You mean this one where they clearly point out visually and verbally that the pockets are just short of the molten CORE........"Personal opinion".
Your bad luck that the pictures we see happen to be canon material, too.
The depth is canon and confirmed visually and verbally.
Consession accepted.
Unless contradicted by the movie, the movie clearly shows no shield.......so no shield.The novel IS G-Canon.
The dark spots continue to grow after the beam has hit and that is contrary to a DET effect.Rather, the shield was overwhelmed. Plain and simple. The dark spots are easily explainable by different crust thickness - which can range from 5km (ocean floor) to 50km (continents). These would, logically, expose the underlying core differntly.
And not only that but YOU are not talking about a blowtorch baking off layers of paint.
With your debunked theory you are talking about the virtually instant effect of that much energy hitting the planet (1E38 is the absurd figure you use i believe) and as such it does not matter if it hits land sea or ice.
My chain reaction relies on no such thing.Your chain reaction hypothesis relies solely on the initial blue glow.
I know enough about planets and Thermodynamics does not explain the second explosion if a DET weapon was used.You are clearly incapable of grasping the thermal differences between partially-molten rock and solid, 6000°C iron. Another piece of proof that you know nothing about planets.
Thermodynamics readily explains the secondary explosion.
AGAIN - consession accepted.Again - i NEVER said that such a device does not exist in Star Trek.
I is not the existance of a "single piece of tech" it is the existance of the ability to have such tech available, the calcs in half a life were used to modify a photon torpedo within hours or sooner.The mere existance of a single piece of technology does NOT result in it's widespread application.
Photon torps are common and by that example easily modified.
And that particular example is one of several available.
Bcause they were worthless considering the circumstances.I provided numerous examples - you ignored all of them.
Whatever dude the fact is that 2 nickel-iron asteroids so tiny and moving so slowly would not cause a explosion like we saw and nor would one burn/combust like it did.This is not a burning asteroid. Do you even know how something that burns looks like?
By all means link me a image of 2 REAL roids the same size going the same speed that behave in the same way.
Combustable materials can explode or burn depending the the energy they are subjected to amoung other things, that would be consistant with the fact that larger roids having low but greater impacts just exploded.But even if it WAS burning: Explosive materials do NOT BURN! They EXPLODE!
While with these 2 smaller roids only one was destroyed while the other combusted/burned.
I explained your silly nito bit above...and yay...If two pieces of Nitrogylcerin collide, do you think they would throw out burning pieces?
Oh so they were burning then......consession accepted.do you think they would throw out burning pieces?
NO LIMIT FALLACY!!!!.....woooopie!!!!!.but the sheer fact that a solid piece survived PROOVES that they are NOT made out of explosive material.
Nobody ever claimed they were made entirely of combustable material, in fact it would be absurd to do so as very very few things are 100% pure of any single material if any.
The fact that they CONTAIN combustable/explosive material cannot be denied as our observation shows but i would argue AGAINST anybody trying to claim they were made entirely out of ANY single material combustable or otherwise.
Who cares?, it would still pretty much screw anybody living on a planet orbiting it, and if i remember generations correctly doing so caused a "shockwave" that destroyed the planets. I do not remember them being refered to as nova or looking like any examples of nova or supernovas i have seen in sci-fi or factual science programs.Stopping the fusion in a normal star (like our sun) will not result in a supernova. This is, quite simply, because it does not contain the necessary inner pressure and heat.
Im sorry but where does it say that the dying star is a requirement?.Which prooves what exactly?
Oh, right - nothing. Unless you are willing to employ an (actual) no-limits fallacy and conclude that this device will heat up any star (regardless of stated requirements) in perpetuity - something for which there is absolutely NO PROOF.
It is the REASON they are doing what they are doing but in no way is it stated or even implied that it is requirement. In fact the only issue that was mentioned was initialy the guidance system before the test oh and they were heating it to increase the helium fusion rate.
They nedded to stabilise at 220 million K, they hit the mark and it stops rising (yay thinks them all)........for a few seconds then the temperature starts increasing again and they bugger off at warp just before the star goes boom....(lots of sad puppy faces).
Here is a image of it BEFORE the process begins: