vtomole

7 ms·

31.
by vtomole 2y ago
> Is there a place for quantum computers if classical algorithms become more capable at simulating quantum mechanics in ways we find useful? There is not. Our existence as a field pretty much hinges on classical computers not being able
32.
by vtomole 2y ago
I work in this field. Although the prospects for using quantum computers to solve classical problems are pretty bleak, the primary motivator for the invention of quantum computers was not to solve classical problems, but to solve quantum on
33.
Britain's first quantum navigation flight takes off(thetimes.co.uk)
1 points by vtomole 2y ago|0 comments
34.
by vtomole 2y ago
Breaking RSA changes the world by breaking crypto and implicitly by moving protocols to post-quantum crypto, which is already happening https://security.apple.com/blog/imessage-pq3/ . Quantum computers also change
35.
by vtomole 2y ago
> The paper does not prove anything about the upper limit Nothing can prove how many qubits can be realizable except trying to realize them. There will never be a theorem that says "The maximum number of qubits that can ever be cont
36.
by vtomole 2y ago
20 million physical qubits to break RSA 2048: https://quantum-journal.org/papers/q-2021-04-15-433/ .
37.
by vtomole 2y ago
Their next milestone is to build 1 logical qubit at 10^-6 error rate. That should happen in ~2026 if they are on track. See https://services.google.com/fh/files/misc/google_quantum_ai_...
38.
by vtomole 2y ago
> The cynicism stems from people telling others that practical quantum computers will change the world for at least a decade. Practical quantum computers will change the world (break RSA 2048). The question is "when". The peopl
39.
by vtomole 2y ago
This lab does a lot of research in AI. Here are a few examples: 1. Barren plateaus in quantum neural network training landscapes: https://www.nature.com/articles/s41467-018-07090-4 2. Power of data in quantum machine l
40.
by vtomole 2y ago
I'm aware I'm replying to a comment that doesn't add anything substantive to this conversation, but the quantum AI lab is very serious research effort https://quantumai.google/research .
41.
by vtomole 2y ago
> I wonder if they put "AI" in the branding to grab the attention of people in quantum about to pivot to LLM's.. The Quantum AI lab was founded in 2013, about a decade before LLM's took off. The founder of the lab is
42.
by vtomole 2y ago
> Where is the AI? The founder of the Google Quantum AI lab is researching how quantum computers can be applied to AI: https://www.youtube.com/watch?v=3iEEvRfTTEs
43.
by vtomole 2y ago
> It is still open whether we can build quantum computers with sufficiently low noise to run Shor‘s algorithm. This statement should delimit between theory and experiment. Theoretically, the question of building a quantum computer with l
44.
by vtomole 2y ago
> In contrast this effort is trying to imagine and monetize GPS before relativity is discovered. The theory of relativity was discovered decades before GPS. Similarly, the theory of quantum computing was discovered in the 1990s. I agree
45.
Infleqtion Names Matthew Kinsella as CEO(venturebeat.com)
1 points by vtomole 3y ago|0 comments
46.
by vtomole 3y ago
https://vtomole.com is mostly Philosophy and Quantum computing
47.
Applications for early stage quantum startups are now open(dualityaccelerator.com)
2 points by vtomole 4y ago|0 comments
48.
by vtomole 4y ago
https://vtomole.com Mostly quantum computing
49.
Google's framework for programming quantum computers turns 1.0(opensource.googleblog.com)
2 points by vtomole 4y ago|0 comments
50.
by vtomole 4y ago
Post about a hackathon I went to: https://vtomole.com/blog/2022/04/25/nyuad
51.
by vtomole 5y ago
My homepage: https://vtomole.com is mostly about quantum computing.
52.
Quantum startups leap from lab to launch with IBM incubator(research.ibm.com)
1 points by vtomole 5y ago|0 comments
53.
Ex-Google quantum chief joins Silicon startup(innovationaus.com)
2 points by vtomole 6y ago|0 comments
54.
by vtomole 6y ago
I contributed and (still do) to open quantum computing projects like Quantum Wikipedia ( https://en.wikipedia.org/wiki/User:Vtomole , Cirq ( https://github.com/quantumlib/Cirq ) and Quantum Stack Exch
55.
by vtomole 6y ago
I work in this field. Quantum computers currently have no practical applications that outperform classical computers. Finding applications is currently an open research question whose answer mostly depends on how good the hardware gets over
56.
by vtomole 6y ago
Not a special trick: it's easier to write as if the target audience is you instead of other people. I'm motivated to write what I would like to read. Since I like studying quantum computing, i've slowly moved from posting the
57.
Proof Demonstrates a Quantum Advantage, Even for Noisy Quantum Computers(medium.com)
2 points by vtomole 6y ago|0 comments
58.
Are quantum computing startups bullshit?(reddit.com)
5 points by vtomole 6y ago|0 comments
59.
by vtomole 6y ago
Unsurprisingly, this is applied for quantum circuits as well: https://vtomole.com/blog/2018/03/03/sd . It's the most popular way of introducing quantum computation.
60.
by vtomole 6y ago
https://vtomole.com/ I created mine 4 years ago so I could write about quantum computation. That was before I started contributing to Wikipedia. Now I mostly post non-quantum computation stuff on my homepage.

More ›