
Show Notes
What if AI isn’t as intelligent as we think — but still powerful enough to reshape everything?In this deep-dive conversation with tech investor Dan Bowyer, we explore the uncomfortable truth behind the AI gold rush — from overhyped AGI claims to the looming bubble risk no one wants to talk about.Dan openly admits his job is to back extreme founders — the kind willing to run through walls to build the next billion-dollar company. But he also argues that we’re massively overestimating large language models… and underestimating the real transformation happening at the application layer.From Apple’s quiet AI strategy to the fragility of today’s venture capital system, this episode unpacks what happens when synthetic intelligence collides with capital markets, geopolitics, and human psychology.We discuss:🔹 Why LLMs are “not that smart” — and may never reach AGI🔹 Whether we’re at peak AI hype🔹 The AI bubble and the hidden debt risk inside Big Tech🔹 Why Apple — not OpenAI — could dominate the AI agent economy🔹 How AI is reshaping healthcare, law, and manufacturing🔹 The coming wave of autonomous agents in business🔹 Why venture capital may be broken in Europe🔹 Whether more women in power would reshape tech entirelyIn this episode, we also explore:• The psychology of founders who win in AI• Why 99% of AI corporate projects fail — and why that’s a good sign• The geopolitical shifts accelerated by AI and Trump• The future of personal AI agents controlling your digital life• Whether productivity gains will outpace job displacementThis isn’t just about technology.It’s about capital, power, morality — and who really controls the future.If AI is the Fourth Industrial Revolution, the real question becomes:Are we building the future responsibly — or just inflating the biggest bubble in history?⸻🔗 Guest & Host LinksDan BowyerLinkedIn: https://www.linkedin.com/in/danbowyer/Ezra ChapmanLinkedIn: https://www.linkedin.com/in/ezrachapman/#podcast #artificialintelligence #venturecapital #AI #technology #economy
More from Ezra Chapman #Curious
What happens when the investments that look safest are actually far more concentrated than most people realise?In this conversation, Susannah Streeter, former BBC business anchor and now Chief Investment Strategist at Wealth Club, breaks down the AI investment boom, the risk of inflated valuations, and why even supposedly diversified portfolios may be heavily exposed to a small number of US technology companies. She also explains how beginners should actually invest, why AI could reshape employment and taxation, and what the UK needs to do to remain competitive.But this isn’t just a story about markets.It’s about a deeper shift:🔹 What happens if the productivity gains promised by AI come at the cost of millions of jobs and government tax revenue? 🔹 Are investors unknowingly betting too heavily on the same handful of AI winners? 🔹 And can the UK create an economy where entrepreneurs, investors, and growing companies actually want to stay?At the centre of the discussion is a harder question:If AI transforms both the economy and the investment landscape at the same time, how do you position yourself for the upside without becoming dangerously exposed to the hype?Because in a market obsessed with finding the next winner, resilience may matter more than prediction.
What happens when the skill you’ve spent your whole career perfecting becomes something AI can do?In this conversation, Dr. Mansoor Soomro, author of The Generalist Advantage, explores why broader skills and experience could become increasingly valuable in the age of AI. Drawing on his research into 2,500 executives, he explains how specialisation can limit career progression, what makes an effective generalist, and why curiosity, adaptability, and human judgment matter as work changes.The conversation connects those individual career choices to bigger questions about leadership, education, and the future of work:🔹 How do you know when your expertise is helping you progress and when it is holding you back? 🔹 Can we use AI to expand our thinking without losing the curiosity and critical thinking that make us valuable? 🔹 And as AI creates new roles and reshapes existing ones, how should we prepare for jobs that do not yet exist?At the centre of the discussion is a harder question:How do we develop human potential in a world where the work, the skills, and the paths to success keep changing?Because building a lasting career may depend on how much we remain willing to learn.
What happens when AI starts removing the entry-level work people traditionally needed to become experts?In this conversation, Dr. Fabian Stephany explores what real labour-market data says about AI, jobs, wages, and the skills that are becoming more valuable. He explains why people with AI skills are already earning a premium, why junior workers may face the biggest disruption, and why expertise becomes even more important as routine work gets automated.But this isn’t just a story about jobs disappearing.It’s about a deeper shift:🔹 What happens when AI can do the repetitive work people once used to learn their profession? 🔹 Could AI widen inequality between people who know how to use it and those who get left behind? 🔹 And with millions of baby boomers leaving the workforce, are we actually heading toward a shortage of workers rather than a shortage of jobs?At the centre of the discussion is a harder question:If AI changes how people build expertise, which skills should the next generation actually spend years developing?Because the biggest risk may not be that AI takes every job, but that we fail to develop the people needed for the jobs that remain.
What happens when AI starts reshaping the financial system faster than banks, regulators, and even investors can adapt?In this conversation, Greg Cox explores the next era of fintech, why AI could create entirely new financial products, and why traditional banks may be both more vulnerable and more valuable than ever. He also breaks down the risks behind AI investment, cybersecurity, cognitive offloading, and what happens when enormous amounts of capital are built on technology that is still evolving incredibly quickly.But this isn’t just a story about fintech.It’s about a deeper shift:🔹 What happens when AI makes financial services dramatically easier to build, personalise, and scale?🔹 Could traditional banks regain an advantage simply by becoming the safest place to keep your money?🔹 And if trillions of dollars flow into AI before the economics are proven, how dangerous could the correction become?At the centre of the discussion is a harder question:If AI becomes deeply embedded across finance, business, and the wider economy before we fully understand its risks, can institutions adapt fast enough without sacrificing security, judgment, and financial stability?Because AI may transform finance, but the biggest consequences could come from what gets built around it.
What happens when AI becomes capable enough to solve extraordinary problems, but still unreliable enough to confidently get simple ones wrong?In this conversation, Fernando Lucini explains why the real AI revolution is not just about the models themselves, but the systems, tools, and “harnesses” being built around them. Drawing on decades across Autonomy, HP, Accenture, and Faculty, he breaks down what AI can genuinely do today, where it still fails, and why companies need to understand both the hype and the truth at the same time.But this isn’t just a story about better models.It’s about a deeper shift:🔹 What happens when AI becomes more capable faster than it becomes reliable?🔹 Could open-source models and the software built around them reshape where the real value in AI gets created?🔹 And if powerful systems still hallucinate, forget context, and behave unpredictably, how much autonomy should we actually give them? At the centre of the discussion is a harder question:If AI can solve problems humans cannot while still failing at tasks we consider basic, how do we build businesses and systems that capture its upside without trusting it more than we should?Because the future of AI may depend less on creating one perfect model, and more on learning how to harness imperfect ones.