Real stories,
for curious minds.

Astronomers using China's FAST telescope — nicknamed "Sky Eye" because it's the world's largest single-dish radio telescope — have discovered the lightest pair of neutron stars ever found. Neutron stars are the super-dense leftovers of exploded stars. This pair, called PSR J1856-0039, orbits each other in just 2.36 hours, making it one of the tightest known systems. The heavier star is about 1.30 times the mass of our Sun, while its partner is only about 1.19 solar masses — close to the theoretical minimum for a neutron star. The two stars are slowly spiraling toward each other and will merge in about 82 million years. Scientists say this discovery helps test Einstein's theory of general relativity and could teach us how heavy elements like gold are created in the universe.

This discovery gives scientists a natural laboratory to test big ideas about gravity and how the universe works. It also helps us understand where precious metals like gold and platinum come from — they're made in extreme events like neutron star mergers!

• FAST is so sensitive it could detect a cell phone signal from the Moon.
• A teaspoon of neutron star material would weigh about a billion tons on Earth.
• The two stars will eventually crash together and likely form a bigger neutron star.

1. Why do you think scientists get excited about finding "the lightest" or "the smallest" of something in space?
2. If two stars are slowly moving toward each other, what do you think will happen when they finally meet?

NASA's Nancy Grace Roman Space Telescope successfully launched from Florida on August 30, 2026. This new space telescope has a special camera that can capture an area of the sky more than 100 times larger than the Hubble Space Telescope, while still seeing fine details. Roman has three big goals: studying dark energy (the mysterious force making the universe expand faster), finding new planets outside our solar system, and testing technology to take pictures of planets around other stars. Now, Japan has joined the mission! The Subaru Telescope in Hawaii will spend 100 nights working together with Roman to study the universe. This teamwork between a space telescope and a ground telescope will let scientists discover things they couldn't find with either one alone.

Space telescopes help us answer big questions: What is the universe made of? Are we alone? The Roman telescope will look at billions of galaxies and help us understand how the universe has changed over time.

• Roman's camera can capture a piece of sky 100 times bigger than Hubble's view.
• A special instrument called a coronagraph blocks starlight to see planets hiding nearby.
• Japan's Subaru Telescope will work with Roman starting in 2027 or later.

1. Why do you think scientists want to find planets around other stars?
2. How might working together with telescopes in different places help scientists learn more?

On September 5, India celebrated International Vulture Awareness Day with a special workshop in Panchkula, Haryana. The Union Environment Minister, Shri Bhupender Yadav, spoke about how important vultures are for nature. He called them "nature's own cleaning system" because they eat dead animals quickly, which stops diseases from spreading. Sadly, India's vulture numbers dropped sharply starting in the 1990s. Scientists found that a medicine given to farm animals was poisoning the vultures when they ate the animals' bodies. Now, many groups are working together to help vultures recover. The Jatayu Conservation Breeding Centre in Pinjore is a special place where vultures are raised safely. In 2025–26, the centre cared for 356 vultures and successfully bred 35 chicks!

Vultures might not be the prettiest birds, but they are superheroes for our environment. Without them, dead animals would pile up and diseases could spread. Protecting vultures means protecting the health of the whole ecosystem.

• India is home to nine different kinds of vultures, including White-rumped and Long-billed.
• Vultures can eat an entire animal carcass in just a few minutes.
• The Jatayu Conservation Breeding Centre has trained over 1,200 people from 22 institutions.

1. Why do you think vultures are sometimes called "nature's cleanup team"?
2. What might happen to people if there were no vultures to clean up dead animals?

OpenAI, a company that makes artificial intelligence, announced that its new AI model solved a famous math problem that has puzzled scientists for 90 years. The problem is about something called the Navier–Stokes equations, which describe how fluids (like water and air) flow. Scientists have long wondered if these equations always have smooth solutions, or if they can "break" in certain situations. OpenAI says its AI worked on this for 88 hours, sending about 3 million messages. However, some mathematicians are not convinced. A professor named Tristan Buckmaster says he and another researcher were working on the same problem, and he thinks OpenAI may have seen their work. OpenAI denies this. The math community is now discussing whether the AI's solution is correct and who deserves credit. The problem is one of the famous "Millennium Prize" problems — solving it fully would win $1 million!

This story shows how AI is becoming a tool for science and math — but also raises important questions about fairness, credit, and how we verify what AI claims. It's a good reminder to always check facts carefully, even when they come from big companies.

• The Navier–Stokes equations help us understand weather, ocean currents, and even blood flow.
• There are seven Millennium Prize problems, and each one has a $1 million prize.
• Only one Millennium Prize problem has ever been solved (the Poincaré conjecture, in 2003).

1. Why is it important to check if a math solution is correct before believing it?
2. If a computer solves a problem, who should get the credit — the computer, the people who made it, or someone else?

Five baby orangutans were found in a forest in Balasore district, Odisha, India, on September 8, 2026. This is very strange because orangutans are not native to India — they only live naturally in Indonesia and Malaysia on the islands of Sumatra and Borneo. The babies, estimated to be only 1 to 1.5 years old, were found in healthy condition. They are now being cared for at Nandankanan Zoological Park in Bhubaneswar. The Indonesian government is working with Indian officials to bring the orangutans home. Scientists will do DNA tests to confirm they are Sumatran orangutans. Sadly, this discovery suggests the babies may have been stolen from their mothers and smuggled across borders. Orangutans are critically endangered, which means they are at risk of disappearing forever.

This story shows how wildlife trafficking — illegally capturing and selling animals — is a problem that crosses countries. Baby orangutans are taken from their mothers and sold as pets or for other purposes. Protecting endangered animals like orangutans needs teamwork from many countries.

• Baby orangutans stay with their mothers for 7–8 years — longer than almost any other animal.
• Orangutans are one of our closest relatives, sharing about 97% of human DNA.
• "Orangutan" comes from Malay words meaning "person of the forest."

1. Why do you think baby orangutans are taken from their mothers in the wild?
2. What can people do to help stop illegal wildlife trafficking?

This new school year, many schools are adding exciting new sports to their programs. In Beijing's Yanqing district, one country school built a special obstacle course — and the teachers made it themselves by hand! Kids can swing on rings, climb ropes, and jump over obstacles. Other schools are introducing new sports like pickleball (a mix of tennis and ping-pong), rock climbing, roller skating, and flag football. In Beijing, pickleball even became an official event in the city's Youth Games for the first time. The idea is to help kids find sports they love and stay active. Schools are also working with sports clubs to give talented kids a chance to train more seriously. The message is simple: moving your body is fun, and there's a sport for everyone!

Playing sports is not just about winning — it's about staying healthy, making friends, and learning to work as a team. When schools try new activities, more kids get a chance to find something they enjoy.

• Pickleball was invented in the USA in 1965 and is now one of the fastest-growing sports.
• The obstacle course in Yanqing was handmade by the school's own PE teachers.
• Yanqing hosts about 70 youth sports events every year.

1. Why do you think trying new sports can be fun, even if you're not good at them at first?
2. If you could add a new sport to your school, what would it be and why?

The chairman of India's space agency, ISRO, has denied rumours that the organisation is being sold to private companies. Dr. V. Narayanan told reporters in Bengaluru that ISRO is a government organisation and "there is no question of privatisation." Rumours had been spreading online, so the chairman spoke up to clear the air. ISRO is famous for its low-cost, high-success space missions. It has launched satellites for many countries and sent missions to the Moon and Mars. The agency is currently working on Gaganyaan, India's first human spaceflight program. Dr. Narayanan also said ISRO is open to working with private companies as partners, but the agency itself will remain government-run.

ISRO is a source of national pride for India. Its missions inspire millions of young people to dream about space and science. Knowing that ISRO will stay government-run means its focus will remain on science, exploration, and helping the country — not on making profits.

• ISRO's Mars orbiter mission, Mangalyaan, cost less than many Hollywood space movies!
• ISRO has launched over 400 satellites for countries around the world.
• India is only the fourth country to successfully send a spacecraft to Mars.

1. Why do you think people were worried about ISRO being privatised?
2. What makes ISRO special compared to space agencies in other countries?

Leaders from European countries met in Paris for the first International Space Summit. They discussed a big goal: Europe wants to send its own astronauts to space using its own rockets and spacecraft. Right now, European astronauts have to ride on American or Russian spacecraft to get to space. A former French astronaut, Jean-François Clervoy, said, "Every European astronaut dreams of having their own spaceship flown onboard their own European rocket to our own European station in orbit. But it's a dream." French President Emmanuel Macron spoke at the summit and said Europe's space sector needs to be stronger. Interestingly, major American space companies like SpaceX and Blue Origin did not attend the summit — showing there are some disagreements between Europe and the US about space rules.

Space exploration is expensive and difficult. Countries often work together, but they also want to be able to do things on their own. Europe's push for independent space travel shows how important space is — for science, for technology, and for national pride.

• Europe has its own space agency (ESA) but has never launched humans on its own rocket.
• The International Space Station is a partnership between many countries, including Europe, the US, Russia, Japan, and Canada.
• European astronauts have flown on Russian Soyuz capsules and American space shuttles.

1. Why do you think Europe wants its own spaceships instead of always borrowing rides?
2. How might countries working together in space help make the world more peaceful?