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Iran vs Israel/US: 6/21 USA bombed 3 nuclear plants in Iran, ceasefire agreed 6/24(iran restocking and retooling)..Israel looking to attack again, smh

Al Smith said:
That may be so, those "carrier killers" were specifically designed for US Carriers. Once again, testing by proxy..
Click to expand...
I said this too. This is a golden opportunity for them to test their shit. Especially anti-ship operations and air defense systems. Hell I would send some Chinese fighters with Iranian markings along with Chinese pilots.
 
“ CNN, citing informed sources:

Trump is extremely concerned about being drawn into a foreign conflict he had previously pledged to avoid.

Trying to avoid prolonging the conflict between Israel and Iran has become an absolute necessity for Trump.

The Trump administration is constantly receiving messages from allies urging them not to engage in an attack on Iran.

The allies' justifications include the possibility that Tehran may seek to close the Strait of Hormuz, which could disrupt the flow of oil.

Allies have indicated the possibility that Tehran will accelerate the development of a nuclear weapon after any US strike“
 
Israel's Channel 14:

Israeli Government members held remote meetings in groups spread across different cities amid fears of Iranian attack.

Security Cabinet members were with Netanyahu in a fortified underground shelter while the rest of the government ministers were in other cities.
 
Israel is a ‘cancer-like entity’ – North Korean Foreign Ministry

Pyongyang accuses Israel of pushing Middle East to ‘uncontrollable catastrophic phase’

DPRK warns the US and ‘the Zionists…will be held totally responsible for destroying international peace and security
 
It is confirmed officially that the Gerald R. Ford Carrier Strike Group, will be deployed to the European region… making it the third CSG in the area
—
While the composition hasn't been confirmed, a DVIDS release from April stated CSG-12 consists of:

-USS Gerald R. Ford (CVN 78)
-Carrier Air Wing (CVW) 8 (9 squadrons)
-USS Winston S. Churchill (DDG 81)

4x from Destroyer Squadron (DESRON):
-USS Mitscher (DDG 57)
-USS Mahan (DDG 72)
-USS Bainbridge (DDG 96)
-USS Forrest Sherman (DDG 98)

USS Forrest Sherman, while assigned to the CSG, did deployed ahead of the group in May and is now in the Red Sea
 
IAEA Director General:

No confirmation of Iranian efforts to manufacture a nuclear weapon, but there are elements that raise concerns.
 
How they know all of this


“President Trump is weighing timing and broader regional implications before giving the green light." - Wall Street Journal.”
 
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Mask said:
IAEA Director General:

No confirmation of Iranian efforts to manufacture a nuclear weapon, but there are elements that raise concerns.
Click to expand...
Iran could be telling the truth all along.. Ultra enriched non-weapons grade uranium call also be used as a fuel starter source for thorium molten salt nuclear reactors. China is finishing the touches on how they will start mass producing these very soon. Russia and China are in a friendly race to build reactors as a service for other nations at scale and affordable cost. Again, this is a Colin warning:

A molten salt thorium reactor is a type of nuclear reactor that uses molten salt as both a coolant and a fuel carrier, with thorium as the primary fissile material. These reactors are designed to be safer and more efficient than traditional uranium-fueled reactors, and they offer the potential for better fuel utilization and reduced nuclear waste.

Here's a more detailed explanation:
Key Features:
  • Molten Salt as Coolant and Fuel Carrier:
    Unlike traditional reactors that use water or gas as coolants, molten salt reactors (MSRs) use a liquid salt, often a mixture of lithium fluoride and beryllium fluoride (FLiBe), as both the coolant and the medium to carry the fuel (thorium or a mixture of thorium and uranium).

    • Thorium Fuel Cycle:
      Thorium is a fertile material, meaning it can be converted into fissile uranium-233 when bombarded with neutrons. MSRs are well-suited for the thorium fuel cycle because they can be designed to breed fissile material while operating.
    • Potential for Enhanced Safety:
      MSRs offer several potential safety advantages, including:
        • Passive Safety Features: The liquid fuel design allows for passive safety systems, like drain tanks, to automatically shut down the reactor in case of an emergency.
        • Lower Pressure: MSRs operate at lower pressures than traditional reactors, reducing the risk of pressure-related accidents.
        • Reduced Risk of Meltdown: The liquid fuel eliminates the risk of a core meltdown due to fuel overheating and clumping.
    • Higher Efficiency:
      MSRs can operate at higher temperatures than traditional reactors, potentially leading to greater thermal efficiency and improved electricity generation.
    • Reduced Nuclear Waste:
      MSRs can be designed to burn up long-lived radioactive waste from other reactors, potentially reducing the volume and toxicity of nuclear waste.
    • Fuel Flexibility:
      MSRs can be adapted to different fuel cycles, including uranium-plutonium and thorium-uranium cycles, allowing for more flexible fuel management.
Current Status and Development:
    • Research and Development:
      MSR technology is currently under development in several countries, including the US, China, Canada, and others.
    • Pilot Projects:
      Several pilot projects are underway to demonstrate the feasibility and safety of MSR technology.
    • Challenges:
      Some challenges in MSR development include materials science issues related to the high-temperature and corrosive nature of molten salts, as well as the need for specialized fuel processing and waste management techniques.
In summary, molten salt thorium reactors represent a promising next-generation nuclear technology with potential advantages in safety, efficiency, and fuel utilization. While still under development, they offer a compelling pathway for a more sustainable and safer nuclear energy future.

Thorium in Nuclear Energy:
    • Thorium-Uranium Cycle:
      Thorium-based reactors operate on the thorium-uranium cycle, where thorium-232 absorbs neutrons and transforms into uranium-233, which then fissions and releases energy.
    • Advantages:
      Thorium offers potential advantages over traditional uranium-based reactors, including higher abundance, potentially safer operation, and the possibility of breeding more fissile material than it consumes.
    • Challenges:
      Thorium reactors are not yet widely deployed, and there are challenges related to the development and implementation of this technology.
Health and Environmental Considerations:
    • Limited Information: There is limited information on the long-term health effects of thorium exposure in humans.
    • Potential Risks: Breathing thorium dust may cause lung damage after long-term exposure.
    • Less Weaponizable: Thorium is considered less easily weaponizable than uranium.
 
Al Smith said:
Iran could be telling the truth all along.. Ultra enriched non-weapons grade uranium call also be used as a fuel starter source for thorium molten salt nuclear reactors. China is finishing the touches on how they will start mass producing these very soon. Russia and China are in a friendly race to build reactors as a service for other nations at scale and affordable cost. Again, this is a Colin warning:

A molten salt thorium reactor is a type of nuclear reactor that uses molten salt as both a coolant and a fuel carrier, with thorium as the primary fissile material. These reactors are designed to be safer and more efficient than traditional uranium-fueled reactors, and they offer the potential for better fuel utilization and reduced nuclear waste.

Here's a more detailed explanation:
Key Features:
  • Molten Salt as Coolant and Fuel Carrier:
    Unlike traditional reactors that use water or gas as coolants, molten salt reactors (MSRs) use a liquid salt, often a mixture of lithium fluoride and beryllium fluoride (FLiBe), as both the coolant and the medium to carry the fuel (thorium or a mixture of thorium and uranium).

    • Thorium Fuel Cycle:
      Thorium is a fertile material, meaning it can be converted into fissile uranium-233 when bombarded with neutrons. MSRs are well-suited for the thorium fuel cycle because they can be designed to breed fissile material while operating.
    • Potential for Enhanced Safety:
      MSRs offer several potential safety advantages, including:
        • Passive Safety Features: The liquid fuel design allows for passive safety systems, like drain tanks, to automatically shut down the reactor in case of an emergency.
        • Lower Pressure: MSRs operate at lower pressures than traditional reactors, reducing the risk of pressure-related accidents.
        • Reduced Risk of Meltdown: The liquid fuel eliminates the risk of a core meltdown due to fuel overheating and clumping.
    • Higher Efficiency:
      MSRs can operate at higher temperatures than traditional reactors, potentially leading to greater thermal efficiency and improved electricity generation.
    • Reduced Nuclear Waste:
      MSRs can be designed to burn up long-lived radioactive waste from other reactors, potentially reducing the volume and toxicity of nuclear waste.
    • Fuel Flexibility:
      MSRs can be adapted to different fuel cycles, including uranium-plutonium and thorium-uranium cycles, allowing for more flexible fuel management.
Current Status and Development:
    • Research and Development:
      MSR technology is currently under development in several countries, including the US, China, Canada, and others.
    • Pilot Projects:
      Several pilot projects are underway to demonstrate the feasibility and safety of MSR technology.
    • Challenges:
      Some challenges in MSR development include materials science issues related to the high-temperature and corrosive nature of molten salts, as well as the need for specialized fuel processing and waste management techniques.
In summary, molten salt thorium reactors represent a promising next-generation nuclear technology with potential advantages in safety, efficiency, and fuel utilization. While still under development, they offer a compelling pathway for a more sustainable and safer nuclear energy future.

Thorium in Nuclear Energy:
    • Thorium-Uranium Cycle:
      Thorium-based reactors operate on the thorium-uranium cycle, where thorium-232 absorbs neutrons and transforms into uranium-233, which then fissions and releases energy.
    • Advantages:
      Thorium offers potential advantages over traditional uranium-based reactors, including higher abundance, potentially safer operation, and the possibility of breeding more fissile material than it consumes.
    • Challenges:
      Thorium reactors are not yet widely deployed, and there are challenges related to the development and implementation of this technology.
Health and Environmental Considerations:
    • Limited Information: There is limited information on the long-term health effects of thorium exposure in humans.
    • Potential Risks: Breathing thorium dust may cause lung damage after long-term exposure.
    • Less Weaponizable: Thorium is considered less easily weaponizable than uranium.
Click to expand...
Ole yea I saw a video on these reactors

I might’ve made a thread
 
@therealjondoe i’ll see if I can find you more info to confirm the hits


“For those asking if the missiles arrived… it was literally an earthquake. The ground beneath us was shaking violently from the power of the explosions. We were live on our Telegram channel—five confirmed missiles in Tel Aviv. Honestly, I couldn’t keep count—maybe more. One interception happened above, and the rest reached their targets successfully."


:lol: :lol: idk if true or not
 
Mask said:
@therealjondoe i’ll see if I can find you more info to confirm the hits


“For those asking if the missiles arrived… it was literally an earthquake. The ground beneath us was shaking violently from the power of the explosions. We were live on our Telegram channel—five confirmed missiles in Tel Aviv. Honestly, I couldn’t keep count—maybe more. One interception happened above, and the rest reached their targets successfully."
Click to expand...
You know this sounds like story time right
 
Da Backshot Champ said:
Good, honkeys shouldn't be on stolen land as it is! Don't give me that fucking bullshit ass story that you got the same chromosomes as moses or whatever fairy tale figure dick you want to suck, kikey fags!
Click to expand...


This might be workers that wasn’t let in the shelters.
 

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