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shows how unit circle represents two different q-bits. Where α = cos θ

By A Mystery Man Writer
Last updated 23 Sept 2024
shows how unit circle represents two different q-bits. Where α = cos θ
shows how unit circle represents two different q-bits. Where α = cos θ
TIL that Sine and Cosine are merely 2D orthogonal projections of the 3D unit helix. This just blew my mind : r/todayilearned
shows how unit circle represents two different q-bits. Where α = cos θ
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shows how unit circle represents two different q-bits. Where α = cos θ
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shows how unit circle represents two different q-bits. Where α = cos θ
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shows how unit circle represents two different q-bits. Where α = cos θ
shows how unit circle represents two different q-bits. Where α = cos θ
shows how unit circle represents two different q-bits. Where α = cos θ
shows how unit circle represents two different q-bits. Where α = cos θ
10.2: The Unit Circle - Cosine and Sine - Mathematics LibreTexts
shows how unit circle represents two different q-bits. Where α = cos θ
Unit Circle: Sine and Cosine Functions
shows how unit circle represents two different q-bits. Where α = cos θ
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