Hi, This script was entirely written by me. However, I did use AI to help improve the language and flow. The final content and emotional expression are completely my own. Thank you for sharing your thoughts and feedback!
Every 2 weeka for the last 10 years an article has come out about a new quantum breakthrough where the qubits are more stable and and even better than before. Which is all you said. How tf is it a big deal? You didn’t tell us..
That's a great point, and you're absolutely right-quantum computing articles often focus on statements like ‘the qubits are more stable now’ without explaining why that actually matters. So, let me break it down a bit. Quantum computers have the potential to solve problems that classical computers struggle with, but the biggest challenge we face today is the fragility of qubits. They are incredibly sensitive to environmental factors like heat and magnetic interference, which makes accurate calculations difficult. The ‘stability’ breakthroughs you read about every couple of weeks represent small but crucial steps toward overcoming this issue. As qubits become more stable, quantum computers get closer to solving real-world problems like optimizing supply chains, advancing drug discovery, or even tackling climate modeling. If you'd like me to dive deeper into this topic, let me know-I’d be happy to cover it in a future video. Thanks for your feedback! Comments like yours motivate me to create better content.
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"A wave of excitement" = written with AI
Hi,
This script was entirely written by me. However, I did use AI to help improve the language and flow. The final content and emotional expression are completely my own. Thank you for sharing your thoughts and feedback!
Every 2 weeka for the last 10 years an article has come out about a new quantum breakthrough where the qubits are more stable and and even better than before. Which is all you said. How tf is it a big deal? You didn’t tell us..
That's a great point, and you're absolutely right-quantum computing articles often focus on statements like ‘the qubits are more stable now’ without explaining why that actually matters. So, let me break it down a bit.
Quantum computers have the potential to solve problems that classical computers struggle with, but the biggest challenge we face today is the fragility of qubits. They are incredibly sensitive to environmental factors like heat and magnetic interference, which makes accurate calculations difficult. The ‘stability’ breakthroughs you read about every couple of weeks represent small but crucial steps toward overcoming this issue. As qubits become more stable, quantum computers get closer to solving real-world problems like optimizing supply chains, advancing drug discovery, or even tackling climate modeling.
If you'd like me to dive deeper into this topic, let me know-I’d be happy to cover it in a future video. Thanks for your feedback! Comments like yours motivate me to create better content.