Could Ant-Man Really Shrink? The Physics Says No
A 1 cm Ant-Man who keeps his 86 kg is as dense as a white dwarf. Why you can't squeeze out the space in atoms, and the one trick that really shrinks them.
A 1 cm Ant-Man who keeps his 86 kg is as dense as a white dwarf. Why you can't squeeze out the space in atoms, and the one trick that really shrinks them.
Scale an animal to Godzilla's 81,650 tonnes and its bones carry 3,000 MPa, ten times what bone survives. Heat is the weaker argument. Here is the math.
2.45 GHz is not water's resonant frequency. We plot water's dielectric loss, compute penetration depth, show why ice won't heat and why WiFi is harmless.
Could an Iron Man arc reactor work? 3 GW in a palm-sized core is 240,000 times a fission core's power density. The fusion, neutron and heat math.
A tumbling penny tops out at 11 m/s and lands with 0.15 J, about 100 times too little to crack a skull. Here is the drag math, and what would be dangerous.
One gram of mass is 9 × 10¹³ J, about 21 kilotons of TNT. Why bombs convert under 0.1% of their fuel, plotted from a fitted binding-energy curve.