You know what’s my problem with Einstein’s theory of relativity? Not that it’s inaccurate (like I would know) or inelegant (like I would care), but that it’s god damn useless. OK, sorry, I admit it, there are about ten guys from NASA that must use the
Lorentz factor every once in a while, but what about the rest of us 6,599,999,990? Are we not worthy of enjoying uncle Albert’s heritage? I say no more! This ends now! I give you… drum rolls… (snare drum X 16, bass drum, crash cymbal). My tip list!
Tip #1: Make a very fast drive-by-style pass with your car if you wanna catch David Blaine slipping a card up his sleeve. Time on another reference frame (David Blain) will always look slower, depending on the relative speeds between the two frames (Blain and you). This phenomenon is called Time Dilation. Note that you may need to sell your Toyota and buy a faster car. For example, you’ll need to travel at 86.6% of the speed of light in order to delay time by half. So, this tip (as all the others), is theoretically true and magnificently useless.
Tip #2: Accelerating and decelerating your car may be bad for the brake system and fuel consumption, but it will make you look younger. Well, at least younger than everybody else your age. The acceleration will cause your time (everything - your wristwatch, your heart rate, your metabolism…) to move slower than the regular time on the ground. Note that you will not feel like you are living in slow motion (but will probably feel like you wanna puke from all the accelerations and decelerations).
Tip #3: The Twin Paradox. If you’re considering start dating one of the Olsen twins and wonder how she’ll look when she’s old, take her with you on a fast shuttle ride to Alpha Centauri. When you are both back on Earth, look at her sister. If you’re not happy with how her sister looks (this is how your date will look in a few years), take them both to another fast shuttle ride to Alpha Centauri, and just leave them there.
Tip #4: Objects can not travel faster than the speed of light, but allowed to move at any speed below that value. Use this when your kid tells you he came as soon as you called him.
Tip #5: Two events happening in two different locations that occur simultaneously to one observer may occur at different times to another observer. Watching your daughter on her synchronized swimming lesson from a moving airplane can make you wonder where your money went.
Tip #6: Lorentz contraction. Objects appear shorter from another relative speed reference frame. If you wanna be a porn star, don’t move while you’re auditioning.
Tip #7: The lower you go, the stronger the G-force, and gravity slows down time. Choose a low chair for long boring office meetings. To you, they will appear shorter.
Tip #8: Equivalence of mass and energy. If you’re making a home-made super bomb and C4 is hard to get, try using ultra-fat people.
Tip #9: A black hole is an object with gravitational field so powerful that even light cannot escape its pull. Sounds too good to be true, but placing your mother-in-law behind an event horizon might actually work.
Tip #10: As an object's velocity increases, its mass appears to increase. If your wife’s on a moving spaceship, shouting at you “Is this dress making me look fat?” - screw the physics, shout back “No dear, you look exactly like you did on the day we first met!” (to be honest, although her mass will increase, her waistline will shrink due to the Lorentz contraction effect, so she will actually look thinner, but that will kill my joke).
So, there you have it. As promised… theoretically true and magnificently useless. Oops, my bad, sorry again, you ten guys from NASA can still use this list when appropriate, okay?
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p.s. Remember your mistakes so the next time you’ll know you made them all over again. (credit not mine)