The US also does simulations of fusion explosions with the Sandia Z machine and the National Ignition Facility.
It has. Like everyone who has tested in the past.Surely China also have similar simulations of fusion explosion? anybody know?
I wouldn't be surprised if the new Chinese heavy ICBM carries hypersonic glide vehicles. China is one of the leaders in hypersonics and they already have the DF-17 as it is.China is bringing more warheads out of storage because of generally raised global tension, and the missile forces are also undergoing restructuring. I don't see them as pursuing attempts to overcome MAD.
China uses the Tianhe-2 (housed in Guangzhou, at the Higher Education Mega Centre island south of the Huangpu Shipyard) to simulate nuclear tests. It is similar to the Sierra supercomputer used by the US DOE to simulate nuclear tests at Lawrence Livermore lab, but less efficient and older. Also, since the Tianhe-2's completion in 2015, the US DOC has banned the sales of chips to all Chinese supercomputers.Surely China also have similar simulations of fusion explosion? anybody know?
Why would a U.S. and Russian ban affect Chinese behavior?China uses the Tianhe-2 (housed in Guangzhou, at the Higher Education Mega Centre island south of the Huangpu Shipyard) to simulate nuclear tests. It is similar to the Sierra supercomputer used by the US DOE to simulate nuclear tests at Lawrence Livermore lab, but less efficient and older. Also, since the Tianhe-2's completion in 2015, the US DOC has banned the sales of chips to all Chinese supercomputers.
In other words, should Russia and US lift the ban on full yield nuclear tests, China stands to benefit the most since China has the most catch up to do compared to other nuclear powers in terms of warhead design and miniaturisation (moving beyond 535 and 575, which remained at US' 1970s era technology but possibly updated with Beidou navigation since 2020).
Because if the US or Russia restarts full-yield nuclear tests, China would then have more than enough legal, diplomatic, and other political reasons to restart its own nuclear tests at Lop Nur. And given that China stopped nuclear testing in 1996 before more mature warhead designs could be tested (in order to placate the US, Europe and Japan for FDIs, whilst being optimistic about the future), a US or Russian restarting of nuclear tests would actually benefit China the most given China having the least sophisticated nuclear warhead designs and inventories compared to Russia and the US. I doubt China would like to be the one who restarts full-yield tests, but PLARF scientists must now be begging the Russians and the Americans to restart since Chinese warheads' sophistications likely remain at 1970s to early 1980s US level, if not 1960s level. I even suspect that once the 506 warheads (for DF-5A) retires, the only warhead in service with the PLA would be the 535 (the one tested in 1992), which could be mounted on DF-31(A), DF-41, DF-21(A/E), DF-26, and JL-2/3. The 90-95kt small warhead could also be in service, but it could simply be a more reliable aspherical primary to make the 535 more reliable overall, or be used as a tactical nuke. But regardless, you could roughly compare the 535 and the 90kt warhead (tested between 1993 and 1996) to early production models of W87/88 and W76, but with inferior electronics and guidance. A new nuclear arms race with full yield tests would allow China to catch up close its quality gap with the US and Russia, while better able to compete for future AI-guided warheads or nuclear-tipped hypersonic gliders. For example, if you want to fit multiple 535 onto the FOAB tested in 2021, you would likely have to redesign and test the warhead to ensure its reliability.Why would a U.S.and Russian ban affect Chinese behavior?