61·
2 months agoLisp code is already like this. That’s why I keep trying to explain it to programmers. Try reading the book SICP, published decades ago by MIT computer researchers.
Pissipissini Johnson 🩵! :D
I like to discuss tech, but also politics and religion. I hope that I can teach people some things I think I know.
The name’s Theo Mulraney of England, and I am trying to “transcend” current Humanity by “banging on about computers” (and “aliens”) that “encode certain types of abstract data”.
- 0 Posts
- 30 Comments
Joined 2 months ago
Cake day: July 26th, 2024
You are not logged in. If you use a Fediverse account that is able to follow users, you can follow this user.
1·2 months agoRemoved by mod
Removed by mod
Removed by mod
Removed by mod
Removed by mod
Removed by mod
21·2 months agoJust store infinite money tokens in a magic Orb. Lol. That’s quite easy
Red Dwarf. Also that recent Netflix show where they explain trying to solve a complicated maths problem to help aliens, but I forget what it’s called now. The one where alien eyes appear in the sky.
And also a weird Youtube video that’s quite well-known, along with its sequel. They’re called The Hole and The Orb.
The Hole is: https://www.youtube.com/watch?v=bAIbvlobWDM
Removed by mod
Can’t sketch comedy be insightful?
1·2 months agoBare in mind the big triangle they’re using to model computers and technology/networking right now.
They’re attempting to design an interesting new form of technology where they think computers will be storing and processing energy using special shapes.
An example is that in Einstein’s quantum mechanical physics, a triangle can store energy due to quantum wavefunctions. A triene molecule stores a lot of energy in its ring, and it would store a lot more if it were equilateral. Quantum mechanical waves in certain 2D energy potential wells can store up and “fire” energy or data when launched through air, even with just normal, physical air-based wavefunctions and resonances.
I hope you like triangles and understand that they’re basically science, just like the energy-stabilising benzene molecule that organic chemist’s all care about so much, because we’ll all likely be seeing a lot more of them soon.
One final thing:
Actually try building a catapult that launches a 2D shape through 3D space and see if it releases any useful energy vibrations into the air when you fire it, especially after covering the shape with a sturdy and tight net that’s as rigid and secure as possible. The 2D shape could even be something as simple as a triforce with a circle around it.
These are fictional examples I think, but it’s still a generally powerful concept you can make data structures by putting geometry inside of.
Removed by mod
Yeah. I think so. Why not?
Removed by mod