A Pulsar is highly magnetised, rotating neutron star that emits a beam of electromagnetic radiation.
The energy of a pulsar comes from its rotation as it slows down, converting rotational energy into radiation and particle acceleration. Pulsars are rapidly rotating neutron stars, and as they slow down over time, they emit electromagnetic radiation in the form of beams that sweep across our line of sight.
solar energy.
it is a (n) pulsar
yes, some do.
Pulsars emit pulses of radio waves because their strong magnetic fields accelerate charged particles, causing them to emit these waves. The energy distribution of the particles in a pulsar's magnetosphere favors radio waves over visible light.
That would be called a "pulsar". See related question
Pulsars rotate like most stars. Pulsars also emit beams of energy which, if they cross our path are perceived as pulses of energy with a regular rate (ticks, beeps, etc). This is called the lighthouse effect. Picture a lighthouse -- the lighthouse itself is the pulsar, and the beam of light is like the pulsar's beam.
An example of gravitational potential energy is the X-ray energy given off by X-ray pulsars. In this type of pulsar, gas and other matter in the accretion disk around the neutron star is ionized and falls along the magnetic field lines towards the poles of the pulsar. The gravitational potential energy is so high that the spots where the in-falling matter impacts the neutron star are hot enough to emit strong X-ray radiation.
Stars, satellites, and something else
It's called a pulsar. However - ALL young neutron stars emit the said beam. It's only if that beam is detectable on Earth is it called a pulsar. So a Neutron Star and a Pulsar are the same thing. See related questions. but then again they are different.
radiate energy
Humans emit heat waves in the form of infrared radiation. This radiation is a type of electromagnetic wave that is given off by our bodies as heat energy.