a) it goes Mach 1.6, and b) it's virtually impossible to detect via RADR. If both a) and b) are true it's impossible to take out with missiles (which require a target of some sort before you can fire them)
Two things. First, Mach 1.6 is not that fast relative to the speed of air-to-air missiles. Sidewinders (from 1956) travel at Mach 2.5, modern AAMs exceed Mach 4. Second, RADAR is not the only way of targeting missiles. Modern anti-aircraft weapons use a combination of RADAR, IR, and acoustic targeting. The kinds of jet engines that can get you to Mach 1.6 basically paint an enormous IR arrow in the sky with the tip at your aircraft. This was old tech a decade ago.
This will, in theory, make every other combat aircraft anyone has ever designed obsolete.
No, they're going to be made obsolete by cheap semi-autonomous drones that can be launched en mass from aircraft carriers and can handle 20G turns for evasion, which gives them a massive advantage against missiles, which have very limited turning abilities.
OTOH, our reason for being in Afghanistan was that one of their best buddies leveled a couple office buildings
I think you are confusing Afghanistan with Saudi Arabia.
It's hard to credit the behavioural science claim.
Especially as studies of deception, phishing, online fraud, and so on are often conducted by social scientists in computer science departments with funding that is nominally directed towards computer science. Anyone who is actually working on these areas is likely to be either in a computer science department or in an interdisciplinary team working with computer scientists, so will not have a problem getting funding.
the US is a different matter entirely that would need a court's approval, and that court would be the one in Sweden, not the UK
Are you sure about that? Doesn't the extradition treaty between Sweden and the UK explicitly prevent extraditing people who have already been extradited? Sweden would have to deport him before he could be subject to further extradition requests.
All seems condemned in the long run to approximate a state akin to Gaussian noise. -- James Martin