Radioactive Tritium Tesseract Prototype

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I had this image in my head to create a real life tesseract, here is the first prototype!

#math #tritium #design

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Instrumentals Produced By Chuki

Camera: Canon T2i
Camera 2: Canon S120
Lens 1: Sigma 30mm Art F1.4
Lens 2: Rokinon 14mm F2.8
Mic 1: Rode Videomic Pro
Mic 2: Rode SmartLav+
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To "create a real life tesseract", you'll need a 4D printer.

donkrapf
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The lab where i worked in Oxford (UK) had tritium fire escape signs because they worked with out power. One day some one stole two of them. This was classed as a radiation incident even though there was never any real danger causing the Safety Officer to fill in lots of forms. One sign was found dumped on a motor way many miles away, but I think the other was never found. Kind of amuzing that you can now buy tritium light sticks for fun projects.

springwoodcottage
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I assume that the tritium has a negligible amount of radiation so it is safe, so it’s pretty neat that the glow is from radiation

wonderp
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Just so everyone knows, this makes an awesome night light!

SeanHodgins
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Your outro is like moms before school. "Be good, have a good day"

gravestoner
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Masking tape works for helping it not chip when you're cutting. Plus, it gives you a great spot to mark where to make your cut.

wheelchck
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Your dedication to trippy radioactive cubes is instant subscribed

samsungtelevision
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5:45 I was really scared, my headphones f*** up again!! 😂😂😂

avicek
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place it on magnetic levitation shelf and point a tiny air pump at it to spin

hmr
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Same physical design, 8 LEDs pointing into transparent plastic sticks (glue gun sticks?), solar panels for the inner cube, a recharging circuit with light sensor and small lithium battery. Now I need to see if anyone makes small-ish square solar panels. The overall size is likely going to be determined by the solar panels and how small a battery will fit in there that also holds a decent charge.

Derek_Read
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Those tritium vials are very expensive 🙁

davidtoro
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0:53 Radioactive isotope.
Cancer: Let me stop you right there. Allow me to introduce myself.

Dravis
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needs more glow. that tesseract representation is meant to be a wireframe, so every edge needs to glow on the big and little cubes. Also, doped strontium aluminate / plastic extrusion would be way cheaper

flowinsounds
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Me: Stay focused don't waste hours on youtube because you see something shiny...
Me upon seeing this thumbnail: god dammit sean hodgins alright whats this about

jbatey
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0:24 That looks like a weird 120-cell. I kind of want one.

MuzikBike
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Nice work Sean! I could see someone adapting this to work with some LED filament lengths and a battery pack in the middle??

ChunkySteveo
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So does a 5 dimensional cube have another outer cube?

alfarouqaminufor
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Tritium is a safe low level radioactive material. it is used in a number of self luminescent devices including watches, some telescope aiming devices, compasses, and more. It has a half life of approximately a decade meaning from the time the vial is made, in 10 years time it will be half as bright, in 20 years time it will be a quarter as bright.

mattlewandowski
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We can see 2 real cubes inner and outer and 6 squashed cubes.
In 4th dimension if we are able to visualize 4th dimension all this 6 cubes including first 2 will be real

SOFIJABORICIC
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Nicely done. I suspect the plastic two way mirrors are pretty poor compared to glass. Glass is harder to work with but you get deeper reflections and clearer views.

tiporari