This week, we dive into the chemical dark arts of the natural world. What is the difference between a poison and a venom? Why do some animals weaponize their biochemistry while others simply make themselves too toxic to touch? We explore how different toxins work at the molecular level, how evolution turns simple enzymes into precision biological weapons. From cobras fine-tuning neurotoxins in an evolutionary arms race, to plants quietly loading their tissues with defensive chemistry, we unravel how life learned to kill — or defend — with molecules. All while we lose it along the way with our own hilarity and stupidity :D Music: HOME – AWAY

This week we dive into the wonderfully weird world of the Ig Nobel Prizes — celebrating research that makes you laugh, then think. But first, as always, we take the scenic route: detouring through music, coffee philosophy, and the art of the perfect cheese toastie before actually getting to the science.

We explore whether painted cows can really fend off flies, how physics explains why cacio e pepe sauce clumps, what happens when scientists get bats drunk on purpose, and how narcissists react when you tell them they’re geniuses (or not).

Between aviation, physics, psychology, and literature, this one’s equal parts silly and smart — the episode where science meets stupidity in the best possible way.

Music: HOME – AWAY

This week, Tom dives into the endlessly complex world of fractals, repeating patterns that appear everywhere from galaxies to your lungs. Tom explores how fractals shape the natural world, why measuring something as simple as a coastline turns out to be impossible, and what happens in the brain when people on psychedelics see fractal-like visions. That may not seem like science but LSD consumption and fractals have had a profound impact on our understanding of the brain and how we function. Music: HOME – AWAY

This week on The Information Entropy Podcast, we’re diving into the science behind the 2025 Nobel Prizes — the discoveries that shaped this year’s biggest scientific headlines.

Firstly, Tom apologises for his audio, we double checked everything but sadly audacity glitches strike again. But if you can bear it, it was a very fun episode!

In Physics, we explore how researchers made quantum mechanics go big, building superconducting circuits that behave like single quantum particles — the groundwork for quantum computers of the future. In Chemistry, it’s all about molecular architecture. The laureates designed metal–organic frameworks — crystalline structures so porous they can trap gases, harvest water from desert air, and maybe even help clean up the planet. And in Physiology or Medicine, we meet the immune system’s own peacekeepers: regulatory T cells. Their discovery revealed how the body prevents its defences from turning on itself, paving the way for new treatments in autoimmune disease, cancer, and organ transplantation. So join us as we unpack the science, the stories, and a bit of the chaos behind this year’s Nobel Prizes — with our usual mix of curiosity, tangents, and mild existential dread. Music: HOME – AWAY

This week we return for some planetary defence chat with some tangents along the way! The boys start off speaking about the changing nature of AI use and its real-world implications. Once on topic they turn to discussing how one might go about avoiding interstellar catastrophe. Is it possible to move large objects in space out of the way, what about using stellar engines to move the sun and all the planets along with it? What are these marvellous machines and how would they function? Music: HOME – AWAY

This week on we’re looking at how Earth protects itself from dangers that come hurtling out of space. Mitch takes us through NASA’s DART mission and what it means for defending the planet against near-Earth objects — those asteroids and comets that occasionally pass a little too close for comfort. Meanwhile, Tom explores solar storms: massive eruptions from our Sun that could knock out satellites, fry power grids, and disrupt life as we know it. Music: HOME – AWAY

Are we alone in the universe? This week we dive into the science of astrobiology — the hunt for life beyond Earth. From NASA’s latest discovery of potential biosignatures on Mars to the strange possibilities of methane seas on Titan and silicon-based aliens straight out of science fiction, we explore what it takes for a world to be habitable, how scientists search for life, and what counts as real evidence. Music: HOME – AWAY

From the phone in your pocket to the car on your driveway, batteries quietly power modern life. But how do these tiny boxes of chemistry actually work? In this episode we crack open the science of batteries — from the basics of anodes, cathodes, and electrolytes, to the differences between lithium-ion, alkaline, and lead–acid cells. We explore why voltage and current matter, how thousands of cells are scaled up to run electric cars, and what really happens when batteries fail or catch fire. We also dig into why they wear out over time, the challenge of long-term storage, and the big question: can energy storage keep up with our growing global demand? Batteries aren’t just about powering gadgets — they may shape the entire future of energy.