I think QNN are very interesting from a compsci perspective, and interesting from a quantum tech perspective, but not so much from a real world perspective. As I understand it loading classical data into a quantum computer - into quantum ram - is a big bottleneck. So running a QNN over a picture of a cat can't give a speedup vs. running it on a classical machine. Is this wrong HN? I haven't found a result showing QNN…
I know next to nothing about all this but 'bottlenecks' don't worry me when talking about such a deep and ~nascent field. My first desktop had a whopping 4MB DRAM module in it .. we all saw the history of discrete computing manufacturing.
Unveiling our new Quantum AI campus
51–60 of 77 posts
Re: Unveiling our new Quantum AI campus
#52Tiny feedback for anyone reading who worked on this page: https://quantumai.google/learn/lab It would be great if the audio clips had the standard seek bar with the ability to pause/play. Perhaps when I scroll up or down to a section, pause the current audio clip. Then resume playing it when I come back. But also allow me to seek around. Rather than just restarting from the beginning. Because these clips are several…
We intended for each clip to be much shorter, which might have diminished the importance of a feature like the one you suggested. Even after we cut down the audio we got from the team, there was still a lot of great exposition, but not enough time to revisit that part of the design.
That said, I'll be sure to share this with the team.
Re: Unveiling our new Quantum AI campus
#53I was sceptical because 'AI' and 'quantum' seems to be used interchangeably and fits your regular snakeoil salestalk but google has done enormous amounts of research into non-classical computing. They've also done their AI projects to solve protein folding faster and more accurate than any contemporary solving models[1]. which is why the name sort of makes sense even though many on HN would appreciate nuance. "Nature…
Re: Unveiling our new Quantum AI campus
#54Re: Unveiling our new Quantum AI campus
#55For those who are unaware, there's a good reason to put this in Santa Barbara: it's already the home of Microsoft Station Q, a quantum computing research facility on the campus of UCSB. When I left the math department there in 2014, there were more and more graduate students attaching themselves to it. Not to mention the growing tech industry in Goleta (the city UCSB is actually located in). So it's a perfectly sensi…
https://www.sciencedaily.com/releases/2019/10/191023133358.h...
Re: Unveiling our new Quantum AI campus
#56i saw a great documentary about this on hulu
Go watch it!
Re: Unveiling our new Quantum AI campus
#57I don't even know how to make strings in C, how the hell am I going to code on a quantum computer. Sigh.
Just handwave in front of your Quantum AI HAL-9000 and it will imagine a create software for you!
Re: Unveiling our new Quantum AI campus
#58Re: Unveiling our new Quantum AI campus
#59For those who are unaware, there's a good reason to put this in Santa Barbara: it's already the home of Microsoft Station Q, a quantum computing research facility on the campus of UCSB. When I left the math department there in 2014, there were more and more graduate students attaching themselves to it. Not to mention the growing tech industry in Goleta (the city UCSB is actually located in). So it's a perfectly sensi…
Re: Unveiling our new Quantum AI campus
#60Earlier quoted context omitted.
No. See for example the Grover search algorithm. You can use to find whether an item is inside a list in O(sqrt(n)).
I don't understand what you are saying. The parent comment said that quantum allows a few types of operations to get faster, and your response was "No," followed by a specific algorithm that is faster. Where do you disagree?