yeah what a let-down. This would have been perfect. I understand the overall concept but I just need someone to walk me through how a quantum function like that is implemented. Just show me the gates, even. My problem is that the examples I’ve found are over my head, as they’re more complex and involved gnarly math expressions. This toy problem would have been perfect. I guess I’ll keep looking
You’ve managed to explain quantum computing cogently in simple terms without falling into mystical hand-wavy popular science territory. Thanks for the video!
But you did not explain how to compute placing 3 people in 2 cars with QC at all. I was waiting for that and the video just ended. You solved that problem on CC but really did nothing on QM. Probably you should have said something like: after person A has been placed in car #0, person B will be automatically placed in the same car, and person C will be put in car #1. QC allows each person to be at the same time in car #0 and #1. But before placing anyone, they are all in both cars. Once you put one person in one of the cars, the "state" of the other people will be determined immediately in order to get the highest score. Also, when you have 100 people, you are not going to compute ~10^30 steps with QC, but only 100!
Daniyar Saparov ooo, so you mean entangling the friend pairs and enemy pairs first relative to one person (B must be in the same state as A because they are a friends pair, C must be in a different state as A because they are an enemy pair)
you are right, everything was very detailed, but he didn't adres the solution with QC .. pity, as it was the point of this whole story.. and we got 99% of it .. :-)
@@deniaxdeniax So quantum PC can crack solution faster but also can be infinity in loop if doesn't hit all 1 000 000 50% at same time to set correct solution? But other problem OK I have million solutions million times ? But how to evaluate any solution is it or is it not correct or is it first time or is is it 1 000 001 time?
I cannot believe this because approximately 8 years back I asked my computer science teacher that in electronics we have conductors and insulators but we also have semi-conductor in between them can this be possible in computer as well where we can have a something between 0 and 1 ? And he said may be in future but today it's really great to see that happening .I wish, that day I should have studied and researched on my idea but nevertheless I am happy that this is becoming reality
The best way to explain two or more states at the same 'time', is accepting that time behaves strange at the quantum level. Almost like hitting the pause button. It's as though you can display a paused state at many points so there are many simultaneous states. The minute you observe the particle, the play button gets pressed again and sequence starts again and it gets normalized.
I do understand that the example was for the sake of demostration, however, I am curious how does quatum computer compare the result in your example? if all of the results are being calculated at the same time? how does the computer know which one is the right one? considering the classical computer will compare them sequentially, Thanks
@Andrew Alfazy I have searched that subject for a few months and no real answer was given, few assumptions and few theories but no real answer ( at least in public websites I am not sure if there are courses that do explain it)
I can imagine if you entangle a set of quibits with another set of quibits you can make it fifty percent faster than a Classical computer since when you apply the function to the quibit when it falls out of superposition you will get two solutions in parallel one from each of the entangled quibits but as far as that I don't know. I think the rest will remain a trade secret
In order to accept the Superposition concept (1 & 0 simultaneously), you should briefly explain why it can exist in the first place: In Quantum Mechanics, scientists use equations that are about probability. SInce in probability you can't rely on a single answer, but on *chance* - you can't be sure about a spin state until it's set. Except, you can only be sure about it once you reveal what the state is. Until then, it's all about probability. Hence, the Superposition can exist, because until you didn't measure the state - it can be either one, and since you didn't measure yet - you consider it as "both".
It would be amazing if you could explain how the computation is performed on the qbits to arrive at the score... Just the way you explained for a classical computer.
Hi, nice to see this video. I think this can easily become an NP-hard problem if the size of the problem increases. it would be great if you can also make a video on Quantum Annealing and how these NP optimization problems are solved using Quantum annealing
Hey CS Dojo! Great video, man! Now I wanted to start Coding and I started with a “For Dummies” book and went on from there. I know some CS andJava fairly well but I’m just stuck there. I do not know what to do now because there is so much general information online about coding and all I want to do is writing web-based programming mostly for websites and a gradual progression to pc video games and such. I honestly do not know what to do next and I would be eternally grateful for a nudge in the right direction; books, videos, articles and such that could be from your own work or an external source. Thank you so much for any response, no matter how trivial. Madaase(means Thank You in my native dialect😀)
You should look into skillshare. It's a great website for learning exactly what you are asking for and I think you can study 2 months for free with a code. Lots of youtubers have these promotions so just Google "skillshare code".
I'm a young student from Germany but you're video is also very interesting and easy to unterstand for people who aren't native english-speaker, because it's simple... ^^ Thank you a lot for this amazing cool videos! :D
Continuing my former comment: if you need the miniterms YOU KNOW THE SOLUTION, so the situation has to be that you know the logic function from the problem statement and you have to find the inputs that solve the problem. On the quantum arena this can be done applying Grover's algorithm. This moves you from 2 exp(n) to 2 exp(n/2), the question is ¿is there a quantum implementation with O(n) as Shor's algorithm does with factoring?
The way you explain is adorable. I wish all colleges were with professors like you. You are really smart guy and very visionary with the way you explain. I wish I was your friend haha 😃
This Guy is awesome!! he's such a talented elegant teacher.. and has profound knowledge as well.. I find it really tough to understand the intricacy of quantum mechanics though to be frank..
very cool video dojo! i remember you mentioned you recently moved to toronto. i'm from toronto too lol and would love if there are some coding/AI meetups that you guys do where we can chill and talk about interesting AI concepts and inspire eachother to build some cool projects - do you have some meetups like this in mind or currently happening and if so where in the city would they be?.
So basically create a quantum function both in programming and physics sense whose inputs can handle qubits with the constraints we decide upon and returns the collapsed solution whose probability is the highest.
Good video, but I'm always missing information about qbit operators. When people talk about bits they always mention NOT, AND, OR ect. Why no one talks about what we can do with qbits for some reason.
As I have heard quantum computers have 4 basic gates like classic computers have the 3 basic gates as you mentioned. Those 4 gates are: *1 Qqbit gates:* H Gate (Hadamard gate) PHASE T Gate *2 Qqbit gate:* CNOT And ofcourse there is also a MEASURE instruction/gate. ruclips.net/video/4fDAswMwU28/видео.html
I want to get into developing IoS applications, particularly video games. Do I need to invest in a macbook? Which one do you recommend? Any preferences for which languages to further study?
Mal 2017 learn the basics of a language like python, c++, or java first. Then just grind out the easy questions. Every question has has a section where people explain the answers. Also you can google questions that you don’t understand
******@@@****** Aap koi achcha sa graphics API seekhlo uske baad aap koi bhi gaming engine Ko seekh sakte ho because aap Ko pehle se hi pata hota hai ki what is the gaming engine doing aur aap abhut asani se updated raho ge naye trends se. Agar yeh sab no karna toh JavaScript mein ab aap hd games Bana sakte ho.
Hey YK ! Is it possible to use Python in website building ? If it is than can you make a video on that ? And how can I make Sign up and Sign in system using python ?
Try django it's a python framework for web development. You will also find many online tutorials, even on RUclips. If you are new to web development, you may want to try JavaScript.
wait. so the difference between the normal computing and quantum computing is the idea that the state of the qubit is unknown until measured but it does has a single state. correct me if I am wrong?
I don't really know anything about quantum computers but i read a few articles here and there. And i think your analogy is right. An electron's spin can both be +1/2 and -1/2. The Schrodinger's Cat Experiment is a similar analogy. Unless and until we actually measure it we cannot really know the value stored. This thing seems too interesting. I can't wait to get into college and take up quantum mechanics.
Its the last day of my march break, and i was looking at a book on this: the whole thing is this, when a computer picks a random number, which is often in computation, it is not that random and they believe that the number can be replicated given all the conditions of the very materials of the computer and its states... The randomness is merely an illusion,but really limited by the material world. So they thought, what is truly random? And the answer was an electron, the first atom particle. And they thought, electricity is made of electrons that are choosing random numbers for us. So lets capture one, an electron, and turn it into a computer. I swear to God!
Linux is a tool. Programming is a set of concepts. A basic understanding of linux will make programming much easier. For example, python is really difficult to get set up on windows, especially since there aren't pre-built packages of common libraries like numpy in PyPI, so you need to get whls from third-party sources. However, python comes preinstalled on most linux distributions, and pip works out of the box. On the other hand, knowing programming will make understanding bash come much more naturally. Since linux is really just an operating system, I think it's possible to jump in and learn programming on linux. There will likely be GUIs for everything, and you can slowly look to moving certain tasks to the terminal as you become more familiar with the tools involved in programming. Of course, I'm assuming you're referring to using linux as an operating system and learning shellscripting, not learning the backend, like how the kernel works. In case you're referring to the latter, you should make sure you have a very solid grasp of programming before even looking at it. The linux kernel development is infamous for prioritizing code quality and efficiency above all else, and is thus not very welcoming to new programmers (or even experienced ones that right less than optimal code)
Because he is failing to tell you that one of those exists in our dimension while the other is in a different dimension! Quantum physics says that every atom has a twin in another dimension. getting use of those atoms in other dimensions makes it so you can have twice the computing power. The problem is, screwing around in dimensions that don't belong to us is DANGEROUS
My problem is that superposition is only a theory, cannot be proven or disproven either, and once studied gives results of either or! So how can a computer run based off information that forever remains truly unknown? Superposition?
Hello CS Dojo. I always have enjoyed your contents. I write you this again in case you didn't see my comment on other videos. If you answer to my comment, it is okay for you to ignore the same question on other videos. I have one question about how to create your contents differently from others. I mean some topics are already known by others and you also might learn from somewhere else. But I am wondering how you learn something from somewhere and teach it without violating copyright or laws. I am not offending you. I want to get your advice because I also want to create an educational channel that teaches people what I have learned and known. Thank you.
Hi CS dojo ,Now I am working in .net .Can I choose one language like java script.how much scope in future for this language. Plz reply I am waiting for your reply
Hi everyone! If this video feels too slow, I recommend watching it at 1.25x or 1.5x speed :)
@@saurabhwaghmare4249 buy a quantum computer
i once heard from sadhguru(search him online) that a sadhu is intrested in everything and at the same time he is not intrested in anything
Do u watch anime
@@buddinglearner7085 exactly yaarrrrrr
Thank you so much but pls make a video on how study for quantum computer. Which college is providing education in it. What are the prerequisites.
started out really clear but what is missing is how the results you found with the classical bits can be found with qubits
yeah what a let-down. This would have been perfect. I understand the overall concept but I just need someone to walk me through how a quantum function like that is implemented. Just show me the gates, even.
My problem is that the examples I’ve found are over my head, as they’re more complex and involved gnarly math expressions. This toy problem would have been perfect. I guess I’ll keep looking
You explained such a complex subject with remarkable clarity. Thnx.
You’ve managed to explain quantum computing cogently in simple terms without falling into mystical hand-wavy popular science territory. Thanks for the video!
Regular computer = solving rubics cube normally....
Quantum computer = taking rubics cube apart and putting back together to the correct format
so I think like a quantum computer
@@sebisterta9543 sure, but a quantum computer would be faster than you by x100 no questions asked.
@@putusernamehere100 r/wooooooooosh
putusernamehere100 wp XD
@@putusernamehere100 r/woooooosh
But you did not explain how to compute placing 3 people in 2 cars with QC at all. I was waiting for that and the video just ended. You solved that problem on CC but really did nothing on QM. Probably you should have said something like: after person A has been placed in car #0, person B will be automatically placed in the same car, and person C will be put in car #1. QC allows each person to be at the same time in car #0 and #1. But before placing anyone, they are all in both cars. Once you put one person in one of the cars, the "state" of the other people will be determined immediately in order to get the highest score. Also, when you have 100 people, you are not going to compute ~10^30 steps with QC, but only 100!
Daniyar Saparov ooo, so you mean entangling the friend pairs and enemy pairs first relative to one person (B must be in the same state as A because they are a friends pair, C must be in a different state as A because they are an enemy pair)
you are right, everything was very detailed, but he didn't adres the solution with QC .. pity, as it was the point of this whole story.. and we got 99% of it .. :-)
@@deniaxdeniax So quantum PC can crack solution faster but also can be infinity in loop if doesn't hit all 1 000 000 50% at same time to set correct solution? But other problem OK I have million solutions million times ? But how to evaluate any solution is it or is it not correct or is it first time or is is it 1 000 001 time?
I cannot believe this because approximately 8 years back I asked my computer science teacher that in electronics we have conductors and insulators but we also have semi-conductor in between them can this be possible in computer as well where we can have a something between 0 and 1 ? And he said may be in future but today it's really great to see that happening .I wish, that day I should have studied and researched on my idea but nevertheless I am happy that this is becoming reality
The best way to explain two or more states at the same 'time', is accepting that time behaves strange at the quantum level. Almost like hitting the pause button. It's as though you can display a paused state at many points so there are many simultaneous states. The minute you observe the particle, the play button gets pressed again and sequence starts again and it gets normalized.
Glad i found this channel. this is my type of stuff
Me too i love computers and numbers!
You are taking care of your subscribers love you bro🤘🤘
Excellent explanation CS Dojo... understood clearly aboout QC..Thanks
I do understand that the example was for the sake of demostration, however, I am curious how does quatum computer compare the result in your example?
if all of the results are being calculated at the same time? how does the computer know which one is the right one?
considering the classical computer will compare them sequentially,
Thanks
^
@Andrew Alfazy I have searched that subject for a few months and no real answer was given, few assumptions and few theories but no real answer ( at least in public websites I am not sure if there are courses that do explain it)
My question too lol very weird concept
I can imagine if you entangle a set of quibits with another set of quibits you can make it fifty percent faster than a Classical computer since when you apply the function to the quibit when it falls out of superposition you will get two solutions in parallel one from each of the entangled quibits but as far as that I don't know.
I think the rest will remain a trade secret
In order to accept the Superposition concept (1 & 0 simultaneously), you should briefly explain why it can exist in the first place:
In Quantum Mechanics, scientists use equations that are about probability.
SInce in probability you can't rely on a single answer, but on *chance* - you can't be sure about a spin state until it's set.
Except, you can only be sure about it once you reveal what the state is. Until then, it's all about probability.
Hence, the Superposition can exist, because until you didn't measure the state - it can be either one, and since you didn't measure yet - you consider it as "both".
Excellent video...it is at a perfect speed and pace! cheers! Thanks for making and sharing it.
It would be amazing if you could explain how the computation is performed on the qbits to arrive at the score... Just the way you explained for a classical computer.
Great job on explaining Quantum computing
Hi, nice to see this video. I think this can easily become an NP-hard problem if the size of the problem increases. it would be great if you can also make a video on Quantum Annealing and how these NP optimization problems are solved using Quantum annealing
Me: I think I am starting to understand
Quantum mechanics: no one understands quantum physics
Me:😞
Hey CS Dojo! Great video, man!
Now I wanted to start Coding and I started with a “For Dummies” book and went on from there.
I know some CS andJava fairly well but I’m just stuck there.
I do not know what to do now because there is so much general information online about coding and all I want to do is writing web-based programming mostly for websites and a gradual progression to pc video games and such.
I honestly do not know what to do next and I would be eternally grateful for a nudge in the right direction; books, videos, articles and such that could be from your own work or an external source.
Thank you so much for any response, no matter how trivial.
Madaase(means Thank You in my native dialect😀)
You should look into skillshare. It's a great website for learning exactly what you are asking for and I think you can study 2 months for free with a code. Lots of youtubers have these promotions so just Google "skillshare code".
Awesome man, thanks for the information
Like this very much what I was looking for
I'm a young student from Germany but you're video is also very interesting and easy to unterstand for people who aren't native english-speaker, because it's simple... ^^ Thank you a lot for this amazing cool videos! :D
I was eagerly waiting for the QC example explanation. Sadly it didn't come.
Wonderful explanation, thank you!
Continuing my former comment: if you need the miniterms YOU KNOW THE SOLUTION, so the situation has to be that you know the logic function from the problem statement and you have to find the inputs that solve the problem. On the quantum arena this can be done applying Grover's algorithm. This moves you from 2 exp(n) to 2 exp(n/2), the question is ¿is there a quantum implementation with O(n) as Shor's algorithm does with factoring?
Great explanation! Question: how would a human know if the the quantum computer did not produce the most optimized answer given more combinations?
Nice easy explanation - thanx. Now I really do better understand how quantum computers work compared to classical computers :)
Best explanation yet, well done young dude :)
This is just best video about quantum computing....☺️☺️
No one has ever so accurately explained quantum computing before, nice job
Thank you!
The way you explain is adorable. I wish all colleges were with professors like you. You are really smart guy and very visionary with the way you explain. I wish I was your friend haha 😃
This Guy is awesome!! he's such a talented elegant teacher.. and has profound knowledge as well.. I find it really tough to understand the intricacy of quantum mechanics though to be frank..
Thank you . really enjoy the video
very cool video dojo! i remember you mentioned you recently moved to toronto. i'm from toronto too lol and would love if there are some coding/AI meetups that you guys do where we can chill and talk about interesting AI concepts and inspire eachother to build some cool projects - do you have some meetups like this in mind or currently happening and if so where in the city would they be?.
So basically create a quantum function both in programming and physics sense whose inputs can handle qubits with the constraints we decide upon and returns the collapsed solution whose probability is the highest.
Good video, but I'm always missing information about qbit operators. When people talk about bits they always mention NOT, AND, OR ect. Why no one talks about what we can do with qbits for some reason.
As I have heard quantum computers have 4 basic gates like classic computers have the 3 basic gates as you mentioned.
Those 4 gates are:
*1 Qqbit gates:*
H Gate (Hadamard gate)
PHASE
T Gate
*2 Qqbit gate:*
CNOT
And ofcourse there is also a MEASURE instruction/gate.
ruclips.net/video/4fDAswMwU28/видео.html
User: ok, which combination is the best?
Classic computer: solves the question through tons of trial and error
Quantum computer: yes
Really well explaned! Thanks
Isn't a complex number like 2 numbers at the same time?
For example Z=0+i isn't that like a qubit being 0 and 1 (in this case "i") at the same time?
YOU EXPLAIN THINGS SOOOOO WELLLLLL...
I meannn myyy GODDD
I want to get into developing IoS applications, particularly video games. Do I need to invest in a macbook? Which one do you recommend? Any preferences for which languages to further study?
Yes you need a MacBook for iOS development. Swift is the main language.
Hi cs dijo from China. Quick question I’m learning python at the moment what are some topics should I focus on to get a job at companies like google?
Practice problems on HackerRank and leetcode
@@markzucc3277 the problems there seem to be a little complicated for a beginner .Do you have any idea how you go about solving them?
Mal 2017 learn the basics of a language like python, c++, or java first. Then just grind out the easy questions. Every question has has a section where people explain the answers. Also you can google questions that you don’t understand
@@markzucc3277 appreciate that mate :))
I JUST SUBSCRIBED U R CHANNEL BECAUSE OF U R GOOD ENGLISH & COMMUNICATION SKILL
what is the application you are using for creating diagrams and explaining it?
That's a very good simple example indeed. Thanks!
I am really happy to have a genius guide like you......thanks for this video!
Thank you very much ❤ and Projects projects we want to know about what kind of projects we need to do for a good resume :)
Quantum computings are very exciting!
Amazing explanation.......ur very talented man!!...keep uploading such videos.......subscriber for life
He worked in Google
You know, this was a great introduction to how quantum computing works with various "gotchas". Nice job.
Great video man👌
Any suggestions or resource for multiplayer game programming?
Sorry I'm not too familiar with the topic :(
Generally speaking though, C# and Unity are a good place to get started for game development.
@@CSDojo Oook thanks
Himanshu Mishra you could try godot! it’s open source
@@ThatWarioGiant Yes you are right I use it.
******@@@******
Aap koi achcha sa graphics API seekhlo uske baad aap koi bhi gaming engine Ko seekh sakte ho because aap Ko pehle se hi pata hota hai ki what is the gaming engine doing aur aap abhut asani se updated raho ge naye trends se. Agar yeh sab no karna toh JavaScript mein ab aap hd games Bana sakte ho.
Can you please build this algorithm on the IBM Quantum API to get a better understanding how it would be look like?
Measurement collapse !!! Awesome video !!
Could you please make more videos about Data Structures and Algorithms?
I'm not sure if I'll be able to, but I'm actually considering it now!
CS Dojo Ok, I hope you can make those videos. I really appreciate it.
Thank you so much
Pacing is perfect broda.
How do we figure out that our quantum computer is giving us the best or good result? It can be in any state when we observe. Please answer. Thanks
This is question is out of topic. I hope I can get answer as a programmer what OS should I use? Is it a good choice to pick kali linux as my OS?
Shouldn't you ask which compiler should I use?
very informative video!
It's an awesome explanation. Thanks bro...
So much well explained such a complex topic. Very well done Mr Dojo.
Hey YK !
Is it possible to use Python in website building ?
If it is than can you make a video on that ?
And how can I make Sign up and Sign in system using python ?
Try django it's a python framework for web development.
You will also find many online tutorials, even on RUclips.
If you are new to web development, you may want to try JavaScript.
Can you please make some video for programming paradigms used so far.....
Good job !!!
This is the first video I've seen from you, CS Dojo. A great example to give us non-experts an idea of how quantum computers work. Thanks!
Cool, thanks.
Well explained 👏
wait. so the difference between the normal computing and quantum computing is the idea that the state of the qubit is unknown until measured but it does has a single state. correct me if I am wrong?
I don't really know anything about quantum computers but i read a few articles here and there. And i think your analogy is right. An electron's spin can both be +1/2 and -1/2. The Schrodinger's Cat Experiment is a similar analogy.
Unless and until we actually measure it we cannot really know the value stored. This thing seems too interesting. I can't wait to get into college and take up quantum mechanics.
Love the topic :)
Hey yk...what about the startup series?
Thanks
Thumps up for "I love your show" great work.
Its the last day of my march break, and i was looking at a book on this: the whole thing is this, when a computer picks a random number, which is often in computation, it is not that random and they believe that the number can be replicated given all the conditions of the very materials of the computer and its states... The randomness is merely an illusion,but really limited by the material world. So they thought, what is truly random? And the answer was an electron, the first atom particle. And they thought, electricity is made of electrons that are choosing random numbers for us. So lets capture one, an electron, and turn it into a computer. I swear to God!
Thanks for the information great job!
Can we use asynchronous programming to solve this problem?
Worth to see you video
Can i learn programming and Linux at same time?
It's possible, but I would personally recommend focusing on one thing at a time.
Yes, I did it, now I only use GNU/Linux.
Yeah you can do that at quantum level
Linux is a tool. Programming is a set of concepts. A basic understanding of linux will make programming much easier. For example, python is really difficult to get set up on windows, especially since there aren't pre-built packages of common libraries like numpy in PyPI, so you need to get whls from third-party sources. However, python comes preinstalled on most linux distributions, and pip works out of the box. On the other hand, knowing programming will make understanding bash come much more naturally. Since linux is really just an operating system, I think it's possible to jump in and learn programming on linux. There will likely be GUIs for everything, and you can slowly look to moving certain tasks to the terminal as you become more familiar with the tools involved in programming.
Of course, I'm assuming you're referring to using linux as an operating system and learning shellscripting, not learning the backend, like how the kernel works. In case you're referring to the latter, you should make sure you have a very solid grasp of programming before even looking at it. The linux kernel development is infamous for prioritizing code quality and efficiency above all else, and is thus not very welcoming to new programmers (or even experienced ones that right less than optimal code)
just start using Linux, with time you'll be comfortable with it
Thank you to make it more difficult for me to understand
that actually made a lot of sense
wow
You're the best bro
Where can these ideas be applied? Someone please
Hello sir. Good morning
I didnt understand: for solving this problem should the quantum computer be run as many times as amount of configurations or just once?
only once, given that you have 3 Qubits for the 3 people problem (or 100 qubits for the 100 people problem) ..
You forgot to notice Wikipedia page showing reflection on your shades. Hope Quantum Computing changes all these in future :D
Here I am thankuu sir .
You are my inspiration and I want to go to Google 😋
Aaahh!! So a quantum computer is smarter than a classic computer. Got it. Thanks bro!
Sir is it best to learn python with Django or machine learning
Beautiful
Which software do you use for making these videos??
I have a list of software and hardware here: www.csdojo.io/faq
14:38 Could someone explain to me this: if cubit has 1 and 0 at the same time than why isn't it 100% and 100% instead of 50% and 50% probability?
The probability aims at what the result can be AFTER you measure the Qbit.
Because he is failing to tell you that one of those exists in our dimension while the other is in a different dimension! Quantum physics says that every atom has a twin in another dimension. getting use of those atoms in other dimensions makes it so you can have twice the computing power. The problem is, screwing around in dimensions that don't belong to us is DANGEROUS
@@logosonfire2481 Is this an official version of how quantum computers work or your own?
Great video! 💪💪💪
you are the best 🔥
What current problems could quantum actually solve?
My problem is that superposition is only a theory, cannot be proven or disproven either, and once studied gives results of either or! So how can a computer run based off information that forever remains truly unknown? Superposition?
Which is the best text editor for coding in windows
Visual Studio Code, I think
TextEdit
Bracket
Sublime text
Hello CS Dojo. I always have enjoyed your contents. I write you this again in case you didn't see my comment on other videos. If you answer to my comment, it is okay for you to ignore the same question on other videos. I have one question about how to create your contents differently from others.
I mean some topics are already known by others and you also might learn from somewhere else. But I am wondering how you learn something from somewhere and teach it without violating copyright or laws. I am not offending you. I want to get your advice because I also want to create an educational channel that teaches people what I have learned and known. Thank you.
Tnx
Brazilian subscriber here o/
The tossed coin explains it well from a classical perspective heads tails at the same time.
Hi CS dojo ,Now I am working in .net .Can I choose one language like java script.how much scope in future for this language. Plz reply I am waiting for your reply
JavaScript is a great language, and has a great scope -- from web development go machine learning.