Gamma rays are made up of photons. A radioactive decay is of three types, alpha decay, beta decay and gamma decay. The type of decay is identified by... Learn more about this topic: Gamma Rays Definition, Characteristics & Examples ...
The energy in the photons determines the type of electromagnetic radiation the photons transmit. This means low-energy photons carry radio waves. Radio waves are called long-wavelength because the bottoms and crests of the waves are relatively far apart. High-energy photons carry gamma waves. Gamm...
This video explains the BOAT — the brightest gamma-ray burst ever seen — and how astronomers have utilized it. Why are gamma-rays considered dangerous? NASA explains why these high-energy photons could do much worse than turn you green. Bibliography Gamma-ray Bursts, NASA, Imagine the ...
Scientists speculate on the ways in which dark photons are created. Due to their nature of kinetic mixing (however suppressed it may be) with ordinary photons, they may be made where and when ‘virtual photons’ are produced. This usually occurs when two charged particles interact with each ot...
When these particles change energy levels, they emit photons. What is the role of photons in the electromagnetic spectrum? Photons make up the electromagnetic spectrum, which includes all forms of electromagnetic radiation, from radio waves to gamma rays. Each type of photon has a specific energy...
What are gamma rays? How long is a meter? What is a holon? What is daylighting? If you use an Earth-based telescope to project a laser beam onto the Moon, you can move the spot across the Moon's surface at a velocity greater than the speed of light. Does this violate modern relat...
The first known microscopes and telescopes are created, reinventing the scientific community’s understanding of biology, astronomy, and navigation. A 17th-century compound microscope similar to the one Robert Hooke would have used to compile hisMicrographia. From the Whipple Museum of the History of...
Light behaves as either a wave form or a particle. Light is composed of a stream of particles called photons. These particles originate from the sun and flow down through the atmosphere where some are absorbed and some are scattered along the atmospheric path as they collide with air particles...
Entanglement phenomenology arises because latent variables exist that are carried away, along with the moving particles that have interacted, and by which correlations are preserved. Conservation is assumed to be born in the phase, just as momentum is for instance. In other words, all known ...
From that point, you have a deuteron nucleus and a neutrino. Also an electron, an electron anti-neutrino and possibly some gamma photons will leave the system as beta decay by-products. The energy you invest to this is in the order of a billion K. That is the first step of fusing hid...