You can freeze time and move unhindered by the effects of the freeze, but physics still behaves normally meaning your movements cause incredible friction in the air and a sonic boom across any path you take.
Actually, there wouldn’t be a sonic boom. Because time is frozen, even the smallest movement OP takes would accelerate them beyond the speed of light (OP has to move infinitely fast to overcome the infinitely slow passing of time). The result is that OP risks ending the world if they freeze time.
In addition, the Earth’s sudden stop means that OP’s relative velocity is around 220 km/s because of the solar system’s orbit around the galactic center. If OP is on the prograde side, they are launched through the air and evaporate before they have a chance to die in the cold of space. If OP is on the retrograde side, they immediately splatter against the planet with a kinetic energy of about 1.5 terajoules (assuming a body mass of 60 kg).
You can freeze time and move unhindered by the effects of the freeze, but physics still behaves normally meaning your movements cause incredible friction in the air and a sonic boom across any path you take.
Actually, there wouldn’t be a sonic boom. Because time is frozen, even the smallest movement OP takes would accelerate them beyond the speed of light (OP has to move infinitely fast to overcome the infinitely slow passing of time). The result is that OP risks ending the world if they freeze time.
https://what-if.xkcd.com/1/
Ye, I’ve read that page. That’s one of my favorite xkcd “what-ifs”.
Recently he also started making some video narrations
In addition, the Earth’s sudden stop means that OP’s relative velocity is around 220 km/s because of the solar system’s orbit around the galactic center. If OP is on the prograde side, they are launched through the air and evaporate before they have a chance to die in the cold of space. If OP is on the retrograde side, they immediately splatter against the planet with a kinetic energy of about 1.5 terajoules (assuming a body mass of 60 kg).