@PiotrMigdal we have two more question about what are you working on right now - is it some practical researches with quantum computing in specific areas? and on more - do you see any 'blockers' or problems in Python as in language, that can side in feature how it applicatable as tool to quantum computing?

Сейчас в эфире Gajendra Deshpande
С темой: Deceptive Security using Python

Во время доклада отмечайте спикера и задавайте вопросы в этом чате на английском, он вам ответит.

Вопросы на русском также можно писать, их модератор задаст в прямом эфире после доклада.

Если хотите задать вопрос лично в эфире, проверяйте свою камеру и гарнитуру и пишите мне в личку :)

Доклад начался :)

Is horizontal 3 tier architecture the only architecture for which DemonHunter works?

@PiotrMigdal we have two more question about what are you working on right now - is it some practical researches with quantum computing in specific areas? and on more - do you see any 'blockers' or problems in Python as in language, that can side in feature how it applicatable as tool to quantum computing?

Which benchmarks had been used for false positives research and comparison?

I believe it's a n-tier architecture

I used to work in quantum information research, but it was 6 years ago - during my PhD.

Right now I work on teaching quantum physics, information, and computing - with an (open source) game https://quantumgame.io/ (work in progress; now created a company to be able to work on it full time!),

When it comes to the current research on quantum computing, I recommend following Scott Aaronson - one of the top scientists in the field, writes well, and is also skeptical (remember that both companies and universities have an incentive to do marketing).
https://www.scottaaronson.com/blog/

Failure to detect correct input

Вопросы Гажендре

I just quoted the text from the slide. Anyway, what happen if architecture is vertical or component?

I don't see any blocker for Python as a language for quantum computing. In fact, the main packages (QuTiP and Qiskit) are in Python.

The interface will be similar to current deep learning libraries. We won't use it for ALL code. We will use it for some blocks. And Python code will be translated to a series of low-level operations (e.g. impulses) for quantum computers.

The best way of thinking about quantum computing is that there is a speedup (sometimes huge: exponential) for *some* matrix operations.  However, also some problems can be translated into these operations in a way there is any speedup.

Gajendra Deshpande thank you for the talk!

curling!

got it, thank for answer :)

It should work fine.. one possibility is agents can be treated as components... Each agent can have different configuration.

Thank you. It was nice experience to speak at PiterPy

thank you for participating!

👍

Сейчас в эфире Булат Яминов
С темой: Vaex: Python библиотека для работы с большими данными на обычном ноутбуке

Во время доклада отмечайте спикера и задавайте вопросы в этом чате, он вам ответит.

Если хотите задать вопрос лично в эфире, проверяйте свою камеру и гарнитуру и пишите мне в личку :)