Komputery kwantowe: prawdziwe możliwości i przyszłość | prof. Michał Oszmaniec

Quantum computers seem to occupy a very specific place in our current technological landscape. On the one hand, they hold enormous promise – in theory, they can solve problems that classical machines simply can't handle. On the other hand, despite enormous expectations, their full potential has yet to be fully realized on a larger scale. In today's episode, I had the pleasure of discussing this topic with Prof. Michał Oszmaniec from the Center for Theoretical Physics of the Polish Academy of Sciences. My guest focuses on quantum information and the theory of quantum computers – among other things, he examines the areas in which these machines can actually be more useful than classical computers. We discuss their architecture and mechanisms of operation, as well as where we are in terms of the development of this technology. We also consider whether we can soon expect a so-called quantum advantage and what role artificial intelligence might play in this race. ------- Professor Michał Oszmaniec is a theoretical physicist working at the Center for Theoretical Physics of the Polish Academy of Sciences (PAN). His research focuses on quantum information science and quantum computing theory. He focuses on algorithm analysis and investigating the specific areas in which quantum machines can offer a real advantage (so-called quantum supremacy) over the best classical supercomputers. He also analyzes the theoretical and practical limitations of current quantum devices and seeks ways to optimally utilize their potential despite the remaining technological barriers. ------- Chapters: 00:00 Introduction 01:03 Hype and Reality 01:48 Shor's Algorithm and Cryptography 03:10 The Decoherence Problem 04:34 Physical vs. Logical Qubits 09:17 Quantum Gates 12:47 Quantum Supremacy 15:22 Random Quantum Circuits 21:05 The Limits of Classical Computers 25:17 Hybrid Computing 27:18 Error Correction and Mitigation 31:01 Quantum Machine Learning 35:56 HHL Algorithm 39:42 AI and Quantum Computers 41:20 How AI is Changing Science 47:20 Conclusion --------- My name is Michał Szyc, and this is the "It's More Complicated" podcast. If you believe that analytical and substantive conversations are needed online, please subscribe and give this article a thumbs up to help it get through the algorithms. Support the project (Patronite): https://patronite.pl/tobardziejskompl...

Największe struktury Wszechświata: kosmiczna sieć i symulacje | prof. Wojciech Hellwing
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Największe struktury Wszechświata: kosmiczna sieć i symulacje | prof. Wojciech Hellwing

S2E1 - Przyszłość naszego gatunku jest w rękach programistów. Prof. Andrzej Dragan o AI
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S2E1 - Przyszłość naszego gatunku jest w rękach programistów. Prof. Andrzej Dragan o AI

Czym tak naprawdę jest UFO?  Debata - BS3S NA ŻYWO
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Czym tak naprawdę jest UFO? Debata - BS3S NA ŻYWO

Jak działa komputer kwantowy ? #RS Elektronika #271
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Jak działa komputer kwantowy ? #RS Elektronika #271

#34 Are Physical Constants Really Constant? In Search of New Physics | Prof. Piotr Wcisło
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#34 Are Physical Constants Really Constant? In Search of New Physics | Prof. Piotr Wcisło

Kropki kwantowe – maleńkie, ale z wielkimi perspektywami
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Kropki kwantowe – maleńkie, ale z wielkimi perspektywami

Jak matematyka i fizyka opisują Wszechświat? Tomasz Miller i Paweł Janowski | 92
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Jak matematyka i fizyka opisują Wszechświat? Tomasz Miller i Paweł Janowski | 92

Emergence in nature. The complexity of the honeybee superorganism | Dr. Michał Kolasa
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Emergence in nature. The complexity of the honeybee superorganism | Dr. Michał Kolasa

We've seen the future of Windows. IT'S THE END OF PCs.
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We've seen the future of Windows. IT'S THE END OF PCs.

Czarne dziury, gwiazdy neutronowe i sztuczna inteligencja | prof. Michał Bejger
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Czarne dziury, gwiazdy neutronowe i sztuczna inteligencja | prof. Michał Bejger

Jan Czerniawski: Specyfika zjawisk kwantowych a twierdzenie Bella
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Jan Czerniawski: Specyfika zjawisk kwantowych a twierdzenie Bella

Why does quantum physics work? - Dr. Tomasz Miller - BS3S
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Why does quantum physics work? - Dr. Tomasz Miller - BS3S

#36 Is the Universe Heading towards Chaos? Entropy, Information, and Emergence | Prof. Robert Hołyst
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#36 Is the Universe Heading towards Chaos? Entropy, Information, and Emergence | Prof. Robert Hołyst

Mechanika Kwantowa: Superpozycja, Splątanie, Dekoherencja
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Mechanika Kwantowa: Superpozycja, Splątanie, Dekoherencja

How did Poland react to Chernobyl? Lugol's iodine, panic, and the decisions of the Polish People'...
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How did Poland react to Chernobyl? Lugol's iodine, panic, and the decisions of the Polish People'...

The Nature of Spacetime: What Do We Know About It? | Prof. Tomasz Bulik
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The Nature of Spacetime: What Do We Know About It? | Prof. Tomasz Bulik

Jego eksperyment za 100 milionów dolarów może obalić teorię Wielkiego Wybuchu | Brian Keating
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Jego eksperyment za 100 milionów dolarów może obalić teorię Wielkiego Wybuchu | Brian Keating

Cząstki i fale, czyli odkrycie de Broglie'a
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Cząstki i fale, czyli odkrycie de Broglie'a

Do Simple Rules Create the Universe? Complexity, Emergence, and AI | Prof. Piotr Szymczak
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Do Simple Rules Create the Universe? Complexity, Emergence, and AI | Prof. Piotr Szymczak

Mechanika kwantowa. Poznaj świat kwantów. Opowiada dr Jacek Czakański
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Mechanika kwantowa. Poznaj świat kwantów. Opowiada dr Jacek Czakański