Thank you ❤ and Yes you are right , currently the fastest quantum computer are in hands of IBM and google which have nearly 1000 qubits which will be useful for solving complex problems , but for atomic simulation and things like encryption breaking they need nearly 1 million qubits and IBM stated they are going to achieve it in 2033 , So I hope we are having a fast and bright future with these qubits count coming up
@@dhruvmehta2986 Yeah we have algorithms which are there to solve a cube which is ideal , But this is more concentrated about how a quantum computer can Try all the combinations and permutations if there are billions of states of a material can be rather than solving a cube . Simple words : Human who doesn't have any algorithm vs Quantum computer who doesn't have any algorithm. A human can only try one state a time but quantum computers can try all states at once.You will understand this if You watch the video till end . Thanks for asking 😊
To make it more simple for you ...We don't go to a quantum computer just to solve a cube which be done by watching a YT tutorial as well.I used this as an example so initially viewers can easily understand how a quantum computer can try billions of states (combinations) at once so that I can explain about molecules later in the video.
Very good video made like a pro.
Thank you ❤, Glad u liked it !
Keep it up👍🏼
IK u are definitely going to be a famous TH-camr with time
Thanks a lot ❤ , I really appreciate your support!
Seen many Videos on Quantum Computers but this one is the best ❤🔥
Thank you , Glad u like it !
Liked the way u explained the topic ❤
@Tanuja-R07 Thank you Dude ♥️
I subscribed you on one condition if you continue to upload informative videos like this.
Same bro
Thankyou for subscribing ❤ , I will really try my best to keep up this work !
This was a really really good video …. But these are just speculation right? …. What is the present scenario on quantum computer
Thank you ❤ and Yes you are right , currently the fastest quantum computer are in hands of IBM and google which have nearly 1000 qubits which will be useful for solving complex problems , but for atomic simulation and things like encryption breaking they need nearly 1 million qubits and IBM stated they are going to achieve it in 2033 , So I hope we are having a fast and bright future with these qubits count coming up
I wonder how come you have only much of subscribers
@@vismitpatel985 Haha , I'll take this as a compliment , Thank you ♥️
wtf you saying we dont solve a cube like that there are algorithms for solving it 😂
@@dhruvmehta2986 Yeah we have algorithms which are there to solve a cube which is ideal , But this is more concentrated about how a quantum computer can Try all the combinations and permutations if there are billions of states of a material can be rather than solving a cube . Simple words : Human who doesn't have any algorithm vs Quantum computer who doesn't have any algorithm. A human can only try one state a time but quantum computers can try all states at once.You will understand this if You watch the video till end . Thanks for asking 😊
To make it more simple for you ...We don't go to a quantum computer just to solve a cube which be done by watching a YT tutorial as well.I used this as an example so initially viewers can easily understand how a quantum computer can try billions of states (combinations) at once so that I can explain about molecules later in the video.
Nice Video 🫶
Thanks a lot! ♥️
Awesome Video man ❤👌
Thank you so much! ♥️