When you think about it, there are dozens of situations where you could put this phenomenon to work. The applications are potentially endless! For more information on black lights and other sorts of light energy, check out the links below. Black Light FAQ Are black lights bad for you?
If it's a bright, clear day outside, you may instinctively reach for your sunglasses when you head for the door. And you probably do it without much thought about them. But you probably do think about sunglasses when you go to buy a new pair -- whether you walk into the discount sto...
By compressing the nucleus of the iron atom, we add energy to its 26 protons and 30 neutrons. If we press hard enough, the protons and neutrons will burst apart into what they're made of: smaller particles called quarks. We'll then have a mess of quarks -- the type of quarks called...
” meaning that they are easily vaporized by impacts and ion sputtering. Each element exists in the form of several isotopes. An isotope is a variation of the same element, that consists of the same number of protons but a slightly different number of neutrons. For...
You can create your own holography table using inner tubes and sand to dampen vibration. HowStuffWorks Getting a good image requires a suitable work space. In some ways, the requirements for this space are more stringent than the requirements for your equipment. The darker the room is, the...
If so, should I express the function ψ in terms of ? I already tried to express in terms of the momentum eigenstates, This didn't work out too well (without TI-89)... how are we supposed to find the number of particles in exactly? I know that the energy levels of the neutrons ...
In this work, we present the relevant white dwarf cooling limits over the entire A′ mass range. In particular, we have performed a rigorous computation of the luminosities in the resonant regime, where the A′ mass is comparable to the white dwarf plasma frequencies. Keywords: New Gauge ...
Answer to: How to balance a nuclear reaction By signing up, you'll get thousands of step-by-step solutions to your homework questions. You can also...
Though gamma-ray bursts only last from a few milliseconds to a couple of minutes, they can be hundreds of times brighter than an average supernova. That means a gamma-ray burst can put out more energy than the sun would emit over many trillions of years, if our star was even capable ...
Bailey Slaughter, who formerly worked on the UCNtau project while an undergraduate student at Indiana University, is seen here performing work inside the trap, or “bottle,” used to count the lifetime of neutrons. Credit: Chen-Yu Liu