
This children’s article, Scientists win Chemistry Nobel for creating new materials that could clean up the planet, has been written for native English speakers and learners of English as a second or foreign language. It can help children build vocabulary, learn about scientific discovery, and understand how chemistry can help protect the Earth. Written by Mark Pulley, a teacher and writer who creates fun and informative news articles for English learners.
Building materials on a tiny scale
Three scientists, Susumu Kitagawa, Richard Robson, and Omar M. Yaghi, have won the 2025 Nobel Prize in Chemistry for creating special materials that could help solve some of the world’s biggest environmental problems.
Their invention is called metal-organic frameworks, or MOFs for short. These materials are made by linking tiny metal atoms to organic (carbon-based) molecules, forming structures with countless small holes and spaces inside them. Scientists sometimes call this “molecular architecture” because it’s like designing buildings, but on an incredibly small scale.
Why these materials matter
MOFs can act like tiny sponges that trap gases or chemicals passing through them. This could make them extremely useful for cleaning the planet. Scientists believe MOFs might one day:
- Capture carbon dioxide from the air
- Trap pollution or forever chemicals that harm the environment
- Help store clean fuels like hydrogen
- Make future batteries and medicines safer
These materials are still being tested in laboratories, but their potential is exciting. Some experts think they could become one of chemistry’s most important tools for fighting climate change.
Years of research pay off
The Nobel Prize winners began studying how to build MOFs many years ago, as far back as the 1970s and 80s. Back then, their work didn’t seem very useful at all. But their experiments laid the foundation for today’s research into these powerful materials.
Now, their “useless” ideas have turned out to be incredibly valuable. The three scientists work in Japan, Australia, and the United States, but their discoveries are helping researchers all around the world.
Chemistry that helps the Earth
Every year, the Nobel Prizes celebrate people who use science to make life better. This year’s Chemistry winners remind us that creative ideas and patience can lead to discoveries that protect our planet. MOFs might be invisible to the human eye, but they could make a very visible difference to Earth’s future.

Article vocabulary list
- Framework: A structure made of parts connected together.
- Porous: Full of tiny holes that can hold gases or liquids.
- Organic: Containing carbon; found in living things.
- Capture: To trap or hold something inside.
- Pollution: Substances that damage the environment.
- Carbon dioxide: A gas that contributes to global warming.
- Forever chemicals (PFAS): Harmful substances that don’t break down easily.
- Hydrogen: A light gas that can be used as clean fuel.
- Molecular architecture: Designing and building structures at a molecular level.
Comprehension questions
Just click the plus (+) to see the answer
1. What are metal-organic frameworks (MOFs)?
A) Giant machines that clean oceans
B) Tiny structures with lots of holes
C) Strong metals used in buildings
Answer: B) Tiny structures with lots of holes
2. What can MOFs help capture?
A) Carbon dioxide and pollution
B) Sound and light
C) Animals and plants
Answer: A) Carbon dioxide and pollution
3. When did scientists first start working on MOFs?
A) In the 1970s and 1980s
B) Last year
C) During World War II
Answer: A) In the 1970s and 1980s
4. Why are MOFs compared to sponges?
A) Because they can stretch and bounce
B) Because they trap gases and liquids
C) Because they absorb water in the sea
Answer: B) Because they trap gases and liquids
5. What lesson can we learn from this discovery?
A) Only fast research is valuable
B) Science takes time and imagination
C) Chemistry is too complicated to matter
Answer: B) Science takes time and imagination

Mark is a writer and EFL teacher from England with eight years’ experience. He’s passionate about travel, sport (especially football), animals, nature, and history, and enjoys helping children explore the world through language and learning.