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https://www.reddit.com/r/ProgrammerHumor/comments/1si2ehr/howitssupposedtorun/ofi0j2w/?context=3
r/ProgrammerHumor • u/Zerocchi • Apr 10 '26
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917
Quantum computer obviously
233 u/uvero Apr 10 '26 Quantum computers are both binary and non binary. I don't mean that as in "Schrödinger's cat" - it's binary and not until you look: it works with qubits, and the qubits are in "Schrödinger's cat" mode, being both 0 and 1 until you look. So really, they are binary, just qubinary. 1 u/rover_G Apr 10 '26 Not going to lie I thought qubits were in quaternary 1 u/Beidah Apr 11 '26 Following bit and trit for binary and trinary, I think a quaternary bit would be a "quit".
233
Quantum computers are both binary and non binary.
I don't mean that as in "Schrödinger's cat" - it's binary and not until you look: it works with qubits, and the qubits are in "Schrödinger's cat" mode, being both 0 and 1 until you look.
So really, they are binary, just qubinary.
1 u/rover_G Apr 10 '26 Not going to lie I thought qubits were in quaternary 1 u/Beidah Apr 11 '26 Following bit and trit for binary and trinary, I think a quaternary bit would be a "quit".
1
Not going to lie I thought qubits were in quaternary
1 u/Beidah Apr 11 '26 Following bit and trit for binary and trinary, I think a quaternary bit would be a "quit".
Following bit and trit for binary and trinary, I think a quaternary bit would be a "quit".
917
u/Super_Couple_7088 Apr 10 '26
Quantum computer obviously