Wildfires can easily get that hot, especially when the wind hits them just right.
it's plausible that a laser mounted from a drone could be used to spark the wildfire, similar to that military prototype laser that they mounted to a ship with the intent of being an anti-air and anti-missile countermeasure. But other than that, there's nothing to suggest that the fire, once sparked, progressed naturally.
it does, and then it settles and hardens again once the air cools after the fire has moved on. we've had summer so hot that the asphalt becomes malleable in the hot sun, so much so that doing a three-point turn will leave divots were the stationary tires were digging in. but these divots are gone the next day after they have cooled under the night sky.
Wildfires can easily get that hot, especially when the wind hits them just right.
it's plausible that a laser mounted from a drone could be used to spark the wildfire, similar to that military prototype laser that they mounted to a ship with the intent of being an anti-air and anti-missile countermeasure. But other than that, there's nothing to suggest that the fire, once sparked, progressed naturally.
True but the asphalt melts at a significantly lower temperament than aluminum.
it does, and then it settles and hardens again once the air cools after the fire has moved on. we've had summer so hot that the asphalt becomes malleable in the hot sun, so much so that doing a three-point turn will leave divots were the stationary tires were digging in. but these divots are gone the next day after they have cooled under the night sky.