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riemannium
riemannium
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What is the conversion factor for qubits (qudits) to bits/bytes in classical information theory/computation theory?

I mean, how can we know to how how many "bits/bytes" process, e.g., a 60 qubit quantum computer (quamputer). What, are equivalent to classical bits (dits)?What about memories and velocities in "attaniable" quantum computers versus classical current memories and computer velocities(GHz)?

What is the conversion factor for qubits (qudits) to bits/bytes in classical information theory/computation theory?

I mean, how can we know to how many "bits/bytes" process, e.g., a 60 qubit quantum computer (quamputer). What about memories and velocities in "attaniable" quantum computers versus classical current memories and computer velocities(GHz)?

What is the conversion factor for qubits (qudits) to bits/bytes in classical information theory/computation theory?

I mean, how can we know how many "bits/bytes" process, e.g., a 60 qubit quantum computer (quamputer), are equivalent to classical bits (dits)?What about memories and velocities in "attaniable" quantum computers versus classical current memories and computer velocities(GHz)?

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riemannium
riemannium
  • 6.7k
  • 5
  • 29
  • 60

Qubit (Qdit) equivalence with bits/bytes/Kbytes/

What is the conversion factor for qubits (qudits) to bits/bytes in classical information theory/computation theory?

I mean, how can we know to how many "bits/bytes" process, e.g., a 60 qubit quantum computer (quamputer). What about memories and velocities in "attaniable" quantum computers versus classical current memories and computer velocities(GHz)?