Big refact on my #BlochSphere viewer project. I've ported the js code to #angular and moved it into its own repo: https://codeberg.org/KissYagni/quantum-playground.
I plan to not only show a single QBit, but build more complex circuit. And to do so, I will need more advanced Ux than 2 slider stuck on the left.
To play with it: https://kissyagni.com/the-bloch-sphere
New article about #quantum_computing where I tackle controlled gates:
We have seen before some quantum gates acting on a single qbit. We will now see a family of qgates taking 2 qbits as input and returning 2 qbits: the Controlled gates. – Why does it return 2 qbits ? In classical logic, gates take 2 bits and return only 1 bit …
Curious, I looked up "post-quantum cryptography":
Quantum computers, with, for example Shor's algorithm, can factor primes. Wikipedia says:
- In 2001 [...] factored 15 into 3 × 5
- In 2012, the factorization of 15 was performed [...]
- in 2012, the factorization of 21 was achieved.
- In 2016, the factorization of 15 was performed
Hmm, not exactly a Moore's law yet.🤔 128 bit primes are a long way to go.
https://en.wikipedia.org/wiki/Shor%27s_algorithm#Physical_implementation
My #Blochsphere slowly start to be something. I can now represent #Quantum gate effect on a #Qbit.
PauliZ is easy to understand, PauliX and PauliY , Mmm..... Ok, but Hadamard gate is more tricky.
You can play with here: https://kissyagni.com/the-bloch-sphere/index.html
Code available here: https://codeberg.org/KissYagni/KissYagni_blog/src/branch/master/content/the-bloch-sphere
Internet “particle accelerator” for Unified Theory? Fun concept
https://inspirehep.net/authors/1983554
#Physics #Internet #Quantum #Quantum_Computing #Unified_Theory #Quantum_Gravity
"Quantum natural stochastic pairwise coordinate descent"
This paper on Quantum Natural Gradient Descent illustrates some of the features of the Sugaku AI search engine available at https://sugaku.net .
This specific research paper:
https://sugaku.net/oa/W4411918019/
Sugaku has a Discord chat available:
https://discord.com/invite/mNKWnJAVJy
Why I Left Quantum Computing Research
@darkuncle I like that phrase, "attacks always get better, they never get worse"
Can I propose an alternative? Do not look for quantum-resistant encryption. Rather replace the entire existing public-key-private key cryptography with something entirely new. If possible something based on quantum computing principles.
#quantum, #quantum_computing, #quantum_computer, #QuantumSystems
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