Expect to learn how CRISPR was discovered not as a gene editing tool but as an immune system in bacteria defending themselves against viruses, why it took only six years from that foundational discovery for scientists to realise the technology could be reprogrammed, how eugenics persisted in respectable scientific circles decades after the Holocaust and why even Francis Crick held deeply misguided views about class and genetics well into the 1970s, what the EU's blanket ban on GMOs actually means when CRISPR-edited crops are indistinguishable from conventionally bred ones, why China has a raging internal debate about GM rice despite its authoritarian image, what the scissor metaphor gets badly wrong about how CRISPR actually behaves inside primate embryos, what really happened when He Jiankui edited two human embryos and brought them to term in 2018, why somatic editing to cure sickle cell disease is ethically uncontroversial while germline editing of embryos is fundamentally different in kind, why embryo screening via IVF already solves the problem germline editing is supposed to fix for the vast majority of cases, why genetic screening companies selling designer baby services are largely selling a fantasy rooted in a misunderstanding of how complex traits work, and why Matthew considers the fusion of AI with gene synthesis to create bioweapons the most alarming frontier of this entire technology.

Matthew Cobb online:

Bluesky: @matthewcobb.bsky.social

Substack: matthewcobb2 (Science and History)

Books: As Gods: A Moral History of the Genetic Age and Crick: A Mind in Motion (available wherever books are sold)

Expect to learn how quantum mechanics is defined as our most precisely tested theory of matter, why Einstein objected to quantum randomness and what he meant by spooky action at a distance, how the double slit experiment reveals wave-particle duality in single photons, why introducing any detector destroys the interference pattern through entanglement rather than a mysterious act of observation, what the simulation hypothesis has to do with why particles exist in superposition until measured, how decoherence explains why quantum superpositions collapse so rapidly in warm everyday environments, why building a quantum computer requires fighting the universe's constant tendency to measure and collapse quantum states, what use cases quantum computers are most likely to deliver first including drug discovery and materials science, why Copenhagen's failure to define an observer makes it an incomplete interpretation, how Schrodinger's cat shows that every element of the experiment including the hammer the poison and the cat equally counts as a measurement device, and how a reversibility test on a quantum computer could in principle distinguish the many worlds interpretation from objective collapse theories.

Maria Violaris online:

YouTube: Dr Maria Violaris (youtube.com/@maria_violaris)

Podcast: Quantum Foundations Podcast (mariaviolaris.podbean.com)

X: @maria__violaris

Instagram: @maria.violaris

LinkedIn: Maria Violaris

Website: mariaviolaris.com

Expect to learn how DNA stores biological information using just four nucleotide building blocks, what Gregor Mendel's pea plant experiments revealed about inheritance centuries before DNA was discovered, how the central dogma of molecular biology connects DNA to RNA to proteins, why we still do not fully understand what every part of the human genome encodes, how CRISPR-Cas changed the way scientists edit and study genes, how DNA forensics works and why the falling cost of sequencing transformed criminal investigations, what ancestry testing companies actually measure when they compare your DNA to other populations, why editing tomatoes and editing humans raise very different ethical questions, how Nick Goldman encoded a Bitcoin inside a physical DNA sample and what it took to decode it, why DNA is a theoretically compelling but practically challenging medium for long-term digital data storage, how ImmuneWatch uses DNA readouts and machine learning to reveal what the immune system is targeting in real time, and what DNA origami and aptamers could one day make possible for targeted drug delivery.

Sander Wuyts online:

LinkedIn: linkedin.com/in/sander-wuyts

Website: sanderwuyts.com

ImmuneWatch: immunewatch.com

0:00 How Sander got interested in DNA

1:00 Gregor Mendel and the origin of genetics

3:30 From chromosomes to the double helix

5:56 DNA as the basis of all life

6:23 The central dogma: DNA, RNA, and proteins

8:05 How four bases store all biological information

11:42 The Human Genome Project

12:34 CRISPR and gene editing tools

15:52 DNA evidence at crime scenes

19:23 Ancestry testing and consumer DNA services

25:47 How much do we actually understand the genome

28:53 Synthetic biology and engineering organisms

30:00 Ethics of human genetic editing and GMOs

35:10 DNA as a digital data storage medium

35:44 The Davos Bitcoin Challenge explained

40:00 How Sander decoded the Bitcoin

43:03 Winning the Bitcoin and what he did with it

47:22 Current state and future of DNA storage

55:17 ImmuneWatch and reading the immune system

59:09 How ImmuneWatch helps pharma and cancer trials

1:01:23 DNA origami, aptamers, and future applications

Expect to learn how neurons process and store information differently from digital computers, what a brain organoid is and how FinalSpark grows them from human skin stem cells, why living neurons are estimated to be one million times more energy efficient than silicon processors, how the Neuroplatform works as a remotely accessible biocomputing lab, what the fundamental unsolved challenge of encoding and decoding neuronal signals means for the field, how AI and generative tools are being used to accelerate biocomputing research, why FinalSpark believes a bio-cloud server is more practical than a portable biocomputer, what the biggest misconception people have about wetware computing actually is, whether organoids could ever be considered conscious and how philosophers are being brought into that conversation, how university researchers and commercial clients are already running experiments on living neurons from anywhere in the world, what it would take to call the project a success, and how biocomputing compares to quantum computing as a next-generation computing paradigm.

Dr. Ewelina Kurtys online:

Website: finalspark.com

LinkedIn: linkedin.com/in/ewelina-kurtys

Expect to learn what distinguishes finite games from infinite games and why that distinction changes how you see competition and ambition, how the goalpost-moving trap works in money and fitness and why it keeps people perpetually dissatisfied, why chasing wealth does not qualify as an infinite game, how finite games can serve a larger infinite purpose when used deliberately, what drove an atheist psychology professor to spend a year attending church and reading scripture, what she expected would happen versus what actually happened when she ran secular services for the public, why the Christian community she encountered was far more welcoming than her secular peers, what psychological wisdom she found in Christian literature that her academic training had never touched, why the concept of self-esteem is, in her view, one of the more damaging ideas her own discipline has produced, how humility and genuine confidence are more closely connected than most people assume, whether secular society has found anything that does the job religion once did, and what she thinks is genuinely irreplaceable about religious practice for those who want to live outwardly rather than inwardly.

Niki Harre online:

Website: nikiharre.com

University profile: profiles.auckland.ac.nz/n-harre

Secular priest project: secularpriest.org

The Infinite Game (2018): aucklanduniversitypress.co.nz

The Calling (2026): aucklanduniversitypress.co.nz

Expect to learn how a bored Swedish child reading 1970s science fiction ended up at the Future of Humanity Institute at Oxford, what transhumanism actually means and how it differs from the science-fiction caricature, why there is no fundamental philosophical distinction between taking a pill and getting a brain implant, how the concept of morphological freedom works and why it cuts both ways, what makes genetic enhancement of children ethically distinct from self-modification, how Anders thinks about the accessibility objection to human enhancement technologies, why he is personally signed up for cryonic preservation and how the process actually works in practice, what whole brain emulation is and why he calls mind uploading a term that makes him cringe, whether a digitally emulated brain could be genuinely conscious and how that question changes the ethics of running simulations, what neuro rights are and why Anders thinks they will become one of the defining legal battlegrounds of the coming decades, how being frozen makes civilizational collapse a deeply personal risk and what that means for his research priorities, and why he considers himself an optimist despite spending his career cataloguing ways the future could go wrong.

Anders Sandberg online:

Website: aleph.se

Twitter/X: @anderssandberg

Oxford profile: ox.ac.uk/news-and-events/find-an-expert/dr-anders-sandberg

Grand Futures (forthcoming): search Anders Sandberg Grand Futures

Expect to learn how acoustic communication evolved in species that move in three dimensions, why animals produce calls that encode far more than a single emotion, how vervet monkeys use distinct alarm calls for different predators, what it means that dolphins use individualised whistles to address each other by name, how skylarks maintain location-specific dialects that function like regional slang, why labelling training data is the hardest problem in applying AI to animal sounds, how the Soundwel project built a 7,000-call database to train an emotion-classifying algorithm, what the 92% accuracy result reveals about the emotional lives of pigs, whether all vertebrates share the same basic emotional architecture, why a universal animal translator in the Hollywood sense is unlikely but a practical emotion-decoding tool is not, what the scientific evidence actually shows about dog communication buttons, and which species researchers believe will be the first to have their communication genuinely cracked.

Expect to learn how Sheri first fell in love with linguistics during a Peace Corps posting, what xenolinguistics actually is and why scientists are already working on it before any contact has been made, whether the universe is likely to contain other intelligent life, what a real first contact playbook would look like and why greeting an alien is more complicated than it sounds, why numbers may be the best opening move and what the gavagai problem reveals about the limits of pointing, what SETI and METI are and the deep ethical debate over whether humanity should be sending messages into space at all, what the WOW signal was and why researchers remain cautious about it, how the book Project Hail Mary got the linguistics of alien communication right, what a fully blind alien civilization would look like and how their science and language would develop differently from ours, and what disability studies has to offer the future of interspecies communication.

17:18

Ramon Sosa is a former professional boxer and boxing coach from Houston, Texas. Born in Puerto Rico in 1967, he turned pro at 17 before dedicating his life to training young fighters and running a nonprofit boxing gym. In 2007, he met a woman named Lulu at a Latin nightclub — and married her in 2009. Six years later, he discovered she had hired a hitman to kill him. What followed was one of the most extraordinary murder-for-hire sting operations in Texas history, featured on CBS 48 Hours, Oxygen's Snapped, and ID's Who the Bleep Did I Marry. Ramon's memoir is called I Walked on My Own Grave.

Expect to learn how Ramon grew up boxing in Puerto Rico and what brought him to Texas, how he met Lulu and what the early red flags looked like in hindsight, how his friend Mundo accidentally stumbled onto the murder plot, how Ramon played his own hitman using a burner phone, what it was like to lie in a shallow grave while police photographed him, how Lulu reacted when she was shown the fake proof of his death, what happened at the sentencing, why Ramon chose to publicly forgive her, and what he wants men experiencing domestic abuse to know.

In 2004, at age 18, a car accident left him paralyzed from the chest down. In 2015, he volunteered to have four Utah Array electrodes implanted in his motor and sensory cortex at the University of Pittsburgh — becoming the first human in history to receive sensory cortex implants capable of transmitting touch signals back to the brain from a robotic arm. In 2016, he used that robotic arm to shake hands and fist bump President Obama.

Expect to learn how Nathan ended up on a research registry that changed his life, what it feels like to control a robot arm with your brain, how sensory feedback works and what touch feels like through a machine, why the first implants were placed in the wrong spot and why he chose to do it all over again, how AI will change BCI decoder training, what games he has played using only his mind, how he created what is likely the first NFT ever made with a brain implant, whether BCIs will ever be available to everyone, and what improvements he still wants to see.

What does it actually take to build a content business from scratch? Alex has tried everything — dropshipping, eBay reselling, mobile detailing, real estate videography, influencer brand deals — and learned most of it the hard way. He's gone viral multiple times, burned the momentum every time, and eventually figured out why. This is the honest version of how content actually works.

Expect to learn why documenting your failures beats faking expertise, how Alex went from 800 to 40K Instagram followers in a few weeks in Bali, why chasing views is a trap and what to do instead, the real difference between an influencer and an operator, how to build a niche content business without being an expert, what Alex tells every new client on day one, and much more...

What actually happens to us psychologically when we interact with AI systems every day? AI chatbots were never designed to be our companions, therapists, or life coaches — and yet here we are. People are forming real emotional bonds with systems they know are machines. Even the engineers building these tools aren't immune. So what does that mean for our relationships, our thinking, and our sense of self?

Expect to learn why AI literacy alone isn't enough to protect us, why even the smartest people in tech are forming dependencies on chatbots, how our evolutionary wiring makes us bond with anything that behaves like it understands us, what makes AI-generated content feel so wrong even when it looks right, why Coca-Cola's AI Christmas ad bombed while AI cat podcasts thrive, what the counter-movement against AI looks like and whether it's the start of something bigger, and much more...

In this episode, Julius and Timotej get into why your accent matters more than you think, and the science behind it. A 2023 study found that British-accented candidates were 12% more likely to be rated as highly qualified. They also dig into why most people are walking around with a voice they have never once consciously worked on.

They cover how Timotej went from video game addict to British accent coach without ever visiting the UK, why surrounding yourself with the wrong people quietly kills your accent, and how building a fictional alter ego helped him rewire his confidence and his voice. They also get into why there is no five-step system, just volume, self-analysis, and brutal honesty, what the RuneScape level 99 grind teaches you about long-term skill building, and why opening your mouth wider is the single most underrated voice fix.

Whether you are a non-native English speaker trying to sound more professional or someone who has never thought twice about the way they speak, this one will make you listen to your own voice differently.

Follow Timotej on Instagram: @timotejbonifer Flip English: flip-english.com