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Publicaciones del Canal
| 2 | Search: thorium nuclear energy - YouTube
Toryum Santralleri
https://img.youtube.com/vi/IJhok5sXzPQ/0.jpg •Türkiye'nin sahip olduğu toryum kaynakları, geleceğin enerji teknolojileri açısından ne kadar önemli?
Toryum, son yıllarda nükleer enerji alanında yeniden gündeme gelen önemli seçeneklerden biri. Türkiye'nin özellikle Eskişehir, Sivrihisar ve Beylikova çevresindeki toryum potansiyeli ise bu konuyu Türkiye açısından daha da dikkat çekici hale getiriyor.
Peki toryum gerçekten geleceğin yakıtı olabilir mi?
Toryum santralleri, uranyumla çalışan geleneksel nükleer santrallere göre daha güvenli veya daha verimli olabilir mi? Daha az uzun ömürlü nükleer atık üretme potansiyeli gerçekten ne anlama geliyor? Erimiş tuz reaktörleri nedir ve neden toryumla birlikte anılıyor?
Bu videoda toryumun temel özelliklerinden başlayarak, toryumun Uranyum iki yüz otuz üçe dönüşümünü, toryum yakıt çevrimini, erimiş tuz reaktörlerini ve dünyadaki güncel çalışmaları ele alıyoruz.
Ayrıca Çin'in deneysel erimiş tuz reaktörü çalışmalarına ve Türkiye'nin sahip olduğu toryum potansiyeline yakından bakıyoruz.
Ancak önemli bir noktayı da göz ardı etmiyoruz:
Toryum henüz ticari ölçekte uranyum santrallerinin yerini almış hazır bir teknoloji değil.
Yakıt çevrimi, reaktör tasarımı, malzeme teknolojileri, lisanslama, radyoaktif atık yönetimi ve ekonomik fizibilite gibi çözülmesi gereken önemli sorunlar bulunuyor.
Bu nedenle Türkiye açısından asıl mesele yalnızca “Ne kadar toryumumuz var?” sorusu değil.
Asıl soru şu:
Türkiye sahip olduğu toryum kaynaklarını ileri nükleer teknolojiye dönüştürebilecek bilgi, mühendislik ve insan kaynağını geliştirebilir mi?
Uzun vadeli bir toryum programı yalnızca elektrik üretimi açısından değil; malzeme bilimi, ileri metalurji, radyokimya, robotik, sensör teknolojileri, nükleer yakıt mühendisliği ve hassas üretim gibi birçok alanda Türkiye'nin teknolojik kapasitesini geliştirebilir.
Bu videoda toryumun ne bir “mucize yakıt” ne de kısa vadede hazır bir çözüm olduğunu; ancak uzun vadeli araştırma ve teknoloji geliştirme açısından ciddi bir seçenek olduğunu değerlendiriyoruz.
Toryum Türkiye'nin enerji geleceğini değiştirebilir mi?
Yoksa toryum konusunda beklentiler teknolojik gerçeklerin önüne mi geçiyor?
Videoyu izleyerek birlikte değerlendirelim.
Videoda ele alınan konular:
• Toryum nedir?
• Toryum iki yüz otuz iki ve Uranyum iki yüz otuz üç
• Toryum yakıt çevrimi
• Toryumun uranyuma göre potansiyel avantajları
• Nükleer atık konusu
• Erimiş tuz reaktörleri
• Çin'in toryum reaktörü çalışmaları
• Türkiye'nin toryum kaynakları
• Eskişehir, Sivrihisar ve Beylikova
• Türkiye'nin toryum potansiyeli
• Toryum santrallerinin karşılaştığı teknik sorunlar
• Türkiye için uzun vadeli toryum programı
• Toryum ve Türkiye'nin enerji geleceği
Kaynak: Enerji ve Tabii Kaynaklar Bakanlığı, MTA ve videoda değinilen uluslararası nükleer enerji çalışmaları.
Kaynakça:
• IAEA – Thorium Fuel Utilization: Options and Trends
• IAEA – Near Term and Promising Long Term Options for the Deployment of Thorium Based Nuclear Energy
• T.C. Enerji ve Tabii Kaynaklar Bakanlığı – Toryum
• Chinese Academy of Sciences – Molten Salt Reactor and Thorium Research #Toryum #Türkiye #NükleerEnerji #ToryumSantrali #Enerji #NükleerSantral #EnerjiGeleceği #TürkiyeEnerjisi #Thorium #NuclearEnergy
➖ @thethoriumnetwork ➖ | 7 |
| 3 |  Sin texto... | 5 |
| 4 | Search: thorium nuclear energy - YouTube
Why This Chinese Fuel is About to Change the World
https://img.youtube.com/vi/FncLRgm3gfE/0.jpg
China is building nuclear power faster than almost any country on Earth, but the real story may be the fuel underneath it.
In this video, we break down how China became the center of the global nuclear construction boom, with dozens of reactors operating, dozens more under construction, and new approvals moving at a pace the West has not seen in decades. While the United States, France, and Britain struggle with nuclear projects that run years late and billions over budget, China is building standardized Hualong One reactors in roughly six years at a fraction of the cost.
But the biggest story is not just uranium reactors. It is thorium.
We explore why China is betting on thorium molten-salt reactors, how the technology was first proven in the United States at Oak Ridge National Laboratory, and why the West abandoned it during the Cold War. Thorium was not rejected because it failed. It was ignored because it did not fit the nuclear weapons priorities of the time.
Now China is using thorium as part of a much larger energy security strategy. From the Bayan Obo rare earth complex in Inner Mongolia to experimental reactors in the Gobi Desert, China is turning what was once radioactive mining waste into a potential fuel source that could reduce dependence on imported uranium and vulnerable energy chokepoints like the Strait of Malacca.
This video also explains how cheap, secure electricity could shape the next century of manufacturing, artificial intelligence, data centers, heavy industry, and global power. If energy becomes the hidden cost behind everything, China’s nuclear and thorium strategy may become one of its most important advantages.
This is not just a story about nuclear reactors. It is a story about China’s energy strategy, thorium, uranium, molten-salt reactors, Hualong One, rare earth mining, industrial electricity, AI data centers, energy security, and the race to build the cheapest and most secure power supply on Earth.
#China #NuclearPower #Thorium #Energy #MoltenSaltReactor #Uranium #HualongOne #CleanEnergy #EnergySecurity #RareEarths #AI #DataCenters #ChineseTechnology #Electricity #FutureTech
➖ @thethoriumnetwork ➖ | 5 |
| 5 |  Sin texto... | 5 |
| 6 |  Garfield
Sep 11, 2026
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| 10 | llustrations. Particle interactions, atomic states and early-universe scenes are not literal footage of those events. Illustrations do not constitute measured data or discovery evidence. #Antimatter #CosmicDrift #SpaceForSleep
➖ @thethoriumnetwork ➖ | 9 |
| 11 | Search: thorium nuclear energy - YouTube
Antimatter: Why Did Matter Survive? | Space For Sleep
https://img.youtube.com/vi/_RFxhTer7VM/0.jpg Antimatter is real. We can make it, hold it and measure it. So why is the universe overwhelmingly built from ordinary matter?
This calm space documentary for sleep follows the matter-antimatter puzzle from CERN’s trapped antiprotons to the evidence written in the early universe. Explore annihilation, antihydrogen gravity, precision atomic measurements, genuine differences in particle decays, and the possible role of neutrinos. The distinction that matters is how a surplus forms, then survives.
Follow the evidence from particle tracks and magnetic traps to ancient light and the search for neutrinoless double-beta decay. This unhurried journey separates what experiments have measured from the proposed histories that might explain the matter surplus.
CHAPTERS 0:00:00 The counterpart to matter 0:06:56 Finding and holding antimatter 0:21:25 What annihilation leaves behind 0:27:53 Antihydrogen falls down 0:35:21 Reading the antiatom 0:48:35 Precision from a single particle 0:57:31 A real difference in decay 1:04:17 Antimatter arriving from space 1:12:29 The ancient matter surplus 1:26:11 Weighing matter with ancient light 1:39:19 What baryogenesis requires 1:45:21 The neutrino connection 1:59:55 Conditions for a lasting surplus
SOURCES
CERN: Antimatter; The Antiproton Decelerator; Stochastic cooling
CERN BASE: Transporting antimatter (2026); matter-antimatter comparisons (2022); rapid cooling (2024); antimatter quantum control (2025)
ALPHA Collaboration, Nature: Antihydrogen laser cooling (2021); gravity (2023); ground-state hyperfine splitting (2026)
CERN ALPHA: Antihydrogen light spectrum (2016); precision spectroscopy (2018)
Brookhaven National Laboratory: Magnetic Trap for Antimatter
American Physical Society: Discovery of the Positron (2004)
Johns Hopkins Medicine: Positron Emission Tomography
NASA Fermi: Thunderstorm antimatter (2011); Geminga gamma-ray halo (2019)
LHCb Collaboration, Nature: Charge-parity symmetry breaking in baryon decays (2025)
CERN CMS: Matter-antimatter differences in beauty mesons (2026)
Dine and Kusenko: The origin of the matter-antimatter asymmetry (2004)
Shaposhnikov: Cosmology, CERN Yellow Reports (2025)
AMS Collaboration, Physical Review Letters: Antiprotons over a solar cycle (2025)
Dupourqué, Tibaldo and von Ballmoos: Constraints on the antistar fraction (2021)
Particle Data Group: Big Bang Nucleosynthesis (2026)
Cooke, Pettini and Steidel: Primordial deuterium abundance (2018)
Kislitsyn et al: Primordial deuterium measurement (2024)
Mossa et al, Nature: Deuterium burning and the baryon density (2020)
ESA and Planck Collaboration: Cosmic microwave background and Planck 2018 results
Hu and Dodelson: Cosmic Microwave Background Anisotropies (2002)
NASA WMAP and LAMBDA: Microwave Background Power Spectrum
CERN: The puzzle of neutrinos, seventy years on (2026)
NEXT Collaboration: Neutrinoless double-beta decay; The NEXT-100 Detector; Sub-Percent Energy Resolution (2025)
SCIENTIFIC FACT NOTE
Measurement agreement is limited by uncertainty. Antihydrogen's downward fall does not prove exact gravitational equality. CP decay asymmetries are not the cosmic matter fraction. The extra-particle-per-billion-pairs picture is illustrative and differs from the baryon-to-photon ratio. Cosmic-source and abundance estimates depend on models. Antistar candidates are unconfirmed. Leptogenesis and first-order electroweak scenarios remain proposals. Neutrinoless double-beta decay, neutrino Majorana identity and a quantitative origin mechanism for the matter surplus have not been established. NEXT calibration peaks are detector tests, not discovery events.
VISUAL RECONSTRUCTION AND AI DISCLOSURE
Visual reconstructions, including any AI-generated imagery, are explanatory i[...] | 9 |
| 12 |  Sin texto... | 9 |
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| 14 | Pro-Nuclear Power Blogs
Blog Post: NRC Advisory: NRC to Hold Mandatory Hearing on Belews Creek Early Site Permit
...read more
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| 15 | Pro-Nuclear Power Blogs
Blog Post: DOE Closes $1.9 Billion Loan to Restart Duane Arnold Nuclear Plant in Iowa
DOE Closes $1.9 Billion Loan to Restart Duane Arnold Nuclear Plant in Iowa The U.S. Department of Energy’s (DOE) Office of Energy Dominance Financing (EDF) announced the financial close of a loan of up to $1.9 billion to NextEra Energy … Continue reading → ...read more
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| 16 | Pro-Nuclear Power Blogs
Blog Post: NRC Advisory: NRC to Hold Public Webinar on New Reactor Licensing Pathways
...read more
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| 17 | Pro-Nuclear Power Blogs
Blog Post: Modern Regulation for a New Nuclear Era
...read more
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| 19 | Search: thorium nuclear energy - YouTube
The Global Impact of Surging Oil Prices! The World Shifts to Nuclear and Power: The Collapse of J...
https://img.youtube.com/vi/1YeSwEW7iTs/0.jpg [Shocking] Why are construction companies going bankrupt despite record-high apartment prices?
In August 2026, major news broke in the real estate market.
The national average price of individual apartment units reached a staggering
30.01 million yen.
This is the first time prices have exceeded 30 million yen since the survey began in April 2008.
Furthermore, in Tokyo's 23 wards, the price was
42.67 million yen.
Looking solely at real estate prices,
you might think, "The construction industry is booming, isn't it?"
However, behind the scenes—
There were 182 bankruptcies in the construction industry.
This represents an 18% increase compared to the same month last year.
Job-specific construction increased by 28.4%,
and equipment installation increased by 45.2%.
Moreover, the construction industry had the highest number of bankruptcies due to labor shortages.
Why,
"Real estate prices are rising,"
"But construction companies are struggling?"
One reason is
the rising costs of materials, labor, fuel, and logistics, and the difficulty of passing these costs on to consumers.
And what we need to be even more wary of is
crude oil prices.
Brent crude oil has risen to around $100.
If high crude oil prices persist,
it could affect various costs in the construction industry, such as
diesel fuel,
gasoline,
logistics,
asphalt,
paint,
thinner, adhesives,
resins, waterproofing materials, and insulation materials.
Furthermore, globally,
◆ Crude oil and energy security
◆ Nuclear power generation
◆ India's 100 GW nuclear power plant project
◆ Thorium fuel cycle
◆ AI data centers
◆ Semiconductor factories
◆ Power grids and infrastructure
◆ Defense and security-related facilities
◆ Underground facilities and tunnel construction
and other
huge construction demands unlike anything seen before are emerging.
In other words, the future of the construction industry will likely depend not just on whether there is work or not,
but also on:
What kinds of work will increase?
And
Whether it will truly be profitable from that work?
This is likely to become a crucial factor.
In this video, we will connect the following points:
"Real estate prices exceed 30.01 million yen"
"Tokyo's 23 wards reach 42.67 million yen"
"182 construction industry bankruptcies"
"Bankruptcies due to labor shortages"
"Crude oil at $100"
"Nuclear power generation"
"AI data centers"
"Massive global infrastructure investments"
By connecting these,
What is happening in the construction industry in 2026?
We will explain this from a field perspective.
If you are involved in the construction industry,
a craftsman,
a construction company/builder owner,
a real estate professional, or if you are considering working in the construction industry, please watch until the end.
And at your construction sites, what kind of changes are you experiencing?
For example:
"Increased workload"
"Decreased workload"
"Rising material costs"
"Shortage of skilled workers"
"Unable to raise prices"
"Budget cut by the main contractor"
"Conversely, an increase in large-scale projects"
Please share your experiences in the comments section.
This channel provides a realistic look at the construction industry from a field perspective, something you won't find in the news.
If you found this interesting or helpful, please give us a thumbs up and subscribe to our channel. #ConstructionIndustry #ConstructionBusiness #RealEstate #HighOilPrices #Bankruptcy
➖ @thethoriumnetwork ➖ | 13 |
| 20 |  Sin texto... | 9 |
