It makes sense, since gravity tends to push the surface of a body towards it's center. Unless I'm mistaken, everything with mass has it's own gravity, every atom and for instance, our own bodies should also have their own gravity. The question is: how strong is our own gravitational pull? I know it must be extremely weak, but is there actually anything at all that gets attracted to us, like maybe, bacteria or molecules?

And finally (this will sound ridiculous, but I'd really want to get an answer or at least a way of calculating it myself): What size would a human body have to reach in order for it to collapse into a sphere?


Question: Difference in technique for cooking with non-stick and standard pans?
Answer: You can get the benefits of both non-stick and fond by prepping the stainless steel pan so it's more non-stick:

Use the "water test" to know when a stainless steel pan is hot enough to add oil. Besides being fascinating to watch, passing the water test ensures the pan becomes amazingly non-stick.

When the pan is hot enough, water will ball up like mercury and slide around the pan without evaporating. The temperature required is pretty high, but I've found the non-stick properties remain if I add the oil and let the pan cool to the cooking temperature I want.

Note: preheating the pan like this applies to non-stainless steel pans, but water only balls up like mercury on stainless steel.

Detailed explanation of how/why this works: On properly heating your pan