A similar work is Foundry (https://github.com/RosettaCommons/foundry). While both of them are good, the main issue is that it is not accurate enough at atom level. There are good chances that predicted or designed active site is slightly different from the real structure solved by X-ray, NMR or cryo-electronic microscopy. A side-chain or two may turn the other way so that it changes how the interaction is interpreted. So the tools are good and convenient now. But the design or prediction is often hit-and-miss.
Original title is “ Spanish government on Trump threat to cut trade: We have the necessary resources to contain possible impact of trade embargo by U.S.”
Original title is "China claims domestically-designed 14nm logic chips can rival 4nm Nvidia silicon — architecture leverages 3D hybrid bonding techniques for claimed 120 TFLOPS of power".
And the key conclusion is "14nm logic bonded directly to 18nm DRAM to drastically increase memory bandwidth and reduce compute latency."
It reminds me the “First Opium War”[1] that “Qing dynasty of China did have a favorable balance of trade, primarily exporting goods like tea and silk and importing very little from Britain” (summarized by ChatGTP).
"In the U.S., migrants seeking asylum typically receive no federal aid, but they are permitted to work once they submit their applications. In Germany, they aren’t generally allowed to work until they are officially deemed refugees, which can take months or even years. But they are entitled to benefits worth as much as hundreds or thousands of euros a month..."
I also remembered a story that a Middle East country deployed young people to remote sites and reported incoming airplanes by phone during conflicts. But I cannot find the news anymore.