War and Weapon Performance
The most important element is radar. This transmits and receives using the best materials to capture the target's image. Currently, radar is based on gallium nitride, which is incomparable to older materials like arsenic germanium. If, as AI says, copper or other materials were used, the larger capacity and greater number of them would be superior.
Currently, according to broadcasts, the Iran-Israel-US conflict is not as effective as the US claims, and its high speed, limited to just a few feet, would mean that 5-10 missiles would be needed to intercept one missile, but this is not cost-effective at all. Russia and China's hypersonic missiles would be impossible to intercept, even on the Ukrainian islands.
Iran's successful attacks rely on precise geodetic measurements, and its ability to precisely destroy US military bases makes it difficult for large targets like ships to escape.
Also, in the recent Indian-Pakistani crash, the French plane was downed because the attack aircraft received but did not transmit radio waves.
Without transmitting, it would be difficult for the enemy to detect it by radio waves, and they would obtain information through ground-based AWAX (receiving only) and launch an attack. The missile, receiving information immediately beforehand, plots its trajectory, locks onto the target at a distance where it can be visually confirmed, and at this moment, the enemy issues a huge warning, without any warning, that it is being shot down. As a result, it is shot down without even understanding why.
In terms of reaction speed, China has developed the highest level of EUV CPUs and GPUs, and they are manufactured worldwide through the ASML-TSMC-NIVD route. Their products are completed, and while ASML is 100% and China's EUV is 70%, there is a difference in output, but this does not hinder production, although it is disadvantageous in terms of yield. The key to its completion at the time was the timing inaccuracy of the laser beam irradiation, so in collaboration with a neural network implementer in Shenzhen, they were able to control it 50 billion times per second. 50 billion times per second = 10 NSEC.
It appears that the French and Western fighter jets are winning by using a similar method, using radar waves to determine whether to target the enemy with a missile, and instantly causing back-channel confusion at that frequency on the side emitting the beam.
The recent Iran-US war clearly demonstrated that China's radar network was at least as powerful as China's, and solving this problem will be necessary if the US is to go to war with China. Furthermore, these are high enough in level to detect decoys, fakes, and jamming signals, meaning the frequencies are powerful enough to avoid the disruptive signals and capture actual objects.
It's also strange how the Houthis in Yemen managed to successfully launch a shipment of boxes that were so easily stolen, and it seems like the bombs are landing so well.
However, there are rumors that Israel will resort to nuclear weapons if it is on the verge of defeat. Iran doesn't have them, but completely destroying Israel's nuclear power plants would be the same as dropping a nuclear bomb.
Judean fanaticism stems from the sincere belief that even if the country disappears, God will personally kill evil and it will return and become a prosperous nation. If the nuclear power plants are destroyed, it will be uninhabitable for centuries, but after that it will be habitable, and our great empire will become a human nation, free from God and of Jewish descent only. I don't know if this is serious, but there may be a precedent. Japan is a small country, and many Japanese people started out thinking that they could defeat the United States, which they can do anything about if they try. This makes it even more frightening.