DEEP

Mohamed Slim Alouini is one of the world’s leading voices on near-space infrastructure. As the UNESCO Chair in Education to Connect the Unconnected and a pioneer in wireless communications at KAUST, Alouini argues that the next leap in global connectivity won’t come from satellites or towers — but from the stratosphere.In this episode, we break down how High Altitude Platform Stations (HAPS) could deliver broadband to 3 billion unconnected people, unlock direct-to-phone 6G, enable smart agriculture, disaster response, and redefine how we think about infrastructure in the sky.We explore:Why satellites alone can’t solve global connectivityThe “missing middle layer” between towers and LEO mega-constellationsHow HAPS deliver low-latency broadband straight to standard smartphonesNear-space for disaster recovery, border monitoring & smart farmingWhy HAPS avoid the satellite debris problem entirelyThe technical breakthroughs still needed: endurance, payload, free-space opticsWhat a full stratospheric constellation could look like in 2040

Few people can say they’ve lived in space but Sandy Magnus has.In this episode of Deep, Ben Kaplan talks with the former NASA astronaut who spent four and a half months aboard the International Space Station, logged three shuttle missions, and later became Chief Engineer for Advanced Capabilities at the U.S. Department of Defense.Magnus shares what it’s like to move to space rather than just visit, how living off-Earth changes your view of our fragile planet, and why microgravity may hold the key to new markets in biotech, manufacturing, and resource development.She also breaks down the realities of commercial spaceflight from the economics of lunar mining and private space stations to the tension between safety and profit as companies like SpaceX, Boeing, and Blue Origin push the frontier forward.If you want to understand where government, defense, and commercial space really intersect and what it takes to turn exploration into industry this episode goes beyond the countdown.

Quantum technologies are no longer just physics experiments. they’re beginning to scale into real-world infrastructure.In this episode of Deep, Ben Kaplan sits down with Prineha Narang, Professor of Physical Sciences and Electrical & Computer Engineering, and the Howard Reiss Chair at UCLA, to explore how quantum computing, sensing, and networks are moving from lab demos into data centers, cities, and even healthcare.Narang explains how quantum simulations could accelerate drug discovery and new materials, why quantum sensors may transform everything from bioaerosol detection to medical diagnostics, and how quantum networks promise physics-grade security. She also unpacks the interplay between quantum and AI, the race to make systems more energy-efficient, and why scaling access, not just scaling hardware, may be the real breakthrough.If you want to understand how quantum leaps are beginning to reshape science, security, and industry, this conversation goes beyond the hype.

AI’s recent breakthroughs may feel sudden — but as John Hennessy points out, they’re the result of decades of work.In this episode of Deep, Ben Kaplan talks with the former Stanford president, RISC chip pioneer, and current Alphabet chairman about the long arc of innovation: why the last 10 years have delivered AI’s biggest payoffs, how universities fuel trillion-dollar industries, and why cutting basic research now could cost the U.S. its technological edge.Hennessy unpacks the mix of corporate, academic, and startup R&D that drives progress, the push to make AI models more efficient, and the leadership lessons that scale from lab teams to boardrooms. Plus, he shares his perspective on the future of computing, Silicon Valley’s evolving role, and what it really takes to turn breakthrough science into world-changing companies.

We’re promised a future of robot helpers, autonomous drones, and intelligent machines — so where are they? In this episode of Deep, Ben Kaplan sits down with Vijay Kumar, Dean of Engineering at the University of Pennsylvania and a world leader in robotics, to ask why we’re still waiting. They dig into the real obstacles holding back industrial robots, why your toddler might be more dexterous than a factory arm, and how AI is both helping and overhyped.Vijay explains the difference between coordination, cooperation, and true collaboration in multi-robot systems, shares why aerial robotics are inefficient power hogs (but still vital in places like mines), and gives a sober take on the gap between promise and reality in autonomous vehicles. Plus, they explore the unexpected connections between science fiction, military tech, and real-world innovation — and where investors should actually be looking next.If you're curious about the real state of robotics (beyond the hype), this one’s for you.

What do tiny worms, RNA strands, and a 9600-baud modem have in common? They helped Gary Ruvkun win the 2024 Nobel Prize in Physiology or Medicine. In this episode of DEEP, Ben Kaplan sits down with the Harvard geneticist whose discovery of microRNAs shattered scientific orthodoxy and jumpstarted a biotech revolution.Ruvkun unpacks how these microscopic molecules function like hotfixes for your DNA, flipping genetic switches that regulate aging, disease, metabolism—even the domestication of corn. From coding cells like apps to the overlooked power of public science funding, we go deep into the origins of breakthrough discoveries, the culture of innovation, and why some of the best ideas might just come from studying worms.If you want to understand the past, present, and future of RNA-based medicine, from antiviral therapies to biotech unicorns, this episode is essential listening.

What if you could simplify a complex camera lens system down to a single flat surface—and mass produce it with the same machines that make computer chips?Federico Capasso, Harvard professor, optics pioneer, and co-founder of Metalenz, joins Ben Kaplan to talk about how metasurfaces and nano-optics could transform everything from smartphones to AR glasses to medical imaging. Capasso, known for inventing the quantum cascade laser, explains how replacing traditional curved lenses with ultra-thin, chip-made alternatives could revolutionize not just technology, but global supply chains too.This is an episode about science at its best, bold, disruptive, and full of real-world promise. It’s about interdisciplinary curiosity, the entrepreneurial mindset in academia, and the deep tech innovations poised to change how we see... literally.

In this thought-provoking episode of DEEP, host Ben Kaplan of DEEP Venture Partners speaks with Professor Christos Masouros, one of the world's leading experts on 6G communications. They explore how 6G will fundamentally shift wireless technology from pure communication to a powerful hybrid of communication and sensing, transforming every cell tower and base station into a mini radar system.Christos breaks down how 6G’s ultra-fast speeds and near-zero latency could unlock revolutionary applications—from remote robotic surgeries across continents, to holographic communications, smart cities, autonomous vehicle coordination, and even digital twins for real-time activity monitoring. The conversation dives into how AI, sustainability, non-terrestrial networks, and reconfigurable surfaces are all playing a role in the 6G ecosystem—and what it means for privacy, security, and global deployment.They also explore the business and geopolitical implications of 6G, including how this technological leap could open doors for new players from adjacent industries, and the need for regulatory safeguards in a world where every antenna can track movement and behavior.Key Topics:6G vs 5G: latency, speed, and energy efficiencyIntegrated sensing and communicationRemote surgery and real-time holographySmart cities and urban securityAI’s role in network optimization and predictionSustainability in infrastructure and signal designPrivacy, sensing security, and geopolitical impactThe business potential of radar/communications convergence

In this episode of DEEP, hosts Ben Kaplan and Daniel Hoffer of DEEP Venture Partners sit down with Tom Leighton, CEO of Akamai Technologies, to explore his remarkable journey from MIT professor of applied mathematics to leader of a global tech company worth over $10 billion. Tom discusses how Akamai evolved from pioneering the world's first Content Delivery Network (CDN)—revolutionizing the speed and reliability of internet content—to becoming a major player in cybersecurity and cloud computing.Tom shares fascinating insights into Akamai's unconventional beginnings at MIT, the challenges of transitioning theoretical algorithms into practical solutions, and how he overcame scepticism from industry leaders who initially dismissed the viability of distributed computing. He recounts pivotal moments, including Akamai's critical role in thwarting cyberattacks on the White House, which launched their government security business.The conversation also delves into the emerging role of AI in cybersecurity, highlighting both its potential and risks in the ongoing arms race against increasingly sophisticated cyber threats. Throughout, Tom reflects on valuable lessons learned, including the importance of adaptability, resilience in the face of doubt, and strategic venture capital partnerships.This episode offers a compelling look at innovation, entrepreneurship, and leadership, charting how an academic idea transformed into essential technology shaping today's digital world.Find out more at www.deepvp.com

Welcome to DEEP, the show exploring the breakthrough technologies reshaping our world. In this premiere episode, Ben Kaplan of Deep Venture Partners sits down with Michael Black, among the world's leading experts on computer vision and AI, to uncover the cutting-edge advancements in 3D modeling, human behavior analysis, and robotics.From the challenges of autonomous driving to the surprising role of language in vision AI, this episode dives into the future of technology and its profound impact on society.COMPLETE SHOW NOTES AND TRANSCRIPT AT: deepvp.com/computervision