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How early GetFocus could have predicted the rise of topological qubits—hint: think well before the first Marvel movies on the multiverse came out!
Majorana 1: The new quantum computing era, or just the beginning?
How GetFocus’ improvement rates predicted Microsoft’s approach
In our deep-dive into the field of quantum computing, we discovered that progress is stifled by finicky qubits and high error rates. Microsoft’s answer, topological qubits, based on the more reliable, noise-resistant
Majorana particles have the power to revolutionize everything from cryptography to materials science, solving problems that classical computers could never dream of tackling.
Before you dig in, here’s a quick preview 👀 of what’s inside our report:
Clear explanations that show how the stability of Majorana particles can unlock quantum computing’s potential.
What makes Majorana particles transmorph into exotic states—Majorana zero modes and why does it even matter?
Dramatic spike 📈 in the improvement rate for topological qubits—far outpacing the improvement pace of 40% (Moore’s Law).
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