If anyone makes that a sticky I am going to permanently resign from the internet.
You know, when I fly, Einstein's General Theory of Relativity screws up my watch by a billionth of a second.
I once saw a diver's regs arc together because of the effect of the Coriolis force. The spinning of the earth produced enormous potential energy differences between the opposing metals in the regs. You see at sufficient depth, the Curie point temperature at which the orientations of spins within iron become randomized,causes the substance to lose its magnetic field. The loss of said field can induce huge temperature swings. Close to one pole of a magnet, field strength diminishes proportionally to the inverse square of the distance. This is because it behaves as a "unipolar magnetic field" (that is, the close pole seems much stronger than the far pole, so the far pole can be ignored). Gravity is also a unipolar field, and it also diminishes as the inverse square of distance; but, unlike magnetic fields, gravitational fields always obey the inverse squared law. The increased gravitational field can lower your bouyancy characteristic especially if wearing ballast like the sea-dweller. In short, you should have an emergency release strap attached to the watch that will allow you to dump the Rolex in extreme magnetic conditions.
(I'll be underneath carrying my emergency Rolex booty bag).
Can someone please make this a sticky too?
Last edited: