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vault backup: 2026-07-29 10:23:20

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Benjamin Neumann
2026-07-29 10:23:20 +02:00
parent 1956359cd0
commit 917e054677
4 changed files with 15 additions and 3 deletions
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.obsidian/workspace.json
Vendored
+2 -2
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@@ -216,6 +216,8 @@
}, },
"active": "25f5b25d5eca7203", "active": "25f5b25d5eca7203",
"lastOpenFiles": [ "lastOpenFiles": [
"SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729101220.png",
"SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729101158.png",
"SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729100435.png", "SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729100435.png",
"SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729100407.png", "SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729100407.png",
"SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729094718.png", "SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729094718.png",
@@ -229,8 +231,6 @@
"SS2026/Quantum Computing/4. Observing and measuring/Observing probabilistic and measuring quantum systems.md", "SS2026/Quantum Computing/4. Observing and measuring/Observing probabilistic and measuring quantum systems.md",
"SS2026/Quantum Computing/4. Observing and measuring", "SS2026/Quantum Computing/4. Observing and measuring",
"SS2026/Quantum Computing/3. Quantum Systems/Anhänge/Pasted image 20260729092121.png", "SS2026/Quantum Computing/3. Quantum Systems/Anhänge/Pasted image 20260729092121.png",
"SS2026/Quantum Computing/3. Quantum Systems/Anhänge/Pasted image 20260729092010.png",
"SS2026/Quantum Computing/3. Quantum Systems/Anhänge/Pasted image 20260729091741.png",
"SS2026/Quantum Computing/3. Quantum Systems/Anhänge", "SS2026/Quantum Computing/3. Quantum Systems/Anhänge",
"SS2026/Quantum Computing/2. Probabilistic systems/Probabilistic Systems.md", "SS2026/Quantum Computing/2. Probabilistic systems/Probabilistic Systems.md",
"SS2026/Quantum Computing/3. Quantum Systems", "SS2026/Quantum Computing/3. Quantum Systems",
SS2026/Quantum Computing/4. Observing and measuring/Anhänge/Pasted image 20260729101158.png
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SS2026/Quantum Computing/4. Observing and measuring/Observing probabilistic and measuring quantum systems.md
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@@ -39,3 +39,15 @@ To test, a photon can be send through the box.
A beam splitter is a semi transparent mirror. A beam splitter is a semi transparent mirror.
Photons entering from up can come out on the up or down path - analog for down Photons entering from up can come out on the up or down path - analog for down
Quantum mechanically it could come in a superposition between up and down Quantum mechanically it could come in a superposition between up and down
$\begin{pmatrix} \alpha \\ \beta \end{pmatrix}$ a = amplitude of up, b = amplitude of down
And it would exit the beam splitter in a superposition between up and down again
$\begin{pmatrix} \gamma \\ \delta \end{pmatrix}$ gamma = up, delta = down
![[Pasted image 20260729101158.png]]
The bomb tester now looks like this:
![[Pasted image 20260729101220.png]]