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113 points roboboffin | 5 comments | | HN request time: 0.001s | source
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m3kw9 ◴[] No.42198056[source]
Been trying for the longest time, I still don’t understand how quantum computing work. It’s always something-something tries all possible combinations and viola, your answer.
replies(5): >>42198114 #>>42198157 #>>42198382 #>>42198805 #>>42198969 #
1. benchmarkist ◴[] No.42198114[source]
Every quantum algorithm is a unitary operation in a Hilbert space. If you want to understand the theory then you will have to do the actual work of learning about Hilbert spaces and unitary operators.
replies(2): >>42198972 #>>42201533 #
2. dekhn ◴[] No.42198972[source]
"""Are Git branches, in fact, "homeomorphic endofunctors mapping submanifolds of a Hilbert space"?"""
replies(1): >>42199386 #
3. benchmarkist ◴[] No.42199386[source]
https://dlicata.wescreates.wesleyan.edu/pubs/amlh14patch/aml...
4. gaze ◴[] No.42201533[source]
Thoroughly unhelpful response. There’s a number of analogies available.
replies(1): >>42201685 #
5. benchmarkist ◴[] No.42201685[source]
I recommend you list them instead of telling random strangers about the helpfulness of their responses.