Les scientifiques ont créé un nouveau cristal 5D révolutionnaire qui pourrait un jour ramener l'humanité après la fin du monde ! 🔥 Cette invention futuriste peut stocker des quantités de données incroyables—pratiquement une capsule temporelle pour tout ce que nous savons. Contrairement au stockage traditionnel, ce cristal est ultra résistant et peut durer des milliards d'années. Cela signifie que même si une catastrophe nous anéantit, les civilisations futures (ou peut-être même des extraterrestres) pourraient accéder à notre histoire, notre science et notre culture. C’est comme un système de sauvegarde de science-fiction réel pour l'humanité ! Qui aurait pensé que la clé pour survivre à l'apocalypse pourrait être un petit cristal incassable ? 🚀 Animation créée par Sympa.
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Musique par Epidemic Sound https://www.epidemicsound.com
Pour ne rien perdre de Sympa, abonnez-vous!: https://goo.gl/6E4Xna
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Nos réseaux sociaux :
Facebook: https://www.facebook.com/sympasympacom/
Instagram: https://www.instagram.com/sympa.officiel/
Stock de fichiers (photos, vidéos et autres):
https://www.depositphotos.com
https://www.shutterstock.com
https://www.eastnews.ru
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Si tu en veux encore plus, fais un tour ici:
http://sympa-sympa.com
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FunTranscript
00:00Earth. The year is 500 million years after Jesus Christ.
00:042 million years ago, the sun projected a huge amount of energy into space.
00:09This destroyed the Earth's magnetic field and burned the entire surface of our planet.
00:14Now, our world looks like a lifeless desert.
00:17All the oceans have dried up, magma rivers flow all over the surface,
00:22and the sky is filled with black clouds of ash.
00:26Humans have already colonized other planets.
00:29So everything is fine.
00:31In the middle of this apocalypse, a small crystal covered in volcanic dust
00:35rests under a thick layer of solidified magma.
00:39But it's not just a crystal, it's a 5-dimensional memory crystal.
00:44In simple terms, it's a very sophisticated flashcard.
00:48But what is it doing here, and what data is hidden in it?
00:51It stores everything you need to know about humans as a biological species.
00:56The year is 2024.
00:58Scientists have recorded information on a unique memory card.
01:03They have engraved the sequence of the entire human genetic code
01:06in the very structure of this 5D crystal.
01:09The invention is made up of nanometric-scale holes
01:12in a material made of glass-silicon dioxide.
01:15I could go on with other complex scientific words,
01:18but let's focus on the properties of this crystal.
01:22The small flashcard can contain hundreds of teraoctets of information
01:26thanks to nanotechnology,
01:28even if all the information on the human genome
01:31only represents 800 megaoctets of data.
01:34But the most fascinating thing is the invulnerability of the crystal.
01:38You can put it in an oven at a temperature of 1,000 degrees Celsius,
01:42which is about the same temperature as lava.
01:45You can put it in the freezer or leave it in the Antarctic ice.
01:49You can throw it off a cliff or step on it.
01:52The information will remain readable.
01:55Of course, reading requires special equipment,
01:58such as an optical microscope or a polarizer.
02:01In any case, if a representative of another civilization finds the crystal,
02:06he will probably know how to use it.
02:09Another interesting aspect is that the crystalline material
02:12can be preserved for many billions of years,
02:15which makes it one of the most reliable information storage systems in the world.
02:20Currently, the crystal is stored in Austria,
02:23in the archive of the memory of humanity,
02:25alongside other important holders of information on humanity.
02:29We must preserve all this for future generations
02:32or extraterrestrial civilizations,
02:34or in case an apocalypse occurs
02:37and people forget who they are and where they come from.
02:41In addition, the 5D crystal will help to revive humanity in the event of destruction.
02:46If an advanced intelligence from another galaxy finds the crystal
02:49and reads the information,
02:51it will be able to recreate humanity.
02:53Let's hope they have technologies capable of creating life.
02:59Take a look at this number, it's 10 septillion.
03:02This number is many times higher than the age of our universe,
03:05and it would take 10 septillion years for the most powerful computer
03:09to solve a problem called random circuit sampling.
03:13This task has no practical purpose
03:15and does not solve any difficult problem.
03:18Scientists have created random circuit sampling
03:21to measure the computing power of computer chips.
03:25And that's what it's about.
03:26Google has created a quantum computer chip called Willow
03:29that could solve random circuit sampling in a few minutes.
03:34An impressive result that could considerably accelerate
03:37the development of all technologies on Earth in the years to come.
03:41A chip the size of a candy can was invented in California.
03:45Scientists are confident that Willow is capable of making a huge leap
03:50in the field of medical development.
03:52What will happen next?
03:54The creation of thermonuclear reactors,
03:56the improvement of AI,
03:58the invention of infinite energy sources,
04:01and much more.
04:02For example, quantum computing and AI
04:05will be able to read IRM images at the atomic level.
04:09Quantum computers will evolve much faster than traditional computers.
04:13There is a lot of technical data that explains
04:16why quantum computers are so superior.
04:19But let's look at a crazy idea
04:21that explains the advantages of quantum computers.
04:24It says that quantum chips exist simultaneously
04:28in many parallel universes.
04:30And that corresponds to the idea that we live in a multiverse.
04:34In simple terms,
04:35a quantum computer can simultaneously perform more tasks
04:39in different states.
04:40It's hard to understand, but here's an example.
04:43Take a rat and put it in a big labyrinth.
04:46It will examine each corridor and each corner
04:48and will spend a lot of time before exploring the labyrinth completely.
04:52But a quantum rat will be able to explore each corner of the labyrinth at the same time,
04:57as if it had many clones sharing a common mind.
05:00A quantum computer does the same thing.
05:04Do you see this robot walking awkwardly in the room?
05:07And here is another robot on wheels
05:09that moves randomly from one side to the other.
05:12In your opinion, who controls these robots?
05:15A scientist?
05:16AI?
05:17A program?
05:18The answer is much stranger.
05:20These robots are controlled by...
05:22mushrooms!
05:24Mushrooms are interconnected through mycelium networks
05:27that look like human brain cells.
05:30They transmit impulses to each other
05:32and communicate in a way that is unknown to us.
05:35But what would happen if they could transfer these impulses to something...
05:39mechanical?
05:40Scientists from the United States decided to carry out such an experiment.
05:44They took the royal pleurotus mushroom
05:46and grew its mycelium in the electronics of a robot.
05:50Of course, its movement was chaotic,
05:52but scientists still believe that the experiment was a success.
05:56They managed to transfer the electrophysiological activity of mushrooms to the outside world.
06:01That is to say, they created a biomechanical device.
06:04Fungi and mushrooms are very tenacious.
06:07They can survive in difficult conditions
06:10and adapt to environmental changes,
06:12which makes them very practical to use in cybernetics.
06:16Scientists have taken a small step towards great discoveries.
06:20If today, mushrooms can transmit a signal
06:23and move a robot,
06:25then, in the future,
06:27scientists hope to develop better methods
06:30to communicate with a living system.
06:32With this technology,
06:34we will know the reactions of mushrooms to various environmental changes.
06:38For example, mushrooms will be able to react with nervous impulses
06:42in places where toxic waste is released.
06:45We will record these signals
06:47and neutralize the effects of pollution.
06:49And if mushrooms could also respond to changes inside our body,
06:53imagine swallowing a capsule
06:55containing mushroom spores connected to nanorobots.
06:58Mushrooms enter your body,
07:00scan your body,
07:02and transmit information to a computer.
07:04Then, the doctor prescribes a treatment.
07:07But the most interesting thing is that, in the future,
07:10technology could go even further.
07:13What if we could translate the mushrooms' signals into words
07:16and communicate with them?
07:18It may seem too psychedelic,
07:20but why not?
07:22We all know that plastic is not ideal for our planet.
07:26The good news is that scientists have created a living plastic
07:30capable of decomposing in a few months.
07:33In 2016, a special type of bacteria
07:36was discovered in a plastic recycling plant in Japan.
07:40These bacteria are capable of degrading a particular type of plastic.
07:44Over the years, scientists have discovered other similar bacteria
07:48and improved them,
07:50making the bacteria more pliable in plastic
07:52thanks to the enzymes produced.
07:54It would be great if people used self-destructing plastic more often.
08:00You have probably seen how doctors examine the brain in movies or in hospitals.
08:05They apply a glue gel
08:07and place a helmet with a dozen electrodes connected to the head of a patient.
08:11These electrodes are,
08:13in turn, connected to a computer
08:16that displays information on the activity of the human brain.
08:19All this constitutes a rather embarrassing and time-consuming process.
08:23But recently, scientists have found a much simpler way.
08:27Temporary electronic tattoos.
08:30A liquid ink applied to the head
08:32is as effective and precise as conventional electrodes.
08:35And unlike them,
08:37the ink is much easier to personalize.
08:39Electronic tattoos settle more quickly
08:42and are more comfortable for the client.
08:44Technology is a real advance in the field of diagnostic
08:48and brain surveillance.
08:50The special ink is made from conductive polymer.
08:53Doctors spray it with a personalized inkjet printer
08:57directly on the patient's head.
08:59The next step for scientists
09:01is to make the ink more practical
09:03so that it can be applied to different types of hair and hairstyle.