Our CEO predicts what's next for quantum
Imagine a computer so powerful it could crack complex problems in seconds—ones that stump today’s fastest machines.
➡️ That's what we're building with quantum computing.
Instead of using bits, quantum computers use qubits, solving complex problems far faster than classical computers. And this technology has great potential to transform industries, from drug discovery to cryptography. Because of this, it's quickly becoming a key driver of future innovation.
In our latest Smart Talks episode, IBM Chairman and CEO Arvind Krishna shares his thoughts on quantum computing's groundbreaking potential. ⤵
"Because the biggest change is not technology. It’s getting people to accept that there’s a different way to do things." - Arvind Krishna , Chairman and Chief Executive Officer, IBM
The Quantum Leap Ahead 🚀
The next five years will be pivotal for the future of quantum computing. Check out our roadmap to see how we're developing what’s next for quantum. ⤵
Our top case studies ✅
Discover how these leading companies are already using IBM Quantum technology to tackle complex problems, and shape the future of their industries. ⤵
🧬 Moderna: Scaling the limitations of classical computing in mRNA development
Moderna accelerated mRNA vaccine development by streamlining molecular design and optimizing simulations, enabling faster identification of promising candidates and significantly reducing research timelines.
⚛️ RIKEN & Cleveland Clinic: Modeling realistic chemistry with quantum computing
This team successfully simulated complex molecular interactions beyond the reach of classical computers, showcasing quantum computing’s potential to accelerate drug discovery and materials science through more accurate, scalable chemical modeling.
🌐 JSR: Envisioning a revolution in semiconductor manufacturing
JSR Corporation partnered with us to explore quantum computing for chemical simulations, achieving more accurate modeling of complex molecular structures than traditional methods—highlighting quantum’s potential to drive innovation in semiconductors, pharmaceuticals, and beyond.
The competition in quantum computing ultimately boils down to a contest of ecosystems and talent. Public forecasts from leadership not only steer the industry's direction but also attract the world's top talent to join this field. Building full-stack capabilities—from hardware and software to applications—will be the key to success.
The future of quantum computing is full of infinite possibilities. Arvind Krishna's sharing on Smart Talks opened up new horizons for us, and we look forward to more technological breakthroughs!
Quantum computing is truly the next frontier! Arvind Krishna’s insights into its groundbreaking potential are a must-watch. It’s incredible to see how IBM is shaping the future of tech and innovation. Can’t wait to see how these advancements transform industries! 💡🚀 #QuantumComputing #AI #Innovation
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Quantum mechanics is clearly moving from theory to real-world impacts at a faster pace than expected