From bingeing murder documentaries to tuning in to every new crime podcast, millions are hooked on true crime...but why? In this episode, I explore the surprising biological roots of our obsession, uncovering how fear, empathy, dopamine, and evolution all play a role. It turns out our brains are wired to pay attention to danger, feel for victims, and rehearse survival - making true crime not just compelling, but neurologically irresistible.

From dolphin whistles to parrot mimicry, and even AIprojects decoding whale song, science is beginning to explore what once seemed pure fantasy: the ability to truly communicate with animals. In this episode, I delve into the biology of language, the cognitive abilities of non-humanspecies, and the cutting-edge technologies bringing us closer to cross-species conversation. Could Dr. Dolittle's dream really become reality, or are our brains, and theirs, simply too different?

Memorising facts might get you part of the way in A-Level Biology, but true success lies in understanding how the systems connect, interact, and apply to real-world contexts. In this episode, I unpack why surface-level revision isn’t enough, especially under the AQA exam board...and how students can shift from rote learning to meaningful mastery. With insights into how biology is structured, assessed, andretained, I explore what it really takes to thrive in this demanding course.

From cold chills and flickering lights to full-blown apparitions, tales of ghosts have haunted human imagination for centuries. But what if there’s a biological explanation for these experiences? In this episode, I explore how brain chemistry, sleep paralysis, sensory misfires, and even mould spores might explain the science behind what many believe to be the supernatural.

While some argue that apps and 3D models can replace animal dissection in schools, hands-on anatomical exploration still offers something digital tools can’t. In this podcast, I dive into the value of dissection for learning biology - from exploring real brain and eye tissue to examining the intricacies of turtles and lampreys. I also address the ethical debate and explain why dissection, when done thoughtfully, is a powerful tool for deep understanding.

What happens when a doctor makes a mistake - and who pays the price? In this podcast, I explore the professional, legal, and emotional fallout of medical errors, from GMC investigations to courtroom drama and personal trauma. It’s a revealing look at the human side of medicine, where perfection is impossible and accountability is everything.

Could we ever bring dinosaurs back from extinction - and should we even try? Inspired by the legacy of Jurassic Park, this episode dives into the science of de-extinction, ancient DNA, and the ethical questions behind resurrecting long-lost species. From bold ambitions to sobering realities, we explore how close we really are to reviving the past.

In this podcast, I'm joined by A-Level biology student Amelie, who will delve into the mysterious world of animal dreams, exploring what’s happening in the brain when dogs twitch, cats flick their whiskers, or horses gallop in their sleep. She will examine REM sleep, neural patterns, and what current science suggests about the dreamscapes of our animal companions. From evolutionary clues to behavioral insights, this conversation uncovers the biological basis of dreaming beyond the human mind.

What if building LEGO wasn’t just fun - but biologically good for your brain? In this episode, I explore how LEGO play boosts focus, reduces stress, sharpens motor skills, and supports creativity through real neurological and psychological mechanisms. Whether you're a parent, therapist, lifelong builder, or like me, only just discovering the joys of LEGO, you'll discover why clicking bricks together might be one of the healthiest habits you can have.

The Jack the Ripper case remains one of the most studied and debated criminal mysteries in history. Biological evidence, from blood patterns and autopsy reports to modern DNA analysis, has played a crucial role in shaping the investigation and the various theories about the killer’s identity. Despite the significant advances in forensic science, the case highlights the challenges of applying these techniques to historical crimes. Contamination, degradation of evidence, and the limitations of early forensic methods all pose significant hurdles. However, the ongoing analysis and debate continue to enrich our understanding of the case and exemplify the evolution of forensic science.