Electrical activity of groups of brain cells results in brain waves with different amplitudes. The so-called alpha wave, a slow brain wave with a cycle of 100 milliseconds, seems to play a key ...

According to the laws of classical electrodynamics, there emerges a sequence of waves having different amplitudes and phases that are reflected from the structure. Such series of reflections also ...

plotting a histogram of the probability of encountering waves of different amplitudes results in a characteristic L-shape, with more high-amplitude events than would be expected from a ...

When waves with different wavelengths (space between their crests) and amplitudes (the height from trough to crest) meet, they can combine and reinforce each other, resulting in a sudden increase ...

Pile up sine waves (ie, harmonics) at related harmonic integers at different amplitudes, and you get familiar waveforms. For example, start with a simple 100Hz sine as the fundamental frequency, then ...

Not all waves are created equally. The universe is full of waves. Different types, like sound waves, light waves, radio waves, and waves that travel in water. These waves fall into different ...