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/sci/ - Science & Math

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>> No.14795173 [View]
File: 1.28 MB, 3933x1777, computationalrave.jpg [View same] [iqdb] [saucenao] [google]
14795173

>>14793770
Wow, that looks like one of my Projects that I've emailed to various Academic/Government Departments trying to get Research Grants and Patents.

That's funny how pretty much all of the projects I've emailed to various Agencies over the years have magically been "discovered/invented" shortly after I contact them.

I'm sure they wouldn't do anything "questionably ethical" like that just for fame and money. I'm sure they wouldn't harass myself or others who also happen to have their submitted ideas stolen by them.

>> No.14785134 [View]
File: 1.28 MB, 3933x1777, computationalrave.jpg [View same] [iqdb] [saucenao] [google]
14785134

>>14783909
>Why hasn't anyone ever created a replacement (alternative) for Mathematical Notation? We have thousands natural languages and programming languages

Ok, so what about if we can plug in different variables with physical effects.
So let's say you know the wavelength of a lazer. Now, let's say you could calculate you could calculate where it "should be" while traveling a path. You can If you pointed it at a corner of panels, so that the high peak of the EMWave would reflect off one panel, and the low peak would reflect off the other panel, and the middle of the photon's wavelength would line up right in the corner of the intersecting panels. You could measure where the photon was in it's peak, based off of which panel it reflected off; thereby knowing it's location, and speed.

You could actually even predict with impressive certainty (once properly attuned and calculated) the location of the photon if you entangle it with another photon, meaning you can know the property of one wave by measuring the other; like when wave is at the top of its beak, then the other wave will be at the lowest peak.
So if you measure one of the photons by checking if it was at it's high or low, you could then know where the other photon is currently at in it's waveform.

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