This episode is about Alexender Kupnyi, an individual who between 1988 and 2010 has been inside the Chernobyl Nuclear Power Plant many times, and knows exactly what is happening there right now.

Alexander Kupniy : https://www.youtube.com/channel/UC8qykrtgQ6sEve04wwuaRMA

My Telegram :http://tele.click/ptuxerman
My Instagram: https://www.instagram.com/ptuxerman/

Music: Blue Wednesday: https://bluewednesday.bandcamp.com

36 Comments

  1. I wonder if there is a way to speed up the radioactivity of an item. Like cutting 100m years to 10 days. Can you imagine how much money you can get for that, maybe a Nobel prize.

  2. What a weird thing he said about alpha radiation at 4:55
    That's not a common knowledge. Maybe his brain is decaying and what he meant is that if you inhale a particle producing alpha radiation it's not good but it's still not clear why would it be more dangerous than beta or gamma

  3. People down there used to give things positive names, then he lists a few and says dogshit 😂😂😂

  4. Hey. Why did you gave option for hindi subtitle. ? I am curious . I am from india and not many people use hindi subtitle. Do you have many indian viewers?

  5. Why is it not explained how that man is still alive? If he has received enough for 5 deaths, then how come he isn't dead?

  6. Going inside Chernobyl reactor looks cool and not dangerous at all I think everyone should go there just for fun

  7. Other way around gamma is the most lethal type of radiation while alpha particles will hardly penetrate clothing.

  8. Alpha radiation can be blocked by a sheet of paper. You have to ingest alpha-radiating isotopes to get in trouble. Also, an unstable isotope radiates only once in it's life. When it splits. after that, it's other elements. Uranium 138/135 have extremely long half-lifes- but that also means they don't radiate much. Something that radiats much is goe VERY fast.
    Most of the radiation emittet 1986 was 133Xe with a half life of 5 days. 6500*10^15Bq .That was gone in month-remember-Extremely radiactive- short hlaf life- not a problem very fast.
    It's the fission products that cause by far the most the radiation.

    Actally 99,7% of the emitted radiation dose in 1986 is already GONE already today. That's nothing youtube channels or media will report, as good nrews about nuclear seems to be prohibited with death thread by journalists.
    The main problem left is 137Cs at 30,2 years of half life. That is responsible for by far the most of the radiation left.  85*10^15Bq in 1986, now down to 38*10^15Bq . In total, 26kg of CS 137 where released back then. With 30y of half life, it emits a lot of radiation, not as brutally crazy as 131XE (6500*10^15BQ initially while 137CS was 85*10^15Bq initially) which was gone very fast, but still really dangerous. But even today, the 30y of half life have eliminated 56% of the initial quantity. in 300years, the current 38 *10^15Bq will be reduced to 0,037*10^13, in 1000years it will be only 0,00000000442378*10^15BQ. so what does this guy think is making problems in 100.000years? In 1000 years, most of it will be gone but the uranium, which should be recovered stripped out of fission products and make new rods of them.

    This reporting, 100.000sths of year, is so EXTREMELY MISLEADING.
    Here are the released isotopes and what radiation doses they caused:
    Isotope – Half-time- activity 1986 in 10^15 Bq-activity 2021 in 10^15 Bq – 1986 mass in gram
    85Kr 10,8 a 33 3,5 2290g
    133Xe 5,25 d 6500 939g
    129mTe 33,6 d 240 215g
    132Te 3,2 d ≈ 1150 100g
    131I 8,02 d ≈ 1760 382g
    133I 20,8 h 910 21g
    134Cs 2,06 a ≈ 47 0,000 36 980g
    136Cs 13,2 d 36 13g
    137Cs 30,2 a ≈ 85 ≈ 38 26 587g
    89Sr 50,5 d ≈ 115 106g
    90Sr 28,8 a ≈ 10 ≈ 4 1959g
    103Ru 39,3 d >168 140g
    106Ru 374 d >73 599g
    140Ba 12,8 d 240 89g
    95Zr 64,0 d 84 105g
    99Mo 2,74 d >72 4g
    141Ce 32,5 d 84 79g
    144Ce 285 d ≈ 84 713g
    239Np 2,36 d 400 46g
    238Pu 87,7 a 0,015 0,011 23g
    239Pu 24 100 a 0,013 0,013 5661g
    240Pu 6 560 a 0,018 0,018 2142g
    241Pu 14,4 a ≈ 2,6 ≈ 0,5 682g
    242Pu 375 000 a 0,000 04 0,000 04 274g
    242Cm 163 d ≈ 0,4 3g

  9. Lol I didn’t get that at all until someone below explained the deformation lol I can’t believe I missed that. Nice one

  10. Ah just borrow a few rockets from Elon and fire all the old fuel and fuel cells into the sun…..im sure not a damn thing could go wrong there……or use the moon for storage….i mean there's no life to mutate up there…….right?

  11. Build nuclear reactors underground so that it's easier to bury them when a problem happens? The initial cost may be high, but the potential adverse event damages are huge.

  12. Sept 2022… They ain't gonna do sh*t with this site because they are about to blow up all of europe with nuclear war.

  13. What I cannot understand is why build a Arch. Instead of entombing the entire Structure in Concrete.

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