Hey this is just a bit of an experiment. Sometimes you just want a quick introduction to something rather than diving into a full 20 min video. And it was a fun challenge to see if I could explain it in a minute. I'm still working on longer videos but might make more of these. What do you think?
Didn't even see the title before clicking on the video. Was shocked when it just ended abruptly. But great video! It can't be easy to explain a concept so well in is so few words
It would be really interesting to watch about laser cooling and why it is not using in our regular life as an opposite of infrared heaters, to cool the surface of our bodies and furniture without cooling an air inside the room.
So basically it's a partial differential equation adapted to the realm of discrete mathematics? I thought it would turn out to be more difficult, but if I were to compare it to other theories in the fields of science, like Das Kapital from economics, phylosophy and a bit of calculus; it turns out to be quiet easy. Just use your imagination and that's all. Thanks a lot to this man I can see that vague idea a lot clearer now, but at the same time it shows the long way I still need to develop it. Once more thank you very much DoS.
The Schroedinger equation is ambiguously a wave equation and an equation of tachyonic Brownian motion. There's more than one way to travel faster than light, and these two behaviours are orthogonal to each other. Interesting things happen when our entity interacts with an electromagnetic field.
You should do a map of Earth Science, because Earth Science is one of the 4 main sciences, and is the only one of the 4 mains missing (includes geology, meteorology, oceanology, etc.)
0:12 Whether you treat it as a particle or a wave depends on what you are studying. Electrons do have particle behavior, but they also have wave behavior. FYI, I am wrapping up my BS - Physics, and have taken two Quantum Mechanics classes.
This feels very wrong. Trying to act like partial derivative with respect to time means "over time" and Hamiltonian acting on ψ meaning "Energy stays the same" can't be true. What you're describing is "total derivative of Hamiltonian is zero". Is that where schrodinger comes from?
As a PhD student in Physics, this video is so wrong. Schrodinger Equation does NOT mean "energy stays the same". The correct way to interpret the Schrodinger Equation is: "Energy (or Hamiltonian) is the generator of time evolution of a wavefunction". To understand this sentence more easily, one can try to understand another similar statement "Momentum is the generator of space evolution(or translation)" , which is essentially saying "because an object have momentum, it translates( or it moves)"
Based on what this video says we have photon ∆E=hf electron interaction continuously transforming potential energy into the kinetic Eₖ=½mv² energy of matter, in the form of electrons as an uncertainty ∆×∆pᵪ≥h/4π probabilistic future comes into existence.
Thank you ! I knew the Schrodinger equation had to do with wave functions and it was important and comprehensive but that is all I knew. So it is basically a conservation of energy equation ! Ah. So simple.
I mean, it’s pretty well justified in its complexity, he explained a basic proxy for understanding a single character (repeated in triplicate), but it would probably take either of us several hours at least to use it to calculate the potential electron locations for like a caesium atom or something.
But the main problem is detecting the neutrinos at the particle accelerator of our laboratory which can make annihilation of antineutrinos present there
I'm not exactly new to this subject. I'm a working class guy with a good basic understanding of quantum mechanics because that sort of thing interests me. I get really frustrated with scientific language -- i.e., the "narrative" part of a theory in between the math equations -- because it's often vaguely written and subjective. Searching the internet for a basic definition of the Schrodinger equation, I keep reading that the equation deals with the evolving state of a "dynamic system." That's what I wanna know about. What all is included in the meaning of a "dynamic system?" The word "system" sounds like more than just one particle. Is the Schrodinger equation applicable to an atom? A molecule? A cluster of molecules? How about just a single electron or photon?
Is Schrödinger's equation applicable to all the particles present in different dimensions of the universe,like if there is a particle moving in 5th dimension. And if I want to prove that dark matter consist of gravitons,will this eq help to prove it
Video title: Can I Explain the Schrödinger Equation in 60 Seconds?
Me: No
Me: * Watches video *
Me:
Haha brilliant. That's how I feel about most of quantum mechanics tbh.
wait would comments be fermions or bosons..?
@@chillphil967 Bósons, because they don't have spin (spin 0).
@@rodrigoappendino Ohh, and what about 100%? 1/√2 + 1/√2 != 1
@@TeslaElonSpaceXFan You forgot to square the coefficients of the base states.
watching at x2 speed -> understanding Schrödinger's equation in 30 secs
Download the video, speed it up, then you can understand it in faster than light!
You live in 2090
Physics professors HATE this ONE trick!
Smert
@@wibufisika9606 nope! Then it will take 2 minutes to only download 😂😉
Alternative title : explaining the schrödinger equation speedrun any%
This is so good! Can I steal it?
@@domainofscience yes
@@somerandomguy___ wicked, thanks!
@@domainofscience can’t wait to see this used
Ol
Hey this is just a bit of an experiment. Sometimes you just want a quick introduction to something rather than diving into a full 20 min video. And it was a fun challenge to see if I could explain it in a minute. I'm still working on longer videos but might make more of these. What do you think?
Yes, really enjoyed the quick video, would like to see more!
Nice, that's this bit, that's that bit.
These are great because it forces the teacher to remove unnecessary bloat and can focus on the fundamentals instead.
Obviously this video was just for fun, but it would be good to see a more in depth video on it! Cheers.
Certainly I do not appreciate this format, to me it seems useless
That was really brilliant for a minute.
You had me in the first minute not gonna lie
I forgot that this was only 60s, the end caught me completely off guard
Nailed it! 😍
"Can I Explain the Schrödinger Equation in 60 Seconds?": yes
Can I understand the Schrödinger Equation in 60 Seconds?: no, but i like the speedrun.
It’s not that complicated
@@samblock4937 Whoa, easy there, Tesla
@@gerardo49078 it really isn't
@@golden1975 to understand what he explained not, but I still don't know what more than half of the symbols mean
@@redtoxic8701 you need a background in math it’s mostly partial derivatives
This is the best brief explanation of the Schrödinger equation I've ever seen. Well done.
If you keep going like this, you,ll make every each one of us a quantum physicist.
Didn't even see the title before clicking on the video. Was shocked when it just ended abruptly. But great video! It can't be easy to explain a concept so well in is so few words
It would be really interesting to watch about laser cooling and why it is not using in our regular life as an opposite of infrared heaters, to cool the surface of our bodies and furniture without cooling an air inside the room.
The first minute of the video was really crazy!
Thank you very much for this Top tier content.
i was actually hoping for the explanation to the equation
Man this is REALLY COOL. Well done :D
Physicist : Quantum Physics is very complicated
DOS : Hold my 1m video 😄😄😄
This is chemistry
@@S20171 And Physics.
So basically it's a partial differential equation adapted to the realm of discrete mathematics? I thought it would turn out to be more difficult, but if I were to compare it to other theories in the fields of science, like Das Kapital from economics, phylosophy and a bit of calculus; it turns out to be quiet easy. Just use your imagination and that's all. Thanks a lot to this man I can see that vague idea a lot clearer now, but at the same time it shows the long way I still need to develop it. Once more thank you very much DoS.
It hits exactly the spot.
I learned more from you in one minute than a whole semester of quantum chemistry 😂
Omg I wanna study quantum chemistry
@@crazyraptor2907 How are you doing so far?
Never clicked on something so fast
We want more of these shorts please❤️
The Schroedinger equation is ambiguously a wave equation and an equation of tachyonic Brownian motion. There's more than one way to travel faster than light, and these two behaviours are orthogonal to each other. Interesting things happen when our entity interacts with an electromagnetic field.
Rather than "energy stays the same in time", I would say: "energy is what generates the dynamics", which is quite literally true from the math.
actually more useful than my textbook, thank you
your textbook must be your username tho🤣
I would love to see more vids like this ! This is a quick revision and very helpful 🤝👏👏👏👏👏
Easy!
Neo: I know Quantum Physics.
Morpheus: Show me.
This was an awesome explanation!
It’s amazing, even after 2 month working with it , have found new for a minute )
I think this was very successful and helpful
To those don't know wave equation, it is Asin(kx-wt) for a periodic wave(including EM wave)
Minute physics Xd
😅😅😂😂👍
Actually, why *_ISN'T_* this on Monute Physics instead XD
Very Clear and GREAT!!!
Go ahead and make more videos at the same way
Brilliant, reminds me of minutephysics, feel free to be flexible with the timing too :)
Alternative title : Can you understand Schrodinger's equation in 60 secs?
Schrödinger : you doesn't spell my name correctly, how can you derive equation
How my quantum mechanics professor described the Schrodinger Equation: it's like the diffusion equation, but time is complex.
Lol, he is over complicating things... That sucks to get those kinds of professors
This video was incredibly helpful, thank you.
You should do a map of Earth Science, because Earth Science is one of the 4 main sciences, and is the only one of the 4 mains missing (includes geology, meteorology, oceanology, etc.)
Thank you very much, my assignment is due TONIGHT!
0:12 Whether you treat it as a particle or a wave depends on what you are studying. Electrons do have particle behavior, but they also have wave behavior. FYI, I am wrapping up my BS - Physics, and have taken two Quantum Mechanics classes.
you have to sweep a hell of a lot under the carpet to make a minute video on quantum physics
Great! Your channel is very cool!
please start a map series for classs 11th and 12th for every chapter
Dude, this equation is mad wavey!
That's exactly how I'll describe it next time to someone who dont know about it. Thanks.
Love this!
This feels very wrong. Trying to act like partial derivative with respect to time means "over time" and Hamiltonian acting on ψ meaning "Energy stays the same" can't be true. What you're describing is "total derivative of Hamiltonian is zero". Is that where schrodinger comes from?
Can you explain me in detail?
As a PhD student in Physics, this video is so wrong. Schrodinger Equation does NOT mean "energy stays the same".
The correct way to interpret the Schrodinger Equation is: "Energy (or Hamiltonian) is the generator of time evolution of a wavefunction".
To understand this sentence more easily, one can try to understand another similar statement "Momentum is the generator of space evolution(or translation)" , which is essentially saying "because an object have momentum, it translates( or it moves)"
@@markho4958 Thanks for explanation bro
you are PERFECTO
One question. Wave function we are talking about is the representation of wave shape, right? (a simple example: Amplitude=sin(t))
I'm getting cringed up
I learn something in class today and a youtuber posts it
This is the third time this week
Same here!
Currently taking quantum class, this was well timed lol.
Based on what this video says we have photon ∆E=hf electron interaction continuously transforming potential energy into the kinetic Eₖ=½mv² energy of matter, in the form of electrons as an uncertainty ∆×∆pᵪ≥h/4π probabilistic future comes into existence.
Thank you ! I knew the Schrodinger equation had to do with wave functions and it was important and comprehensive but that is all I knew. So it is basically a conservation of energy equation ! Ah. So simple.
Nobody:
The smart guy in the movie over complicating a simple thing with science stuff which don’t make sense
I mean, it’s pretty well justified in its complexity, he explained a basic proxy for understanding a single character (repeated in triplicate), but it would probably take either of us several hours at least to use it to calculate the potential electron locations for like a caesium atom or something.
But the main problem is detecting the neutrinos at the particle accelerator of our laboratory which can make annihilation of antineutrinos present there
Can I understand the Schrodinger equation in 60 seconds?
yes yes yes yes yes
yes yes yes yes yes
ye s yes yes yes yes
yes yes yes yes yes
🤣
That left me with more questions than answers lol
It was excellent, eventhough I don't know what wave functions, that made some sense Because I know what kinetic and potential energies are
Thanks for clarifying
Amazing job
Fantastic . Thank you very much.
I'm not exactly new to this subject. I'm a working class guy with a good basic understanding of quantum mechanics because that sort of thing interests me. I get really frustrated with scientific language -- i.e., the "narrative" part of a theory in between the math equations -- because it's often vaguely written and subjective. Searching the internet for a basic definition of the Schrodinger equation, I keep reading that the equation deals with the evolving state of a "dynamic system." That's what I wanna know about. What all is included in the meaning of a "dynamic system?" The word "system" sounds like more than just one particle. Is the Schrodinger equation applicable to an atom? A molecule? A cluster of molecules? How about just a single electron or photon?
Up next please:
How to understand the Schrödinger equation in 60 seconds
I wish I saw this video before my physical chemistry exam. :D
Really brilliant
Is Schrödinger's equation applicable to all the particles present in different dimensions of the universe,like if there is a particle moving in 5th dimension. And if I want to prove that dark matter consist of gravitons,will this eq help to prove it
Good job!
Well done
Resolution is trivial and left as an exercise for the reader
Can you tell us when and how was experimentally proven the validity of that equation?
I need this explained in detail to a somewhat layman (engineer)
Could you please make a video on special theory of relativity
Saw the video and clicked it, duh. Then it was over in 60 seconds 😆 took me by surprise. But then I though about it and realized how genius it was. 🤔
The uncertainty principle says that you can't simultaneously make people understand the SE as well as make the video short
once I learned what psi was the whole equation became much less scary
Yep, you nailed it! Now I have to go find another video that tells me what all those symbols are for. There is no end to curiosity B)
when you have 1 minute left till your online meeting
Now you should do "Can I Explain the Schrödinger Equation in 60 minutes"
Now please accept a challenge of explaining this in 45 hours!
hey! make more of those :)
Can you please explain the dirac equation??
please make a 10min video with more data and deeper explaination
Now explain how to find that wave function :)
Wow, That will help in my quiz tomorrow.....
But seriously guys, wish me luck
Short video, but I still watched it at 2x speed. Ain't nobody got time for normal speed videos.
great, now make me understand the Schrodinger equation in 60 seconds
😂😂
Now make a 1 hour video describing it
In only 60 seconds, a minute passed here😳😳🤯
The real minute physics
Anyone know what program is used to make these vids? I'm a science teacher and would love to use something similar .. Great vid btw! Thanks :-)
Nice, Now I can register for Harvard
Integrating a resistance to further bending of space time metric would solve lots of problems mathematically 😊
Now make these 3 minutes and you have something amazing going.
Can you explain about Multiverse with Many Worlds Theory?
That was fun!
I have already studied standard string waves so this video was extremely easy for me to understand.!!
Does electron obey morlet wavelet pattern?
which software use for making videos?
I know DoS stands for Domain of Science, but are you also making a reference to the density of states?
Respect👍
What software can be used to make such video and edits?