That high mountain is Mt. Tsukuba.

It's the static in the hills. The stations aren't strong enough in the daytime, tonight it'll work.

As it floats along, it is battered by waves, melts, and smashes into land and sometimes other icebergs.

We can't reach outside the valley because of the mountains.

It's not just unpleasant sounds like that that do it.

When you think about it, this is pretty weird.

Seashore

Wave speed

Number of waves

Wave size

The waves.

The sound of the ocean.

The sound of the ocean.

Number of waves

Sharpened transient feeling

Waves

Wave

I can pick it up, touch it.

Iridiscence wave length

Frequency of the channel

Not only that, I compared it to the entire spectrum.

Maybe something's wrong with the signal.

In time, my dear.

The sea was white with foam.

That was the P wave just now. The S wave is coming.

Wave form

Sine

Wavelength

Squiggly

Wavelength

Really?

RF interference?

You can hear the sound of ocean.

We posited A spectrum of waves lying outside of the range Of those already discovered.

The OED defines spectrum as The entire range of wavelengths of electromagnetic radiation, from the longest radio waves to the shortest gamma rays of which the range of visible light is only a small part.

Select here the value which represents the width of the local neighborhood.

Select here the value which represents the height of the local neighborhood.

Select here the value which represents the standard deviation of the Gaussian, in pixels.

Select here the value which represents the extent of the implosion.

Select here the value which represents the elevation of the light source direction. The elevation is measured in pixels above the Z axis.

Select here the value which represents the percent threshold of the solarize intensity.

Select here the value which represents the wave length of the sine wave.

Most of the time it looked like this.

And I started living down there on the beach for a long time.

A tremor in the Force.