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Computing just changed forever. Google Quantum AI has unveiled Willow, their most advanced superconducting quantum chip yet. Small enough to fit in your hand, it can solve problems in minutes that would take even the most advanced supercomputers, like El Capitan, longer than the age of the universe. Willow’s breakthrough lies in error correction, reducing instability that has long held quantum computing back. It’s also extended the time qubits can remain stable, a critical step toward making quantum systems more practical. While quantum computing is still in its infancy, advancements like this hint at a future where we solve problems once thought impossible. But alongside the opportunities lie challenges, especially for encryption and cybersecurity. What’s your take on quantum’s potential? Are we ready for this leap forward? PS. What is quantum computing, and its current applications (4 mins reading) https://lnkd.in/gDD3tXGb __________________ I share my learning journey here. Join me and let's grow together. For more on AI & Machine Learning, please check my previous posts. Alex Wang
Sofia N.
6d
I think this is great innovation, but as a cyber professional, my concern lies in risk and security. These systems are advanced and can offer encryption standards never before seen, but our adversaries can get the same computing power too and now it’s one quantum computer vs another. We need layered security approaches to protect people and their information. I’ve been studying this on my own, but my research has led me to believe that if we implement quantum theories of entanglement and observer effect to go alongside quantum encryption we may start looking at a quantum security program. It’s best to add these things as early as possible, preferably in the R&D phase to save money on the backend and reduce risk of exposure and successful attacks.
Nimra Iman
6d
It's not a technology, it is a revolution
The advancements in error correction and qubit stability are exciting milestones! 🙌
SANKARAM DAS
6d
It will surely be a breakthrough for Quantum Technology(advancement). It is a gigantic jump. Although it's still in a test phase, it needs more and more testing to become reality and error free(less). And there must be an ethics csz it can be dangerous for misuse like password break, can crack anything...
Victor Omoha
6d
This is exciting news! Google's Willow chip sounds like a major leap forward for quantum computing. The potential applications are mind-boggling, from drug discovery and materials science to tackling climate change and advancing AI. However, as the post mentions, there are also significant challenges. We need to be prepared for the impact on cybersecurity and ensure that this technology is developed and used responsibly. I'm particularly interested in learning more about: * Specific use cases: How will Willow be used in the near future? What concrete problems can it solve that classical computers can't? * Accessibility: Will this technology be accessible to researchers and developers outside of Google? * Ethical considerations: What steps are being taken to address potential risks and ensure equitable access to the benefits of quantum computing? Overall, I'm cautiously optimistic about the future of quantum computing. It's crucial that we proceed with both excitement and careful consideration.
Qamar Mehtab
6d
Quantum computing advancements like Willow's breakthrough in error correction hint at a future where we solve problems once thought impossible.
The advancements in error correction and qubit stability are key to unlocking the real potential of quantum systems. As we approach this new era, it will definitely pose challenges, particularly in encryption and cybersecurity, but also open up endless possibilities in fields like AI, drug discovery, and more.
Things are moving fast. I posted about the resources needed to run quantum systems recently. https://www.linkedin.com/posts/lindawbell_heads-up-newer-more-secure-algorithms-often-activity-7252417487244247040-fAYg?utm_source=share&utm_medium=member_ios
Melis A.
6d
Finally, I wrote a lot about this in my newsletter, however, I believe this readiness will depend on how quickly industries start laying the groundwork for quantum-specific strategies.
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6d"Quantum computing is no longer a concept—it’s happening now. Google's Willow chip is proof that technology is accelerating faster than ever. But what does this mean for us, especially if you’re new to this? Let’s break it down: 1️⃣ Why does this matter? Traditional supercomputers would take trillions of years to solve certain problems. Willow does it in 5 minutes. This speed WILL revolutionize fields like medicine (finding cures), finance (predicting markets), and climate (modeling global solutions). 2️⃣ What can YOU do now? Start learning the basics of quantum computing. Free resources like YouTube or beginner-friendly courses can help you understand how this works. Think about industries you care about. How might quantum technology impact them? Whether it’s business, health, or tech, staying informed gives you a competitive edge. This isn’t just a tech upgrade; it’s a game-changer for the world—and for your future. Will you ride the wave or be left behind? 🌊" ME. I'M ALREADY ON THE WAVE. 🏄 Thanks Alex Wang for the consistent updates. I am ALWAYS learning better than AI. 😁🤓