Functional State: Level A1: Awareness

[Kreeate]

I can make it smarters if I want.

At what cost though? I'll throw a few coins in the pool. How expensive can 'proper' AI be?

 

[MentaL]

At what cost though? I'll throw a few coins in the pool. How expensive can 'proper' AI be?

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[Kreeate]

The point of this exercise was to establish whether AI could grasp the simple concept that light changes speed through different mediums. For example, light travels at a reduced velocity through glass, water and a plethora of gasses. This is relatively old known science. AI seems oblivious to this. It got stuck on the "c" constant speed of light argument.

 

[MentaL]

The point of this exercise was to establish whether AI could grasp the simple concept that light changes speed through different mediums. For example, light travels at a reduced velocity through glass, water and a plethora of gasses. This is relatively old known science. AI seems oblivious to this. It got stuck on the "c" constant speed of light argument.

If I get time tomorrow ill tweak the Ai for the day. Ill msg u if I do.

 

[Kreeate]

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Might be my VPN. Not sure though...

If I get time tomorrow ill tweak the Ai for the day. Ill msg u if I do.

If you can get dAI to talk proper dirty dirty science to me I'll love you forever. Relatively speaking.

Light, being a fundamental constant, has to absolutely change velocity when when making a 90 degree directional change in direction.
In order to make a transition from impact point to exit angle, it has to decelerate. This is a fundamental conservational law of physics. Please explain how light can maintain its fundamental velocity when making a 90 degree reflection off a mirror.

When light interacts with a mirror, it is absorbed by the atoms or molecules on the mirror's surface and then re-emitted. This re-emission process occurs almost instantaneously, with the reflected light propagating at the same speed as the incident light. The speed of light in a vacuum, denoted as "c," remains constant regardless of the direction or angle of reflection.
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B.o.l.l.o.c.k.s.... light is both a particle and a wave. Your explanation is moot. The interaction of photons with a reflective surface has no bearing in your explanation. Light is potentially "absorbed" based on frequency. Explain the speed of light in various media please.

Grrr... I want to pursue this so hard.

Next time.