Відео

So far this is the most comprehensive breakdown of the quantum space part I've seen, but I still wish someone that understood what was going on could breakdown what the 2nd orange guy (I guess wise animation) did when he tapped the einstein rosen bridge to select a different thing before going through it and leaving the original animation with the 3rd one. I'm tired of looking though, but you definitely deserve to have your video seen by more people.

C)30

good explanations

-4

I am weak in maths can you please learn me mathematics.

Nice sir ,good content,easy to learn

Hello Booma, I analyzed your UA-cam channel and found that you are doing something wrong in uploading your videos and that's why your UA-cam channel does not rank on the top search result.

Kyun k dono eik hi hain tabhi same or acha parhaty hain

Sir mery teacher bhi ap ki Tarha explain karty

Thanku ap Ka teaching style bohat Acha hai sir

Great job, sir. Appreciate your effort 👏🏻

After Ferradini's Theorem: "Take an integral, treat it badly, then you'll see it will love you"

How sir jee! Wonder ful 😮

Sir can you explain plz explain the fourier series and tranform? and in addition to this ODE topics ?

Wao! Beautiful work sir ! but how ? sir you are legend 👍

nice bro

A more thorough version of 5:36 is the bidirectional reflectance distribution function. I became familiar with it to simulate realistic lighting in computer graphics. Helps in avoiding inaccuracies like specular highlights that are too bright (or else it's like you're creating extra energy out of nothing).

2:52 I think it’d take a lot more than a little nudge to get an object that size in motion😂😂😂😂😂

I love the animation. But in the subtitles, something was botching the terms for me, like eg the name Penrose or the word quantum, as if they had been warped by the extreme pysical conditions.

0:00 Introduction of derivatives 1:00 derivative of constants 1:48 constant multiple rule 2:48 the sum/difference rules 5:14 product rule 5:55 product rule of n functions 6:55 examples of product rule 8:31 Quotient rule 9:41 Example of Quotient rule 11:10 Power function examples 13:35 Power Rule of differentiation [(function)^constant) 14:40 Examples of Power Rule of differentiation 16:42 Exponential functions [ (constant)^(variable function)] 18:44 Derivative of exponential function [ (constant)^(variable function)] 19:53 Example of Derivative of exponential function [ (constant)^(variable function)] 20:51 Derivative of natural log function [ ln(x) ] 21:42 Derivative of natural log function [ ln(f(x)) ] 23:10 Examples of Derivative of natural log function [ ln(f(x)) ] 23:53 Change of base of log (Golden Rule of Change of base) 25:16 Derivative of of logax (log with general base) 26:37 Derivative of trigonometric (circular) functions (general sngle) 33:15 derivative of tan(x) and sec(x) derivatization 35:57 example of product rules of trig functions 36:49 derivative, d/dx[sin(ln(x^2+1))] 39:48 Use of log function to find the derivative 41:04 derivative of 2^x 43:27 derivative of x^x 45:55 derivative of (sinx)^cos(x) 47:49 use of log to take derivative of complex function involving numerator and denominators (for example y =[(3x^2+a+1)^3/5 (-x^3+x)^-1/2](2^x+cosx)^2 51:37 next video

Derivatives represents sensitivity of function. Wow I don't know this concept before this video. Thanks for sharing .. recommended speed 1.25x

great work sir!! ☺

Thank you for telling me all this, but when I was little, I don’t know anything about high advance physics

Alan Becker: I really liked Interstellar... *let's make a physics video with Bob*

0:33 Isn't Velocity Defined As Rate Of Change of "Displacement" Instead Of Distance?

You should have more subscribers!

May there be an error in the video? 1) Magnetic rings should not accelerate the rocket, since, after going through it, the rocket should be pulled backwards, leaving scape velocity (the initial velocity) as the final velocity Also, the surface is not frictionless (mu=0.1). This is important because otherwise he could not increase its velocity by throwing the ball since it would break linear momentum conservation Small comentary on the solenoid: Solenoids (AKA coils) don't transform currents into magnetic fields, which then can get converted into motion. However, they do not need to be ferromagnetic or magnetised for this, and the animation does not show any flow of current (though it mentions the relation between current, turns and the magnetic field))

Better than any sci-fi movies. Nice explanation bro.

Excellent explainer. Thanks.

It might be touching on the Bootstrap Paradox at the end. Or at least a type of open time loop where the events infinitely repeat but with the next generation of characters. Orange learned everything from a future version of himself. Then we see his past version emerge the same why he did. The loop then repeats.

its always interesting to see Alan's science videos is based on real things / theory. And you doing a great job for explain everything, thx you.

2:16 Pretty sure this doesn't work at all. If there's no friction, you can't just throw an object and then use it to pull yourself forward. Those two will cancel out.

are you actually a black hole physics student

In 6:30, I don't think his hat give much difference. It's more of the direction of his rocket that changed the rocket orbit. At first, TSC pointed the rocket up or vertical (6:32), thus making the orbit smaller and guarantees impact as the star's gravity is too strong. Instead, at 6:40, TSC pointed the rocket horizontally to make the orbit wider-- enough to encircle the star once without hitting it. No need to fight gravity full-on. His increasing velocity helps too. Though, based on other comments here, I am unsure if the planet gravity assists are the same as the assist from the star. "Oberth maneuver", is what my understanding goes so far. I'll leave that to smarter people to enlighten. It is also easy to miss the change of the rocket's direction as the hat and cowboy act took the spotlight.

I hope you would talk in video, its hard to kept reading subtitles.

In 13:59, can someone explain me about the Ψ | x , y > ?

Nice explanation overall, I spotted some iaccuracies though. a) gravity assist isn't as simple as described by you. b) the rod isn't metallic, it's ferromagnetic. c) you missed the nod to the different types of string theories ar the very end. (Orange sliding on the hyperbolic space befor disappearing)

I think u understood swing bys wrong. it's not the gravity of the planet that gives you speed, but actually you steal it's orbital velocity around the sun. you need a third reference frame to make sense of it (the solar system reference frame). Also since TSC is always accelerating, he's not on a geodesic, he's doing powered swing bys, making use of the oberth effect.

Can anyone explain in 7:46 he makes a magnet by organizing the magnetic domains, then he wraps it around the rocket, why does putting the original horse shoe magnet on the rocket produce a bigger magnetic field and how does all of that passing through a circular magnet increase its speed some sources are saying there is electricity used but i dont see where

what happened at 15:31?

yo no hablo ingles pero tu contendido lo entendia la perfeccion muy buen video

Wow! I hope Alan sees this honestly. Could be cool to read reaction of the studio

8:07 would the magnet not try and pull him back after he goes through?

thank you for this amazing job! Very cool explanation

Always love the explanations. Good job!

Very cool explanation

Thank you so much for this!

In 1:49 why that is third newton’s laws

AMAZING