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How do I design a very light aircraft? Are there any design software out there for novice general aviation enthusiasts like me? What are the other ways to learn how to design light aircrafts?There are books on aircraft design. Bear in mind, they’re not easy, and there are many complex steps. The mathematics of aircraft control and stability is hard, the imponderables of making it handle well are hard (although we have simulators for that, so it’s easier than it used to be), then there’s the structural engineering (lots more math, also hard), then there’s the manufacturing engineering (complicated processes and materials issues), then the electrics… you get the picture.Normally an aircraft is designed by a team, because there is too much to learn for one individual to cover it all.
When two antiparallel light waves pass each other they curve into a geon. How does that work and can we use it to store energy and/or information?No, because we cannot losslessly store light energy. Except in fiction (or theoretical physics, involving concentrated masses that we do not have access to without ricking the planet).Besides, you’d want to store more than one bit per geon, right? How would you put some light in, and how would you know which light you go back out later? And once harvested, that information is then lost.
If any job uses energy, and moving something from one place to another is a job thus uses energy, then how can light move through out the whole universe without using any of its energy?In physics, work is defined as distance times force or in layman‘s terms work is done in proportion to how much force must be resisted over given distance. Light moving through empty space is not opposed by any force, therefore the work done to move it is zero, and since work is energy the energy is zero.
General Relativity: How fast could a manned spaceship go with regard to the speed of light, and what would be the experience of an astronaut looking out the window at top speed?As per Newton's laws, an object in motion stays in motion. Unless they are encountering friction for near-light-speed dust (very likely!) or colliding with an object, they spaceship will stay at it's last speed forever.As for how close can you get to c, that depends on how much energy you have. To accelerate all the way to the speed of light requires and infinite amount of energy, according to Special Relativity. This is for mass travelling at sub-luminal velocities. You can get close, but the closer you get, the more energy you have to burn to get closer.You did not give us enough information to calculate how close your spaceship could get to the speed of light. As for looking out the window, that was covered by Carl Sagan in the show Cosmos, in the episode Journeys in Space and Time.
How does constructive/destructive interference of light transfers the energy from point A to point B?It doesn’t… Interference is something that occurs when a wave interferes with another wave (or with itself in the case of photons).The wave itself (hence the photon) carries the energy, the interference pattern basically tells you where the energy will end up.If you have a wave going through a double slit, for example, the energy of the wave will be concentrated where there is constructive interference and there will be little or no energy carried to spots where there is destructive interference.
Why do my eyes become so sensitive to light when I get out of a pool after 1.5-2 hours of water polo practice? Is it the chlorine? How does it work? When I look at a light source it is extremely bright and my vision in general gets blurry.The epithelium of your cornea becomes swollen because of the pool water. Within a couple of hours the epitheluim usually repairs it self.If the discomfort does not disappear, or gets worse associated with pain you should se an ophthalmologist as soon as possible.