Last call to make your voice heard! Our 2022 Developer Survey closes in less than a week. Take survey.
Quantum Computing
user avatar
user avatar
user avatar
GaussStrife
  • Member for 3 years, 7 months
  • Last seen this week
Profile Activity
Stats
1,113
reputation
6k
reached
28
answers
21
questions
Communities
View all
Badges
View all badges
This user doesn’t have any gold badges yet.
4
silver badges
13
bronze badges
Top tags
View all tags
20
Score
16
Posts
33
Posts %
11
Score
11
Posts
22
Posts %
9
Score
8
Posts
16
Posts %
6
Score
7
Posts
14
Posts %
4
Score
7
Posts
14
Posts %
4
Score
5
Posts
10
Posts %
Top posts
View all questions and answers
All Questions Answers
Score Newest
question
6
Interpretation of the unitaries involved in the eigenvalue decomposition of a density operator
Sep 15, 2021
question
5
How can the Holevo bound be used to show that $n$ qubits cannot transmit more than $n$ classical bits?
Aug 1, 2020
question
5
Prove that $|(\langle \psi|_{A} \otimes \langle \phi|_{B})|\theta\rangle_{AB}|^{2}<1$ for entangled $|\theta\rangle_{AB}$
Dec 14, 2021
answer
4
Partial Trace of Werner State
Dec 20, 2020
answer
4
How to derive $|0\rangle=\frac{1}{\sqrt{2}}(|+\rangle+|-\rangle)$?
Jul 29, 2021
answer
3
Why is a conjugate transpose of $|+\rangle$ a vector $1/\sqrt{2} (\langle0| + \langle1|)$?
Sep 30, 2020
answer
3
If $\rho,\sigma$ are classical-quantum states, can the fidelity $F(\rho,\sigma)$ be expressed in terms of $F(\rho_i,\sigma_i)$?
Jun 15, 2021
question
3
Circuit to construct a $n$-qubit state which is a superposition of states with only a single qubit being $\lvert1\rangle$ [duplicate]
Nov 2, 2018
question
2
Under what situation is $\sum_{i} p_{i}S(\rho_i)$ > 0
Jun 12, 2020
question
2
Meaning behind obtaining a hermitian operator for measurement in another basis?
Jul 20, 2020

Your privacy

By clicking “Accept all cookies”, you agree Stack Exchange can store cookies on your device and disclose information in accordance with our Cookie Policy.