Anything which burns very energetically in air will turn some of the air into (various) oxides of nitrogen.
Therefore it may be good that N6 does not need to get in contact with air to detonate, and does not need to "burn" (oxidize) to set free its energy.
And for rocket fuel you don't generally want something that will happily donate the entire fuel supply with the slightest provocation.
True, but rockets being filled with stuff that needs cooling to very low temperatures in order to not make the rocket go kaboom in a second are not quite seldom, when you think of the ones that require liquid oxygen or hydrogen.
Really this sounds like it would make another fun article in the "things I won't work with" blog
Any sort of combustion-level heat in the presence of nitrogen and oxygen creates lots of messy NOx byproducts (that are all atmospheric pollutants), so, yeah, unlikely to be a pure N6 -> 3(N2) reaction without at least restricting its decomposition environment to exclude O2.
Given the high detonation speed of N6 I would consider it conceivable that almost all of the N6 decomposes into N2 and expands into a not-so-hot-anymore gas before it has a chance to get into contact with the O2 of the surrounding air. But we certainly need to wait for the results of the planned detonation tests before we can really know.
Why not both? A good salesman will be able to provide the same value whilst charging more. Probably one of the jobs that you'd find companies don't hand over to AI.
A kiloton of N6 is 1.19×107mol, which can release an energy of 2.20×109kcal (9.21terajoules) based on the enthalpy (H0). Considering that the standard kiloton TNT equivalent is 4.184terajoules, N6 can release 2.2 times the energy of TNT of the same weight. On the basis of the documented TNT equivalent based on weight for HMX (1.15) and RDX (1.15)50, N6 can release 1.9 times the energy of HMX or RDX with the same weight.
In interviews the researchers contemplated the possibility of using N6 as rocket fuel, given its superior energy density and that its reaction product is just N2, so basically air, but no smoke, no CO2 or other potentially harmful substances.
No, I don't need to give you apologies for my correct analysis of your behavior. If you go and shit in the middle of the street I judge you. If you go and hand over other people's data to the big corporates I judge you. No problem here. I'm not putting everyone else down, just those people that choose to do evil. Especially those people that do it so thoughtlessly that they probably aren't even aware of having done it.
It's not enough. The value of electricity is extremely variable based on both location, time and the extent to which it fits with previous plans for electricity. The price that they pay will vary depending on time but if they are coming in with new, unpredicted, demand then the cost of satisfying it becomes even higher and they should be paying even more per unit than the other people that are more or less following what was predicted.
On the other hand, if the AI people can move their demand to places and times with spare electricity, for example the North of Scotland when it's windy, that would mean they could quite rightly get very cheap electricity and not really cause any problem for anyone.
"Consistency requires you to be as ignorant today as you were a year ago." -- Bernard Berenson