide, led to real-life changes you can taste and wear:
- Maize with better protein, helping improve diets in developing regions
- Pest-resistant cotton, making clothes more sustainable
- Faster, cheaper crop genome sequencing, revolutionizing agriculture forever

And the best part? He gave it all away. No patents. Just science made public for the people.

In 2013, Messing received the Wolf Prize in Agriculture alongside Jared Diamond, whose macro-level work explored how agriculture shaped humanity.
Together, they tell one story: how both the genes of our crops and the choices of our ancestors define how we grow, eat, and survive.

08/12/2025

What happened after the Big Bang? How did the first stars form? What role do black holes play in shaping galaxies?
These are just a few of the cosmic questions answered by Lord Martin Rees, one of the most influential astrophysicists of our time and the 2024 Wolf Prize Laureate in Physics.
Rees helped lay the scientific groundwork for understanding the early universe, high-energy cosmic events like gamma-ray bursts, and the mysterious growth of supermassive black holes. He pioneered ideas that changed the way we study the cosmos, from using radio waves to probe the “dark ages” of the universe to predicting how stars are torn apart by galactic black holes.
But Rees didn’t stop at theory.
As the UK’s Astronomer Royal and a public science communicator, he has dedicated his life to making the universe accessible and to helping humanity survive its biggest existential threats.
From galaxies to gamma rays, from science to society, Rees has shaped how we see the universe and our place in it.

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