The Question Game

[Xelbair]

A: Long story short - at sub-atomic level you can find electrons that move - this movement is enough to generate changes in electric field, which in turn generates magnetic field. Magnets are made from materials that naturally have vectors of those field aligned together so its field is stronger, we call those Ferromagnetic materials, while Diamagnetic materials have its small fields arranged randomly so a lot of them negate each other and their field is just too weak to work as magnet.
Attraction and repulsion is just property of field and its vectors - like with electrostatic.

Q: if you could get a neural link and cyberbrain - GitS style - would you get it? why(or why not)?

[KitKat]

A: I like the idea, but after taking some biology courses, namely Biomaterials and Biofluids, I've learned just what a train wreck it is to try to mess with the balance of things in the body. Even simple prosthetics turn out to be ridiculously complicated to implement because they fail so easily. In the end, nothing we create even comes close to measuring up to the innate properties of the human body. We think our technology is so advanced, and it is, but compared to biology we're still just beginner level. The more I learn about bioengineering, the more I hope I never have to have any of these things implemented on me.

Q: Who is a relative of yours that you admire the most and why? How have they impacted your life?