Hellooooo ! en voici une vidéo qui peut être super utile !
comment choisir sa toile de projection :)
www.youtube.com/watch?v=U233...
comment choisir sa toile de projection :)
www.youtube.com/watch?v=U233...
A quoi ça sert une toile de projection ? - Le Grand Déballage avec PP Garcia
YouTube video by Son-Vidéo.com
www.youtube.com
June 28, 2025 at 9:00 AM
Hellooooo ! en voici une vidéo qui peut être super utile !
comment choisir sa toile de projection :)
www.youtube.com/watch?v=U233...
comment choisir sa toile de projection :)
www.youtube.com/watch?v=U233...
purely theoretically, Th breeder fuel cycle (Th232 -> Pa233 β-decay -> U233 which you fission) you could use U233 for a bomb... if it wasn't for the fact it's a horrible choice compared to just centrifuging regular U.
But MSRs can actually burn up weapons/waste grade Pu!
bsky.app/profile/snep...
But MSRs can actually burn up weapons/waste grade Pu!
bsky.app/profile/snep...
"enabling simpler weapons that are more easily constructed" is doing some incredibly heavy lifting (U232 contamination -> decay to Tl208 which throws some absolutely heinous radiation)
there's a reason that route was not explored with gusto by the soviets/americans and they stuck with U/Pu
there's a reason that route was not explored with gusto by the soviets/americans and they stuck with U/Pu
April 3, 2026 at 3:04 AM
purely theoretically, Th breeder fuel cycle (Th232 -> Pa233 β-decay -> U233 which you fission) you could use U233 for a bomb... if it wasn't for the fact it's a horrible choice compared to just centrifuging regular U.
But MSRs can actually burn up weapons/waste grade Pu!
bsky.app/profile/snep...
But MSRs can actually burn up weapons/waste grade Pu!
bsky.app/profile/snep...
I should actually explain this: U233 is a fissile product of neutron activation of thorium. By having thorium in or around a nuclear reactor, you "breed" U233, which can be separated chemically, yielding the pure fissile uranium, unmixed with U238 and requiring no enrichment for weaponization.
May 29, 2026 at 12:26 AM
I should actually explain this: U233 is a fissile product of neutron activation of thorium. By having thorium in or around a nuclear reactor, you "breed" U233, which can be separated chemically, yielding the pure fissile uranium, unmixed with U238 and requiring no enrichment for weaponization.
Olemme D Hahnin hengessä käyttäneet amerikiumia ja itsevalaisevista sitisenin rannekelloista saatua radiumia alfalähteenä. Alfasäteily kohdistettiin naapurin foliopipoon ja irronneet neutronit muutti toriumytimiä U233:ksi. Toriumia saatiin papan vanhasta petrolilampusta. ⚗️🐶😺🐭🌚🤚🏼
July 8, 2025 at 4:33 PM
Olemme D Hahnin hengessä käyttäneet amerikiumia ja itsevalaisevista sitisenin rannekelloista saatua radiumia alfalähteenä. Alfasäteily kohdistettiin naapurin foliopipoon ja irronneet neutronit muutti toriumytimiä U233:ksi. Toriumia saatiin papan vanhasta petrolilampusta. ⚗️🐶😺🐭🌚🤚🏼
#ProliferationNightmare
🧵 The widespread deployment of the Thorium-U233 fuel cycle especially when combined with molten salt reactors would be a serious setback to global weapons nonproliferation achievements with no net benefit over the U-Pu cycle.
🧵 The widespread deployment of the Thorium-U233 fuel cycle especially when combined with molten salt reactors would be a serious setback to global weapons nonproliferation achievements with no net benefit over the U-Pu cycle.
"Uranium 233 has a lower critical mass, which means that less material can be used to build a weapon. And compared with weapons-grade plutonium 239, uranium 233 has a much lower spontaneous fission rate, enabling simpler weapons that are more easily constructed." #Thorium
Thorium power has a protactinium problem
Protactinium’s distinctive chemistry could make thorium reactors less resistant to nuclear weapons proliferation than their proponents believe.
thebulletin.org
September 18, 2026 at 3:48 PM
#ProliferationNightmare
🧵 The widespread deployment of the Thorium-U233 fuel cycle especially when combined with molten salt reactors would be a serious setback to global weapons nonproliferation achievements with no net benefit over the U-Pu cycle.
🧵 The widespread deployment of the Thorium-U233 fuel cycle especially when combined with molten salt reactors would be a serious setback to global weapons nonproliferation achievements with no net benefit over the U-Pu cycle.
Complete the effect by using U233 for budget friendly nukes
May 29, 2026 at 12:16 AM
Complete the effect by using U233 for budget friendly nukes
Nope. Reactor technology is pretty well-understood. The first US commercial reactor used thorium!
There are some disadvantages, mostly that one needs to "breed" the thorium into U233. So once-through uranium fuel cycles won because, for now, uranium is cheap and plentiful.
There are some disadvantages, mostly that one needs to "breed" the thorium into U233. So once-through uranium fuel cycles won because, for now, uranium is cheap and plentiful.
Shippingport Atomic Power Station - Wikipedia
en.m.wikipedia.org
March 10, 2025 at 2:32 PM
Nope. Reactor technology is pretty well-understood. The first US commercial reactor used thorium!
There are some disadvantages, mostly that one needs to "breed" the thorium into U233. So once-through uranium fuel cycles won because, for now, uranium is cheap and plentiful.
There are some disadvantages, mostly that one needs to "breed" the thorium into U233. So once-through uranium fuel cycles won because, for now, uranium is cheap and plentiful.
"In the case of the molten-salt U233 breeder reactor, it was proposed to have continual chemical processing of a stream of liquid fuel. Such an arrangement also offers a way to completely bypass the U232 contamination problem bc 27d half-life Pa233 could be separated out before it decays into U233."
July 20, 2025 at 9:25 PM
"In the case of the molten-salt U233 breeder reactor, it was proposed to have continual chemical processing of a stream of liquid fuel. Such an arrangement also offers a way to completely bypass the U232 contamination problem bc 27d half-life Pa233 could be separated out before it decays into U233."
ユーリ(U233)はオスカー(Th232)に毎回ちょっかいかけられるがそのちょっかいの中には「ユーリそのものを被験者として扱う」こともあり、ユーリ本人は全力で逃げてる
September 20, 2026 at 10:44 AM
ユーリ(U233)はオスカー(Th232)に毎回ちょっかいかけられるがそのちょっかいの中には「ユーリそのものを被験者として扱う」こともあり、ユーリ本人は全力で逃げてる
I thought that they still had thorium reserves but maybe it’s just U233 bred from the thorium chain.
October 22, 2025 at 9:33 AM
I thought that they still had thorium reserves but maybe it’s just U233 bred from the thorium chain.
Biggest risk is apparently the U233 weapons proliferation problem. (You can make a bomb out of U233. It's fiddly and dangerous to work with, but you can do it (Operation Teapot): https://en.wikipedia.org/wiki/Uranium-233
March 26, 2025 at 7:02 PM
Biggest risk is apparently the U233 weapons proliferation problem. (You can make a bomb out of U233. It's fiddly and dangerous to work with, but you can do it (Operation Teapot): https://en.wikipedia.org/wiki/Uranium-233
Codes:
xx7v-br2s
hq57-x4xl
hbra-eaae
4xlr-u233
q4p5-ehh4
fsfb-u5pa
whdl-eubb
ee4j-7p4x
brs7-5f5p
pees-xn5h
xx7v-br2s
hq57-x4xl
hbra-eaae
4xlr-u233
q4p5-ehh4
fsfb-u5pa
whdl-eubb
ee4j-7p4x
brs7-5f5p
pees-xn5h
February 22, 2026 at 3:29 AM
Codes:
xx7v-br2s
hq57-x4xl
hbra-eaae
4xlr-u233
q4p5-ehh4
fsfb-u5pa
whdl-eubb
ee4j-7p4x
brs7-5f5p
pees-xn5h
xx7v-br2s
hq57-x4xl
hbra-eaae
4xlr-u233
q4p5-ehh4
fsfb-u5pa
whdl-eubb
ee4j-7p4x
brs7-5f5p
pees-xn5h
Our ARTEM tool for #RNA #3D #motif search does not rely on annotated pairwise interactions. It could identify a D-loop/T-loop-like motif with 2 non-interacting pyrimidines (U206/U233, right) instead of the characteristic long-range base pair (left).
Find out more:
doi.org/10.1093/nar/...
#research
Find out more:
doi.org/10.1093/nar/...
#research
January 7, 2025 at 2:15 PM
Our ARTEM tool for #RNA #3D #motif search does not rely on annotated pairwise interactions. It could identify a D-loop/T-loop-like motif with 2 non-interacting pyrimidines (U206/U233, right) instead of the characteristic long-range base pair (left).
Find out more:
doi.org/10.1093/nar/...
#research
Find out more:
doi.org/10.1093/nar/...
#research
Kirk Sorensen covers the American Nuclear Society's recent policy statement on Uranium-233. It specifically mentions the Molten Salt Reactor Experiment as a successful use of U233 -- one that would justify the retention and preservation of our existing U233 stockpile. 1/2
ANS policy statement on U-233 – Energy From Thorium
energyfromthorium.com
April 26, 2026 at 5:48 PM
Kirk Sorensen covers the American Nuclear Society's recent policy statement on Uranium-233. It specifically mentions the Molten Salt Reactor Experiment as a successful use of U233 -- one that would justify the retention and preservation of our existing U233 stockpile. 1/2
U233 would be a perfectly acceptable material for a dirty bomb
One of the reasons to take nuclear energy generation seriously
One of the reasons to take nuclear energy generation seriously
April 5, 2026 at 11:55 AM
U233 would be a perfectly acceptable material for a dirty bomb
One of the reasons to take nuclear energy generation seriously
One of the reasons to take nuclear energy generation seriously
Seems like every few days someone is claiming this time, Thorium reactor will really really work (pump enough energy in it converts to U233, which is pretty dodgy to handle). Got one of my first reporting breaks pointing out how hard this tech is to work.
www.scmp.com/news/china/s...
www.scmp.com/news/china/s...
Chinese shipyard unveils plan for container powered by cutting-edge reactor
The technology used to power the giant container could prove safer and more efficient than the uranium reactors currently used to power warships
www.scmp.com
January 4, 2024 at 2:04 PM
Seems like every few days someone is claiming this time, Thorium reactor will really really work (pump enough energy in it converts to U233, which is pretty dodgy to handle). Got one of my first reporting breaks pointing out how hard this tech is to work.
www.scmp.com/news/china/s...
www.scmp.com/news/china/s...
K&vH: 'Molten-salt U233 breeder reactor with continual chemical processing of a stream of liquid fuel offers a way to *completely bypass the U232 problem* because Pa233 (27d ½life) could be separated out before it decays into U233.'
🧵 #ProliferationNightmare
🧵 #ProliferationNightmare
June 23, 2026 at 4:36 PM
K&vH: 'Molten-salt U233 breeder reactor with continual chemical processing of a stream of liquid fuel offers a way to *completely bypass the U232 problem* because Pa233 (27d ½life) could be separated out before it decays into U233.'
🧵 #ProliferationNightmare
🧵 #ProliferationNightmare
"U233 has been shown to be highly satisfactory as a weapons material."
"If today's weapons were based upon U233, LRL [Lawrence Radiation Laboratory] would have no interest in switching to plutonium."
#Thorium 🧵
"If today's weapons were based upon U233, LRL [Lawrence Radiation Laboratory] would have no interest in switching to plutonium."
#Thorium 🧵
![https://www.osti.gov/biblio/79078
U-233 has been shown to be highly satisfactory as a weapons material; however, it has substantial technical advantage over plutonium only in certain environments, and the probability of such environments being encountered is quite low, LRL is' quick to point out that conditions are subject to change and reappraisal, but as of today, they have no plans for developing weapons systems using U-233.
The statement was made that if today's weapons were based upon U-233, LRL would have no interest in switching to plutonium.
Although LRL is interested in the availability of research and development quantities of clean U-233 (10-20 kgs per year], there is no basis at this time for Hanford to anticipate the development of a large production program involving U-233.
W. K. Woods, Consulting Engineer Advanced Concepts and Planning Group](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:yjdcfsqoltl7wbqomn3eilii/bafkreie5pgb23ja4t762g6dv6pekfucwxi6agjzwmhzzhsigjtjljxkwse)
July 4, 2025 at 1:52 PM
"U233 has been shown to be highly satisfactory as a weapons material."
"If today's weapons were based upon U233, LRL [Lawrence Radiation Laboratory] would have no interest in switching to plutonium."
#Thorium 🧵
"If today's weapons were based upon U233, LRL [Lawrence Radiation Laboratory] would have no interest in switching to plutonium."
#Thorium 🧵
Also, in a setting that uses U233 (the main fuel produced from Thorium) they'll have excess amounts of U232, 234, 35, and 36 from alternate neutron absorptions, as well as stable production of Plutonium 238 through 242 with increasing levels of difficulty.
Need to evaluate all of them in turn,
Need to evaluate all of them in turn,
December 7, 2024 at 1:55 AM
Also, in a setting that uses U233 (the main fuel produced from Thorium) they'll have excess amounts of U232, 234, 35, and 36 from alternate neutron absorptions, as well as stable production of Plutonium 238 through 242 with increasing levels of difficulty.
Need to evaluate all of them in turn,
Need to evaluate all of them in turn,