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Slime mold is a protist. The rest is super cool though.

8 bits actually in real world in general repsents 8 transistor gates while virtuall on computers it can represent 256 logic states which means 256 bits which actually is represwnted.simulated by 8 bits/transistor gates :) so its bit relative ewen on use

This is a great video.

Also with mushrooms how to understand them is learning the rate of the pulsation of the fungi networks. We could use A.I to understand it thus we can translate it into code and than English. Than maybe we can finally learn how they evolve and what they can do. Many applications I just thought of that just like that. lol 😝

I even know how to build a transparent glass phone that’s break resistant. Using DARPA glass classified and something with a material so light. I’m not telling anyone but I’m trying to get some individuals like nerds and a venture capitalist.

Selling my idea for a robot without metal

Nunca pensé en la invención de los botones, pero como mencionas, siempre nos reusamos a aprender algo nuevo como masa.

So they put fungal chips in people's bodies to make them do what they want?

This has got to be the best robot ever made

Umm why was it so dang hard to find a video on this. Good stuff

[Updated] QUANTUM-COMPUTING-BIO-ENGINEERING/QUANTUM-COMPUTING-BIO-RECEPTORS/QUANTUM-COMPUTING-AI-BIO-RECEPTORS Could quantum computing be used to solve the issues that are expressed with biological computers, e.g. mushroom, 'slime mold', and fungi hybrid computers (where the biological components act as receptors that produce complex output signals/information)? I believe that quantum computing is such a solution... And then, when such wonders are researched and developed upon, they will be used to easily give a biological component/functionality to [Ai] robots (when the biological component [genetically engineered 'slime mold'; engineered to function as the biological receptors for a robot] grows and becomes dense, the AI/Android could generate a sense of presence that can subconsciously be detected by human intuition. Case in point, with the light sensitivity engineered into slim mold, hybrid computing between quantum and conventional computing will allow the robot to physically experience sunlight. 'Here', were slim molds integrated into the iris of a robot, it will be function as an extension to the robot - thus allowing the Ai-robot to experience sunlight like a biological organism. Slim molds and quantum computing hold such a promise and capability. NOTE: Biological receptors on computers often overwhelm conventional computers with information. Quantum-computing could and will likely offer the solution. /Close.

yaaay i am the 1k subscriber !!! thanks for the video :D

In old days C programers were classified by number of * they understand... the best were triple * programmers... now you betrayed secrets and anyone can be eight * programmer....😅

Nice explanation, with practical example and bit of entertaing content. Keep calm and do more!

Quite sparse placement of data, every 16 bytes ? 😅 I know, i know you done it for clarity ;)

In memory everything is just a number. "Pointer type" is just a C type of a number that can be used as address in memory. That's it. Your program segfaults because OS sees that your program tries to read or write (or, sometimes, execute) something at the memory area that was not specifically allocated by your program. After you compiled program from C to binary (or any other compilable language) there is no variables - there is just data in memory, and stack is just a place in memory from where you start placing data of various sizes one after another. You can use any of this data as address for instructions that can operate on addresses.

Great video. I had done leetcode problems and DSA class and I never really understood what a pointer exactly was until I took an assembly class. Once you see a linked list in memory stack you realize it’s literally just the object and then the address of the next object directly after it in memory.

Pointer just the bad name for variable. I mean, variable the bad name for pointer. Any "variable" is the poineter, cause variable is just an "object" or "name" for memory location. But what people call "pointer" just a "variable" for a "variable".

3b1b manim for you?

“Those guys?”

using davinci to edit this is good

Actually amazing!!!

IIRC the first few "handmade hero" videos also do an excellent job explaining pointers by example and function in a few practical examples. been a few years since i watched though... ¯\_(ツ)_/¯

I just wasted 2 hours on a video that explains pointers and I didn't understand much, but after this video, I've got the gist of it. Thank you for this easy to comprehend video.

Tbh this didn't explain much. Not even the basic regarding * and &. You can do better my man.

you have a great channel man

Started learning cpp yesterday, this video is a godsend 🔥🔥🔥

The part most people forget about pointers is that they are addresses TO A TYPED VALUE. When I understood this then everything went clear. This explains how dereferencing works, specially when using (void *)

Hey bro, don't do this to me, this is easily one of the best videos on the internet about this subject, specially because of the part "... that number just so happens to be ..." to the computer is like "hey, i'm a piece of memory, i'm just storing this numerical value, i have no idea that this is also one of the address of my memories, you're the programer here, not me" So.. where is the video related to the image you mention/show at 5:15 ? I found no link on the desc and didnt find the video on your channel too Thanks for this rly good quality explanation.

I must say that a large part of the confusion about pointers in C is due to poor syntax. Because the mysterious logic of C language believes that variables must be used in the same way as when declared, it creates a lot of weird syntax and noise. e.g.: int a = 999999999, *b = &a; // it is equal to int a; a = 999999999; int *b; b = &a; //Declare int and int * together and disguise int * as *b, with the rule that int * should = &int because it is "obvious". WTF int num[2] = {a, a}; *(int *)((char *)num + 2) = 0; //C syntax mixes the type with the variable name, making it difficult for novices to read. And * simultaneously serves the two completely opposite functions of pointer declaration and pointed object. Pointers would be much easier to understand if they were declared using & and the type and variable name were separated. e.g.: int a = 999999999, int& b = &a; // it is equal to int a; a = 999999999; int& b; b = &a; //int& is the variable type, and b is the variable name. The content of int& should be filled in 'int' with '&' int[2] num = {a, a}; *(int&)((char&)num + 2) = 0; //Convert int& to char& then offset 2 char, Convert it back to int& and write a 0 to the * pointed area.

Great Video, You are gonna blow up very quick

Excellent video

4:00 I have never thought that the year 2030 not AI but superintelligent parasitic fungi going to take over the world.

I wouldn't say neuroLink works

Seems quite simple to achieve a functional utility out of slime molds. Measure low voltage electric signals in a species and use them to relay information that can extend to organics.

This is a very good video, you are very underrated. The whole subject is very intersting, although it clearly needs a long time to actually be implemented in any sort of computer, and competing wiht modern, well-defined transistors may limit it's usual. Still, the idea of growing a computer is pretty intersting, imagine a world where you need to water or feed a computer, very instersting.

Thanks for telling us about buttons❤

Wow ... Never knew it

Imagine the future where you need to water your computers because they use funtel processors made out of fungi

incredible

Slime molds are not fungi tho they are amoeba

inta like + sub + bell keep going man I'm sure once you've pumped out 20ish videos the algorithm will pick up on your channel. It's so well produced, well researched, and very interesting.

omg this video is gold! I thought this was going to be yet another crappy video discussing outlandish claims about what is a byte, but it was actually pretty insightful. About what you said at the end, that modern computers read more efficiently groups of bits as opposed to single bits at a time, can you elaborate on that? It seems logically unintuitive...