What does Jupiter sound like? What if Saturn had a soundtrack? On this very special edition of Kalam Astro, host Alya Al-Nuaimi takes you on the most extraordinary sensory journey in the show's history — because today, we don't just talk about space. We listen to it.

NASA's space telescopes have been doing something remarkable: converting real, raw scientific data from the planets of our solar system — light waves, magnetic fields, radiation, gravitational ripples — into actual music. Not simulations. Not guesses. Real data, transformed into sound. Jupiter roars. Saturn hums. The cosmic web sings. And today, for the first time ever on Pulse 95 Radio, we are playing these sounds live on air. Close your eyes, turn up the volume, and let the universe speak to you.

But as we fill the skies with more and more satellites to help us explore — we're also filling them with danger. Space debris is now forcing satellites to perform emergency collision-avoidance manoeuvres at an unprecedented and alarming rate. Scientists warn that the situation will get significantly worse before it gets better. With thousands of new satellites launching every year and millions of fragments of broken spacecraft hurtling through orbit at bullet-like speeds, the window to act is closing. The future of our connected world — GPS, internet, weather forecasting, everything — depends on solving this problem.

Then we venture beyond our solar system to visit ten of the most jaw-dropping, mind-melting, reality-defying planets ever discovered. A planet made entirely of diamond. A world where it rains molten glass sideways at 9,000 kilometres per hour. A planet so hot its atmosphere is vaporised iron. A "marshmallow world" so puffy it is less dense than water. These are not science fiction — these are real planets, orbiting real stars, waiting to be understood. Welcome to the extreme edge of the cosmos.

And finally — the oldest question humanity has ever asked: are we alone? With the James Webb Space Telescope now scanning the atmospheres of distant worlds for the chemical fingerprints of life, we are closer than ever to an answer. Scientists believe that truly intelligent alien life may be extraordinarily rare in the universe — but that doesn't mean we stop looking. Because if we are alone, that makes what we have here on Earth infinitely more precious. And if we are not alone — everything changes.

This is Kalam Astro. We don't just talk about space — we make you feel it.

This week on Kalam Astro, host Alya Al-Nuaimi takes you on a thrilling tour of the cosmos — from a daring Japanese mission heading to the moons of Mars, to a call for YOUR help in one of astronomy's greatest hunts, to gemstones hiding in an alien sky, and a star so strange it could only be described as a cosmic zombie!

First up — Japan is doing something no space agency has ever attempted before. The MMX mission (Martian Moons eXploration), led by JAXA, is on its way to Phobos — one of Mars' two tiny, mysterious moons. But this isn't just a flyby. Japan plans to actually land on Phobos, collect samples from its surface, and bring them back to Earth. Why does this matter? Because scientists believe Phobos may hold ancient material from the very formation of Mars itself — and possibly even traces of life that were blasted off the Martian surface by asteroid impacts billions of years ago. Returning those samples to Earth could answer one of humanity's greatest questions: was there ever life on Mars?

Then — astronomers need YOUR help! Scientists believe our Milky Way galaxy should contain hundreds of millions of black holes, yet we've only found a tiny fraction of them. Where are all the missing black holes hiding? Researchers have launched a citizen science project, inviting people from around the world — including YOU — to help scan telescope data and track down these invisible cosmic giants. No telescope required. No PhD needed. Just curiosity and a screen!

Next, a jaw-dropping discovery: scientists have found what can only be described as gemstones floating in the atmosphere of one of the strangest planets ever found. This exoplanet — nicknamed the "marshmallow planet" because it is incredibly puffy and low-density despite being scorching hot — has an atmosphere filled with tiny crystalline particles that resemble precious gemstones. It is a world unlike anything in our solar system, and it is rewriting the rules of planetary science.

And finally — just in time for Halloween — astronomers have discovered the first ever GREEN star. Stars come in red, orange, yellow, white and blue — but green? Never, until now. This bizarre object is being called a cosmic zombie: a star that should be dead, yet somehow keeps shining in an eerie, otherworldly green glow. Scientists are baffled — and honestly, a little spooked!

Tune in, look up, and keep exploring with Kalam Astro!

On this episode of Kalam Astro, host Alya Al-Nuaimi takes you on a journey through cosmic explosions, the mysteries buried in Martian rock, and the incredible technology that lets our robots explore planets millions of kilometres away — all on their own!

We start on Mars, where NASA's Perseverance rover continues to roll through the ancient Jezero Crater, uncovering stunning new details about the Red Planet's geological history. From ancient riverbeds to signs of past volcanic activity, every rock Perseverance touches tells a story billions of years in the making. And the rover does it all autonomously — making its own decisions, charting its own path, without waiting for instructions from Earth.

That leads us to one of the most exciting frontiers in modern space exploration: autonomous navigation. How do rovers and spacecraft find their way across alien worlds without a GPS signal or a human hand on the wheel? Kalam Astro breaks down the AI systems, sensors, and onboard computers that make it possible for our robots to be true explorers in their own right.

Then we turn our attention to the universe's most powerful fireworks: supernovas. When a massive star reaches the end of its life, it doesn't go quietly — it explodes with the energy of billions of suns, scattering heavy elements like gold, iron, and carbon across the cosmos. These are the very building blocks of planets, oceans, and life itself. In a very real sense, we are all made of stardust from ancient supernovas.

And we draw a fascinating parallel between Mars today and ancient Earth during the age of dinosaurs — a time when our own planet looked more like an alien world than the blue marble we know today.

Tune in, look up, and keep exploring with Kalam Astro! 🌌

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