Germany Released a NEW Nuclear Fusion Reactor and DESTROYS The Entire Industry!
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- Опубликовано: 28 сен 2024
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Germany just dropped a fusion bomb…not literally, of course! Their new reactor design threatens to steal the spotlight from even the mighty ITER project, promising a future fueled by clean, endless power. But what exactly makes this German marvel tick? What scientific sorcery allows it to achieve the seemingly impossible?
Nuclear fusion, the process of fusing lighter atomic nuclei to form heavier ones, stands as a powerhouse for energy production, mimicking the very mechanism that fuels the Sun and stars. Since the early 20th century, when scientists unravelled the fundamental principles of nuclear reactions, the potential to harness this power for peaceful purposes has captivated them. However, achieving controlled fusion reactions on Earth has proven to be a formidable challenge, demanding extreme conditions of temperature, pressure, and magnetic fields to sustain a plasma - a state of matter crucial for fusion to occur.
The story of fusion research is a captivating saga, woven with both breakthroughs and setbacks, international collaboration and competition, all tinged with drama and intrigue. The initial forays into fusion experimentation date back to the 1930s, as physicists bombarded light elements with accelerated particles, witnessing the birth of new isotopes and neutrons. By the 1940s, fusion took on a more ominous role, fueling the creation of thermonuclear weapons and unleashing catastrophic power through fusion-fueled explosions.
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You gotta give it to them, German people. Very intelligent, specially in the electronic department.
Not bad in track and field either.
Precision German engineering
@@claytonfry6586 Japan x Germany
this exact thing was said by a painter 80 yrs ago. i wonder if he was right.
If the Germans and the Japanese formed one intellectual alliance, it would be a juggernaut.
This video gives me new hope in authentic science-education channels.
Biggest problem with this being fully realized is the fight against human nature and greed. If it can't be monetized, it wont stand a chance.
It will be monetized and it will happen. Greed works for the good of all.
@@GeorgeDoughty-m8e u are a fool and a propoganda for normalising greeed and suppression of free energy
Only 30 more years. I swear!
What for? 🙏
This is gonna be the future, invest in NRG before its to late.
Will be fully realeased after 5 years , where the opposing chip producers are far more advance , like what happened to hisilicon kirin , totally crushed , it kept up but its far to late , tsmc and samsung moved on next step
Parallel slits slightly concentrate light and high speed atoms.If these slits instead are arranged in concentric rings. could they be used to focus collisions of atoms?
incredible.
У меня кое что есть. Решал трехмерную задачу. У меня в shorts чертёж. Между Илоном Маском и самоваром. 44 уравнения. 2,4,6,12 мерные уравнения. Результат взаимодействия 45°
Since the plasma is so hot couldn't we just keep the plasma hot enough to boil water, to make electricity would the cost be less than full fusion
In simple terms, the whole idea of nuclear energy revolves around the fact, that fissing or fusing atoms results in a conversion of the "binding energy" of the nuclei (being a sort of additional mass for each proton/neutron bound) into pure energy, which, as stated in the famous E = mc2 (c2 is approximately 90 000 000 000 000 000 m2/s2), is absolutely enourmous compared to the energy you would get from the thermodynamic reactions you've mentioned.
Besides, it is you who is inputting the energy into the system when heating the hydrogen fuel, not the other way around, so heating it up to expect it to heat up something else (like water) is basically pointless...
Svitovy
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L A S E R B E A M S
Oh no.... Germans...
Ok a crazy thought over here but maybe the difference between the initial atomic structure and the new structure is the energy needed to go in to it then why would we think we will receive more energy???
Yeah, this is basically where the first ideas for fission and fussion were derived. It all comes down to the famous equation of E = mc². You are basically converting the so called "binding mass" into pure energy by ripping apart and gluing the nuclei togheter. The mass of the elementary particles remains unchanged however, it is just the binding energy that changes through modyfying the structure of the atoms. If you calculate that the net energy of the reaction is positive (you convert more mass into energy that energy into mass), then you know that the reaction is useful for you (notice how it is just certain reactions that are used, while other are not). So your crazy thought is indeed a crazy thing that was first proposed by none other than Albert Einstein, and turns out to be the source of pretty much all of the energy in the universe.😊
Once we have fusion power and we have massive power outputs, we will have warp drives and interstellar travell!
👍👍👍
If they are really close, big guys from USA would come and destroy the project
Stellarator is an American invention from early 50s. Europe allowed Germany to host a Stellarator project as the consolation prize for not hosting ITER. Politics. Countries with thermonuclear weapons are always keen to support/host fusion research projects for various reasons, including skill base development.
Good job but you are 1000 years away from perfection. Before extinction. yet.
Ground all-electric transformers, and for human sake, let's figure out to do with nuclear storage
We won’t have the need for nuclear storage, it’s only really radioactive when the device is on, that’s what’s so cool about it, we’re there to be a breach there is no risk of significant contamination like Fukushima or chernobyl
It is all about containment…..
The sun uses the force of gravity to contain the fusion reaction and only energy in the form of radiation can escape the force of gravity.
Whilst here on Earth the fusion reaction is contained by the magnetic force.
The question must be how the energy from the fusion reaction is captured and released from the magnetic confinement.
It seems an impossible task…..
ITER has definitely thought this through, even before they began building anything. In magnetic confinement, energy from the fusion reaction comes out mainly as high-energy neutrons, since these neutral particles aren't affected by magnetic fields. To capture this energy, materials like a "blanket" surrounding the reactor can absorb the neutrons. This heat can then be converted into electricity, much like a traditional power plant.
It's a brilliant marvel not surprising from human brains created according to God's plan for eternal development and astonishing enterprises across the universe.
What will the cost be to the consumer? After all, someone is going to have to pay for all this R&D.
I salute germans for their intelligence...from Phillipines
Electric motor🥇🙂🕵️🧐😏🤔☄️🥼🎓🌍💸🚁💰🌞🚀
Nuclear fusion is the future of clean energy production.
Good job
someone tell how this will create Elc.
And do not forget the Elmo Bumpy Torus!!!
So...create a "nano-sized" star, cross your fingers, and hope that the reaction doesn't create the environment that would kick-off super dense matter & energy that pulls all of the matter surrounding it, further fueling the fusion reaction that keeps on pulling matter into an exponential runaway reaction that only stops when it runs out of fuel (ie. ALL matter that can be attracted through a rapidly growing gravometric feild)
Sure...go ahead...what could go wrong?
Any doubts? Best regards from a german engineer 😉
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Wow, look like iron man tech.
It is operational now?
No, and I doubt it will ever be. But it is a good concept to keep on attracting investors
@rmeyer6867 I mean, we know for a fact that fusion IS possible and from the theoretical model we know that it yields a lot of energy. Moreover, we have even achieved an uncontrollable hydrogen fusion already in e.g. Tzar Bomba. So I guess it's just a matter of improving the aparatus so that we can contain and sustain the reaction for as long as necessary for it to output a useful amount of energy (and we are veeeery slowly getting there)
So this is a power station or a new particle maker:) come on
What about Helion's approach? It seems to have more promise than all of these mentioned experiments?