Everyone thinks AI has a GPU problem. That's not the real bottleneck. In this clip from An Hour of Innovation, Sergii Gerasymovych answers one of the biggest questions in technology today: What's actually slowing AI down? Is AI running out of power? Why are AI data centers struggling to keep…
The Biggest AI Breakthroughs in Biotech Artificial intelligence is doing far more than powering chatbots. Tara Austraat-Churik explains how AI is revolutionizing drug discovery, protein structure prediction, scientific reporting, FDA regulatory reviews, and pharmaceutical manufacturing. From AI helping scientists identify new drug targets to the FDA deploying its own Generative…
Space Data Centers? Everyone is talking about building AI data centers in space. Sergii Gerasymovych explains why the idea sounds exciting—but doesn't solve today's infrastructure problems. If companies already struggle to build AI data centers close to customers on Earth, moving them into orbit only adds more complexity. Before chasing…
Did Blockchain Failed? Blockchain was supposed to transform the world. Sergii Gerasymovych, who spent years building blockchain technology, explains why he believes the original vision never became reality. He argues that the promise of decentralized systems, mass adoption, and real-world blockchain products fell short of expectations. While Bitcoin and cryptocurrency…
Quantum computing and AI integration are the next frontier for tech. Learn how these two powerful technologies amplify each other. Is the future AI or Artificial Intelligence vs. quantum computing? According to Dr. Shohini Ghose, that's the wrong question. The biggest breakthroughs may come from combining both technologies, not choosing…
Why AI Can't Be Stopped? Most people think AI is just another productivity tool. Sergii Gerasymovych explains why artificial intelligence has already become part of everyday life. After using Claude AI for presentations, his first reaction when it stopped performing well wasn't to hire a designer, it was to figure…
Everyone thinks GPUs limit AI. Sergii Gerasymovych explains why the real challenge is something far less glamorous: electricity. Building AI data centers isn't just about buying NVIDIA chips. Utilities, transformers, power lines, copper, aluminum, and electrical infrastructure all have to be built first and that process takes years. While Google,…
What makes quantum computing different from today's computers? It's not speed. It's a completely different way of processing information. In this clip from An Hour of Innovation, Dr. Shohini Ghose explains why quantum computing starts by replacing the most fundamental building block of computing: the binary bit. Instead of using…
AI Data Centers Aren't What You Think AI data centers are literally just buildings. Most people envision AI data centers as mysterious, futuristic facilities that consume endless resources. Sergii Gerasymovych explains why that couldn't be further from the truth. An AI data center is simply a building filled with servers,…
Software moves at AI speed. Infrastructure doesn't. One of the biggest mistakes AI startups make is assuming physical infrastructure can move as quickly as software development. Sergii Gerasymovych explains why AI models can be built in weeks, but AI data centers, electrical infrastructure, and power capacity can take months, or…
Quantum Computing Won't Matter Until This Happens What if the biggest breakthrough in quantum computing isn't building a bigger quantum computer? In this clip from An Hour of Innovation, Dr. Shohini Ghose explains why today's quantum milestones are mostly theoretical and why the first real breakthrough will come when a…
Why GPUs Aren't The Problem? Everyone thinks NVIDIA GPUs are limiting the AI race. Sergii Gerasymovych explains why the real bottleneck isn't AI chips, it's power and land. As AI infrastructure expands, companies can manufacture more GPUs, TPUs, and AI accelerators, but they can't build electrical power and acquire suitable…
How Quantum Computing Actually Work? Many people imagine quantum computers replacing their laptops or smartphones. Just like you don't download ChatGPT onto your laptop, you'll likely access quantum computing through the cloud. Dr. Shohini Ghose explains why that's unlikely to happen. Instead, quantum computing will probably work like today's AI…
AI’s next bottleneck may not be GPUs. It may be the power they need for computing. In this episode of An Hour of Innovation podcast, Vit Lyoshin speaks with Sergii Gerasymovych, founder and CEO of EZ Blockchain and an AI data center infrastructure operator, about the physical systems behind the…
Quantum Computers Still Can't Do This? Quantum computing won't change the world by solving abstract math problems. Dr. Shohini Ghose explains that the real breakthrough will come when a quantum computer solves a practical problem that today's fastest supercomputers simply can't. Whether it's discovering new medicines, designing advanced materials, or…
Will robots replace astronauts? Not according to NASA engineers working on the future of space exploration. Learn how orbital robotics enables humans to focus on complex tasks. This discussion explores the increasing number of robots in orbit and their practical impact on mission efficiency. If you follow developments in space…
Your Brain Can't Imagine Quantum Computing Dr. Shohini Ghose explains why quantum computing is impossible to fully visualize using everyday analogies. Unlike a simple coin flip, qubits, quantum superposition, quantum bits, quantum probability, electrons, photons, and quantum mechanics operate beyond human intuition. That's why the quantum world feels so mysterious…
Learn why quantum theory has captivated scientists for a century and how it fundamentally shapes the laws of nature. Dr. Shohini Ghose explains why quantum computing is about much more than faster computers. By studying quantum mechanics, scientists hope to understand better the laws of nature, space, time, particles, and…
Learn how legacy aviation hardware is being repurposed for modern robotics automation. See how 1970s technology supports current ISS operations. Future space stations aren't just being built for astronauts anymore. They're being designed for robots first, changing the future of space exploration, autonomous systems, and commercial space. In this clip…
Will quantum computing replace artificial intelligence? The future isn't AI vs. quantum computing. Dr. Shohini Ghose explains why the biggest breakthroughs may come from combining both. Researchers at companies like Google and IBM are exploring quantum machine learning, where quantum computing creates higher-quality data for AI, while artificial intelligence helps…
Why Everyone Is Racing to Build Quantum? Why are governments and tech giants investing billions into quantum computing if it isn't commercially useful yet? Dr. Shohini Ghose explains that this isn't about today's technology. It's about securing tomorrow's strategic advantage. Countries and companies know that the first to build scalable…
The space industry is growing rapidly, but one critical problem has been hiding in plain sight. Space robotics is transforming the future of human spaceflight. The biggest challenge in the space industry is no longer building bigger rockets. It is building a robotic workforce that can maintain, inspect, and operate…
Your encrypted data could already be at risk. Dr. Shohini Ghose explains why cybercriminals don't need a powerful quantum computer today. They can steal encrypted files now and decrypt them later when quantum computing becomes powerful enough. This "harvest now, decrypt later" strategy is driving urgency around post-quantum cryptography, cybersecurity,…
Imagine never replacing another satellite. Ethan Barajas explains how robotic manipulation, space manufacturing, autonomous robotics, satellite servicing, refueling, on-orbit maintenance, and AI-powered space technology could extend the life of satellites and the International Space Station. Future space missions may rely on robots to replace electronics, upgrade science payloads, and maintain…