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What if we made a computer that could crack any code?
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44,521 Views • Apr 27, 2024 • Click to toggle off description
Michio Kaku is a renowned theoretical physicist, futurist, and popular science communicator known for his extensive work in making complex scientific ideas accessible to the general public. He is a professor of theoretical physics at the City College of New York and CUNY Graduate Center.

Kaku's research primarily focuses on string theory and its implications in understanding the fundamental forces of nature. He has been a vocal advocate and pioneer in the field, exploring theories that attempt to unify the four fundamental forces of the universe into a single grand unified theory, often referred to as the "theory of everything."

In addition to his foundational work in physics, Michio Kaku has explored the potential of quantum computing and its revolutionary impact on technology. Quantum computers operate on the principles of quantum mechanics, which could theoretically allow them to solve complex problems much faster than traditional computers. Kaku has discussed how quantum computing could transform areas ranging from medicine to national security through its ability to quickly analyze and manipulate large amounts of data.
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Views : 44,521
Genre: Education
Date of upload: Apr 27, 2024 ^^


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RYD date created : 2024-05-19T03:00:38.070805Z
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YouTube Comments - 56 Comments

Top Comments of this video!! :3

@freespeechorgetsilenced

2 months ago

Get 100 aquariums and put a fish in each. Have sensors that track the movement and location of the fish in each tank individually. The location of the fish becomes the password that is randomly generated and un crackable unless you know the secrets of the universe.

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@ganjiuana

2 months ago

Sad to see him getting old.

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@renesaenz5463

1 month ago

Thank you for all you do Michio Kaku.

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@Hogla287

2 months ago

It will be painful to move away from the prime factorization based encryption, but there are plenty of proposed quantum resistant algorithms. And when push comes to shove our infrastructure will adapt. We moved away from MD5 and SHA-1 quite quickly

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@Startbreak12

2 months ago

Amazing. Terrifying, but amazing.

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@ecu4321

2 months ago

Hmm Michio Kaku suddenly looked quite old in this video with his eyes. He even speaks like he's struggling to breathe here. Hope he’s ok

18 |

@simbad909

2 months ago

Quantum computers are being used now but now publicly

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@DADela-ht6ux

1 month ago

I'm more concerned about it's predictive capability. Once it establishes a power hold, it could predict any pending threats through the monitoring of all available media, and eliminate the threat before it even becomes one. There are cities in the US that are already testing predictive crime. Hmm.

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@cheilin80

2 months ago

Just change your password every second and you probably won’t get hacked

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@FoolHardyQueso

2 months ago

All i wonder is what games wil look like on one

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@xXstevilleXx

2 months ago

Conversely it can also be used to combat threats, will always be a cat and mouse game.

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@casbot71

2 months ago

Keep all national secrets offline on computers that have no public internet connection. Or even on paper??

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@savage22bolt32

2 months ago

Why not have a log of every time a password is entered, and only allow one or two tries in a given time period? Or wall off your information from internet access?

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@Swisszard

2 months ago

Won't quantum computing render blockchain and cryptocurrency worthless? I'm no expert but the way I understand it, mining cryptocurrency requires immense computing power. Quantum computing should effectively make blockchain obsolete.

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@cavecavecavecave5295

2 months ago

What about fractal encryption?

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@rustynails68

1 month ago

Would anyone know about it, if It had been done?

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@technolus5742

2 months ago

That is not acurate. Common encryption algorithms are susceptible to efficient quantum decryption. But there are various encryption algorithms that are not.

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@thesubhumancomedy

1 month ago

Time. 5 sec or 48 h?

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@user-uu2cd4wl3i

2 months ago

Oh yeah and space is really not that condensed So my guess is that space is energy and it's just really compact and acts like a ghost and we can move through it....😂 So dark matter probably has its own field and it's so uncondensed that it can pass through anything...... The Force that counters gravity is gravity itself it's made up of uncondensed pieces and more condensed pieces and these more condensed pieces act like a liquid and can travel through the less condensed pieces .... That's how the gravitational field acts ... And most of the graviton acts like a ghost and the more condensed pieces can pass through the less condensed pieces but they can't leave the graviton ....(and to be clear that is because these little different condensed pieces in the field will collide and pull into one another and then pull in on other fields because there overwhelming pull now when the graviton is created it's made up of uncondensed pieces and more condensed pieces)... And the more condensed pieces will collide in the center of the graviton pushing and pulling on each other .. So the more condensed pieces will travel away from the center because of the collision with other pieces that are as condensed as them and the more condensed pieces pull on one another condensed pieces to pull them back to collide in center back to collide with other condensed pieces ....giving you the spin in an electron because the graviton is spinning at 360 and so are all the little pieces there in a ball .. that makes gravity You would get a virtual particles from the gravity field being different condensities... By the first field being inside the second field in the first field being different condensed little pieces that can travel through each other till they collide with something that's around the same condensity than they will start pulling in more energy ...from around it's field until the particle gets big enough to get crushed by the second field which starts being pulled in by it because the first field becomes condensed enough to interact with second field....

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@cathompson58

1 month ago

There are ways to deal with this already .. just awaiting the time to deploy .. suspect this is already being done at the national security levels and nations are already "attacking" each other

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