Hey Everyone--Slow network speed is creating a delay. Episode will be available in a few minutes. Not quite relativity but things can take unexpected amounts of time.
thank you so much for your time Dr.Greene, hope you provide us with the mathematical derivation videos, and looking forward for the upcoming equations.
Syntropy is dual to increasing entropy. Syntropy is the integration, convergence or union of information to form predictions, expectations -- mutual information. Integration is dual to differentiation. Entropy is the differentiation, divergence of information into new states. Consciousness is an active process, you focus your attention on objects, intentionality or teleology. Teleological physics is dual to non-teleological physics.
13:59 the Latin word celeritas comes from celer, meaning swift, fast, and the suffix -tas, a Latin equivalent to our English -ty or -ness. The word celer also appears in words like accelerate. In Classical Latin the c is usually pronounced as a k.
@@BlazeIsaf hahaha...Perhaps in terms of completeness Dirac's equation is better but for me its just love at first sight when i was first introduced to this equation🤭🤭
Dear Professor Greene, The equation on the tombstone of Stephen Hawking could be an interresting subject. I heard that it somehow connect 2 areas of physics...
The discussion about equations is so simple, yet priceless, I wish I had heard this 60 years ago when I was first learning various math disciplines - THANKS
How lucky are your students to see you daily and get guided by you on a daily basis... And how unfortunate are we sitting in some corner of the world following you just online... I regret that we could not be your students... Long live science... 🖤
Maths and physics were the two subjects at school I found the most difficult. But I just love how communicators like Brian make it accessible to those like me who have no science background and stimulates my interest in these subjects.
Anybody can understand a well presented explanation. But not everyone can actually do the math which constitutes the true understanding of the concepts being explained. Most people love learning stories and facts about space but don't want to learn or perform math.
Dear Prof. Greene; I have been a "student" of yours since your publication of "The Elegant Universe". Your ability to simplify and explain complex concepts visually and clearly is an elegant ballet in and of itself.
Dr. Greene is amazing in his ability to take complex subjects and present them in a clear and interesting fashion. He's a true genius and I would have loved to have had him for a professor. I envy those that did.
Hi Brian, I am a 9th grade geometry student in New York. I was wondering if you could cover SohCahToa (sine, cosine, tangent). I was just wondering why does this work, and why were these things invented.
Ah brother i think i can help you. Read s.l. loney plane trigonometry. It's available on internet archive. Google sl loney trigonometry pdf . The few starting Chapters will give you ur answer.
I think you should discuss the most famous equation from Newton Second Law...*F=ma*. I am in high school and I don't think I have ever used any equation in the entire physics more extensively than this one. Please discuss its use in non inertial frame and how does Einstein dealt with non-inertial frames in Relativity. Thank you for such a wonderful series Dr. Greene.
Brian Greene is on a rampage, tossing stuff around his house LOL Awesome work you have done over the years. Thank you and your Wife Tracy for the World Science Festival
Great work, Dr. Greene! Thank you for initiating Your Daily Equation series of videos. Fantastic idea! Based on the feedback you've got so far, I am certain you will never run out of equations to discuss in your series. I will continue enjoying your videos. Stay well and safe!
This was wonderful. Thank you to Brian Greene and to WSF for creating these talks. During one of Brian's demonstrations, I do hope that no one was hurt as Brian's exercise thingy was launched at such a speed. 🤭
Thank you so much for getting me interested in physics once again. I am a Dermatologist, now re learning my basis in Physics and loving the process... Thanks once again...
Professor Greene is so unique and different from other science presenters in terms of being able to express scientific ideas clearly and eloquently using simple English.
Thank you so much! I'm very appreciated of your time. I got interested in Science thanks to you and you still keeping me. The Best thing I learned from you is that I do not need to be a genius to have fun with the subject.
Dear Brian Greene, I’ve loved watching your broadcasts for many years especially how you make such complicated subjects understandable. I would love you too explain how Paul Dirac came to create the Dirac equation and subsequently realised that his equation was describing as yet undiscovered antimatter. Thank you for a great video.
I probably would have been a lot better in math and science if I had Mr Dr Greene as an educator. To myself, the teachers just threw the alphabet into a math problem and asked me to solve.. not understanding what I’m trying to solve so my algebra level is very low. I’m now in my mid 30s and find the way he explains and articulates everything so much easier to understand and think about. This is what the internet was meant to be for.
Yeah but like you said m = E/c^2, so we have (delta m) = (1/2mv^2)/c^2, which is negligible for all speeds v < c. See I was listening. I love these videos Prof Green!
Thanks so much Brian! I love everything about the World Science Festival and this opportunity to hear discussions about the structure of the reality of our world and universe. So do we move through space/time or does space/time move through us? Some years ago, I lay on a stone bench under a russian olive tree next to a flowing river and I felt as if space/time was flowing through me. However, when I got on my bike to ride home, I felt as if I was moving through space/time. So it seems that the opposing perspectives regarding position and space/time are marvelously relative.
Your philosophical take on the nature of equations was inspiring. Thanks for the accurate and enthusiastic telling of how this equation came to be - please caption it as you recored so that I may show it to my students.
Although I only had through high school physics +40 yrs ago, I find these videos to be both fascinating and easy to follow. My question about this equation concerns C2. Why is the speed of light squared?
Great show.. Me and my 8 year old son loves it. We are always amazed by the golden ratio. Seen all over in nature and through out cosmos. Can you tell us some thing about this ratio, and why is it as it is.
You seem like a control freak who derives pleasure out of control the lives of their kids in a dangerously maniacal fashion and disguises their activity as "cute" behind the hideous blanket of social "normal" ...
Prof Greene, When possible can you please touch on Noether's Theorem and the foundations it has helped guide symmetry and thus physics. Thanks greatly. Please stay safe.
I think you should discuss the most famous equation from Newton Second Law..."F=ma". I am in high school and I don't think I have ever used any equation in the entire physics more extensively than this one. Please discuss its use in non inertial frame and how does Einstein dealt with non-inertial frames in Relativity. Thank you for such a wonderful series Dr. Greene.
Great lecture on e=mc^2. Can you lecture on Einstein’s Field Equation and why it is expressed with Ruv and another equation in Guv? Thank you and I look forward to more videos. :)
ANAND KUMAR I think there are plenty of other videos on RUclips of the double slit experiment that will most definitely suffice. Pretty sure the professor has videos on it too elsewhere.
So enjoy these videos. I read your books (sometimes more than once), and once even saw you give a lecture a the University of Washington. I'll never forget you rolling up a piece of paper (2 dimensional) into a thin tube (1 dimensional) to visually demonstrate the concept of "rolled up dimensions" in string theory.
Loved it Brian ! There was a moment, I was thrilled !...yes, thrilled ! You brought things to life. Really appreciated your historical prospectives. Going to share this. Thanks...great going !
I knew this guy from explaining string theory and a lot of physics works until these daily equations. But today I only find out he appeared to act in Big Bang Theory. He has a very unique voice, I paused the show when I had deja vu to his voice . Then I was like omg i knew this guy. I’ve been learning physics from him. Thank you Dr Greene . Sheldon had been very wronged about you, thank you for explaining and sharing with public about all the physics out there, really appreciate all your hard works.
Thank you. This is a great start. I'm looking forward to the rest. Awesome! I have been following you for some years now. Time compression was something that came to me. I liked that better than the concept of time dialation. Now I will have to learn the math so I can understand it better. Thank you for what you are doing!
I swear on the so-called GOD I forget everything when I watch you..... Besides the fact that everything I've learner is from you.... And professor Leonard Susskind..... Thank you for this. Big big fanatic.
@@032_pranjalagarwal9 I would like to quote Einstein here when he gave the photoelectric effect demonstration and asked is light wave or particle... "Why not both?" Or, if you need a better one, according to the many worlds interpretation of quantum mechanics, I'm giving a treat or personally, having dinner with Prof. Greene, Susskind, Feynman, Dirac, Einstein, Kaku, Oppenheimer, Dyson, Penrose, Hawking, Schrödinger, Born, Bohr and Heisenberg at the same time in different universes. But what are the "odds of that happening?"
I've just discovered your "daily equation". Thanks Brian it's a great way to spend half an hour in my cage-flat (1 month already) in Florence Italy. Hoping this situation will stop soon. Great hug Giacomo.
I found your words beautifully stated; the introduction was spot on, clever and most importantly, simple to understand! Keep up the good work and thank you kindly for taking time for doing this.
I love that you have a copy of your' "The Fabric of the Cosmos" in the background. I haven't read it yet, still reading "An Elegant Universe", and I enjoy it. Can't wait!
Hey Brian I just became aware of these ‘daily equations’ which are most informative and well explained, especially for a somewhat dull tool in the shed like me. I watched the most recent first then went back to E=mc^2. I’m glad that at some point you figured out the split screen thingy 😄
You are a fantastic speaker of science. Sincere thanks for giving access to a better/easier understanding of these very meaningful scientific accomplishments. I do appreciate your proactive attitude to share your knowledge.
I sometimes wonder about these simple and yet powerful equations, the similarities between Q=AxV, W=IxV, E=mc^2 and others...it is just too out there to not notice and wonder if there's a connection, a hidden window of opportunity to reveal something astonishing about the way things work. I would like to watch you built up to and explain Heisenberg's uncertainty principles and how they relate to everyday life. I hate the fact that there's so few quality videos regarding quantum physics on RUclips. We have people like you and other great scientists of our time to thank for revealing the beauty of science and bringing it to our homes at a touch of a button. So, thank you!
Thanks Brian, I just found your daily equations and have always been interested in the clarity of your explanations. You mentioned that you would include some links to recommended videos on this topic, either I am missing something or they are not here.
Thank you, Brian, for creating this series. Your communication skills are astounding. Educators could inspire a generation infused with your passion, understanding and clarity.
Thanks Brian. I would have liked to see some numbers plugged into the equation just once. What are the units of mass, speed and energy that work with this formula?
I had to write the following on my Facebook page together with a general link to the world science festival page. If you've always dreamed of being able to read the equations of physicists as an eye-opener, like Shakespeare's sonnets, Rumi's poetry, or a section of James Joyce's Finnegan's Wake, here's an opportunity to lift a tab of the veil into that world. A daily introduction by Brian Greene to one of the central equations of physics that lets us, mathematical illiterates, know the depth of this symbol mystery. A nice little morning gift here in our isolation.
Dear Prof. Greene, I'm a 66 years old quantum chemist also familiar (enough) with relativity and particle physics and biochemistry. Some 6 years ago I struggled through Einstein's field equations; unfortunately, the stuff fades away quickly if you don't do regular exercises. My primary interest is above all in the underlying brain behind that all. So I'm a really happy christian who loves to enter into discussions with "atheists". I count you among the friendliest representatives of a naturalistic world view; perhaps that is why I mention you so often in my local church community. I am looking forward to the discussions with you! Maybe a tip for the audience. It is best to learn the material through simple exercises. I highly recommend the instructional videos from Lenny Susskind. Greetings from the sunny side of Germany: Ludwigshafen, Rheinland-Pfalz!
To be honest, I'm genuinely still getting over the whole flashlight thing... This is a fantastic teaching series. Thank you so much for putting these videos out!
This was nice. Thank you. Professor Green, it would be nice if there is an episode on Stern-Gerlach experiment and Quantum Spin. It would also be nice to have an episode on Relativistic Quantum Mechanics.
![The most beautiful equation in math, explained visually [Euler’s Formula]](/img/1.gif)
Hey Everyone--Slow network speed is creating a delay. Episode will be available in a few minutes. Not quite relativity but things can take unexpected amounts of time.
Time dilation?
Thank you so much for such a beautiful description of hidden truth of nature .
thank you so much for your time Dr.Greene, hope you provide us with the mathematical derivation videos, and looking forward for the upcoming equations.
Hello, can you talk about physical laws simplifying in higher dimensions.
I really love to learn science and work as scientist. Please, help me out.
boltzmann's equation for entropy!
Definitely !
Syntropy is dual to increasing entropy. Syntropy is the integration, convergence or union of information to form predictions, expectations -- mutual information.
Integration is dual to differentiation.
Entropy is the differentiation, divergence of information into new states.
Consciousness is an active process, you focus your attention on objects, intentionality or teleology.
Teleological physics is dual to non-teleological physics.
max Plank's consciousness is fundamental or Shrodinger equation
I vote for Dirac's equations for some episode !!
Yes!
Mr too
Me*
Me too
Yes!!
13:59 the Latin word celeritas comes from celer, meaning swift, fast, and the suffix -tas, a Latin equivalent to our English -ty or -ness. The word celer also appears in words like accelerate. In Classical Latin the c is usually pronounced as a k.
So accelerate should really be pronounced '..asskelerate' 😁
Yeah in french we call it "célérité"
Einstein's field equation would be an interesting stuff
Yes
It will need 6 hours at least
Favourite equation??
For me its the Schrödinger's equation 😋😋🤭🤭
Why not the Dirac equation? Who doesn’t like the Schrodinger equation on steroids?
Where did my cat go ?
lol
not my favourite - but definately an essential equation for discussion in this series
@@BlazeIsaf hahaha...Perhaps in terms of completeness Dirac's equation is better but for me its just love at first sight when i was first introduced to this equation🤭🤭
Schrödinger in quantum field theory!! 🤘
Dear Professor Greene, The equation on the tombstone of Stephen Hawking could be an interresting subject. I heard that it somehow connect 2 areas of physics...
Yo
it is about hawking radiation
"Interresting"! LOL Love it!
Please consider Maxwell's equations 😍😍
Absolutely. Will do.
@@briangreene407 as if you are real Brian Greene!🤣
Arnav Jain 😂😂
@@briangreene407 🤣🤣🤣🤣
The discussion about equations is so simple, yet priceless, I wish I had heard this 60 years ago when I was first learning various math disciplines - THANKS
Agreed
How lucky are your students to see you daily and get guided by you on a daily basis... And how unfortunate are we sitting in some corner of the world following you just online... I regret that we could not be your students... Long live science... 🖤
How fortunate we are that we can learn from him despite bn very far
Maths and physics were the two subjects at school I found the most difficult. But I just love how communicators like Brian make it accessible to those like me who have no science background and stimulates my interest in these subjects.
Anybody can understand a well presented explanation. But not everyone can actually do the math which constitutes the true understanding of the concepts being explained. Most people love learning stories and facts about space but don't want to learn or perform math.
Well said.
Heisenberg's uncertainty principle, please. Thank you for the broadcast.
Dear Professor Greene. Thank you so very much for doing this ! Love to you and your family !
Dear Prof. Greene;
I have been a "student" of yours since your publication of "The Elegant Universe". Your ability to simplify and explain complex concepts visually and clearly is an elegant ballet in and of itself.
This is a wonderful gift, Dr. Greene. Thank-you. I am sure many would appreciate your explaining Maxwell's equations.
Dr. Greene is amazing in his ability to take complex subjects and present them in a clear and interesting fashion. He's a true genius and I would have loved to have had him for a professor. I envy those that did.
Hi Brian, I am a 9th grade geometry student in New York. I was wondering if you could cover SohCahToa (sine, cosine, tangent). I was just wondering why does this work, and why were these things invented.
Ah brother i think i can help you. Read s.l. loney plane trigonometry. It's available on internet archive. Google sl loney trigonometry pdf . The few starting Chapters will give you ur answer.
Thank you for this subtle reminder that the world is a remarkable place with brilliant minds. I’d almost forgotten.
Heisenberg uncertainty principal in terms of position and momentum , energy and time
Schroedinger's equation
I simply want to say thank you. For those of us who are not scientist but have wondered about the workings of the world, this is an absolute treat.
I think you should discuss the most famous equation from Newton Second Law...*F=ma*. I am in high school and I don't think I have ever used any equation in the entire physics more extensively than this one. Please discuss its use in non inertial frame and how does Einstein dealt with non-inertial frames in Relativity.
Thank you for such a wonderful series Dr. Greene.
@David Schlom E= mc^2 should not follow from Newton's second law.
Brian Greene is on a rampage, tossing stuff around his house LOL Awesome work you have done over the years. Thank you and your Wife Tracy for the World Science Festival
You should do: e^iπ + 1 = 0
Edit: ^ Euler's Formula
x + 1 = 0 is a weird way to say x = -1
Thats e to the power i times pi is just -1
Came here to say this
I prefer if you take the formula in its complete form e^iθ=cosθ+i sinθ
Great work, Dr. Greene! Thank you for initiating Your Daily Equation series of videos. Fantastic idea! Based on the feedback you've got so far, I am certain you will never run out of equations to discuss in your series. I will continue enjoying your videos. Stay well and safe!
❤ 25:16
This was wonderful. Thank you to Brian Greene and to WSF for creating these talks. During one of Brian's demonstrations, I do hope that no one was hurt as Brian's exercise thingy was launched at such a speed. 🤭
HAHAHA well said
Thank you so much for getting me interested in physics once again. I am a Dermatologist, now re learning my basis in Physics and loving the process... Thanks once again...
I am happy to listen and being educated...thank you
Professor Greene is so unique and different from other science presenters in terms of being able to express scientific ideas clearly and eloquently using simple English.
Thank you for this. It feels like I am in a 1-on-1 session with you. Love it!
Thank you so much! I'm very appreciated of your time. I got interested in Science thanks to you and you still keeping me. The Best thing I learned from you is that I do not need to be a genius to have fun with the subject.
I would like to hear your take on the Mandelbrost set equation (Z=Z²+C)
Oh fractals, yes that's a nice topic to.
Dear Brian Greene, I’ve loved watching your broadcasts for many years especially how you make such complicated subjects understandable. I would love you too explain how Paul Dirac came to create the Dirac equation and subsequently realised that his equation was describing as yet undiscovered antimatter. Thank you for a great video.
Hello professor
It's a great idea actually thanks for that.
I personally suggest an episode on Dirac's equation and the entropy equation
I probably would have been a lot better in math and science if I had Mr Dr Greene as an educator. To myself, the teachers just threw the alphabet into a math problem and asked me to solve.. not understanding what I’m trying to solve so my algebra level is very low. I’m now in my mid 30s and find the way he explains and articulates everything so much easier to understand and think about. This is what the internet was meant to be for.
Hubble's Constant and what it tells us about the expansion of the Universe.
This series is a great idea. And YT is just the right platform to reveal the fun of physics, to the largest possible audience.
Thank you, Professor, for these wonderful presentations. Even though you are a Scientist, you are talking beautifully about the Universe like a poet.
Yeah but like you said m = E/c^2, so we have (delta m) = (1/2mv^2)/c^2, which is negligible for all speeds v < c. See I was listening. I love these videos Prof Green!
I would dearly love to hear you talk about the Navier-Stokes-Equations.
Greatings from germany, Alex
Thanks so much Brian! I love everything about the World Science Festival and this opportunity to hear discussions about the structure of the reality of our world and universe. So do we move through space/time or does space/time move through us? Some years ago, I lay on a stone bench under a russian olive tree next to a flowing river and I felt as if space/time was flowing through me. However, when I got on my bike to ride home, I felt as if I was moving through space/time. So it seems that the opposing perspectives regarding position and space/time are marvelously relative.
Thank you professor, I love the way you explain things and methodologies used... really enjoyed listenning to you.
Your philosophical take on the nature of equations was inspiring. Thanks for the accurate and enthusiastic telling of how this equation came to be - please caption it as you recored so that I may show it to my students.
Eulers Identity and/or Schödinger's equation and/or Heisenberg's Uncertainty Principle please!
Although I only had through high school physics +40 yrs ago, I find these videos to be both fascinating and easy to follow. My question about this equation concerns C2. Why is the speed of light squared?
Great show.. Me and my 8 year old son loves it.
We are always amazed by the golden ratio. Seen all over in nature and through out cosmos.
Can you tell us some thing about this ratio, and why is it as it is.
You seem like a control freak who derives pleasure out of control the lives of their kids in a dangerously maniacal fashion and disguises their activity as "cute" behind the hideous blanket of social "normal" ...
Beautiful lesson and demonstration.Thank you very much.
Dear Professor Brian Greene, could you go over the equation of Dark Energy or Dark Matter
I love you Brian for bringing science to the simplest level of understanding for us guys.
Prof Greene, When possible can you please touch on Noether's Theorem and the foundations it has helped guide symmetry and thus physics. Thanks greatly. Please stay safe.
Brilliant mind + a heart of a teacher = impactful lesson! Thank you.
While we are here--any favorite equations you want me to cover in future episodes?
Hi, Dr. Greene! Thank you for doing this! How about the Schrödinger equation?
@@spacecowboy2983 Definitely. Was thinking of doing some relativity questions for a few days and then turning to quantum mechanics.
@@briangreene407 accelerations in special relativity with the hyperbolic trig functions? or the Dirac equation!
Equation of entropy with some theoretical explanation will do great...
I think you should discuss the most famous equation from Newton Second Law..."F=ma". I am in high school and I don't think I have ever used any equation in the entire physics more extensively than this one. Please discuss its use in non inertial frame and how does Einstein dealt with non-inertial frames in Relativity.
Thank you for such a wonderful series Dr. Greene.
Great lecture on e=mc^2. Can you lecture on Einstein’s Field Equation and why it is expressed with Ruv and another equation in Guv? Thank you and I look forward to more videos. :)
@ 19:50 We need to see your Ipad. Just trying to be helpful
Brian Greene is absolutely amazing. He makes things so interesting. I'm a huge fan.
I've always thought Maxwell's equations were classics (pun intended), but I'm sure you already had them in mind!
Pun intended, lol. Classical electrodynamics
You have good LECTURING SKILLS. NOT many PEOPLE can talk so NEATLY .GOD BLESS YOU SIR.
Pls address Young's Double Slit experiment
ANAND KUMAR I think there are plenty of other videos on RUclips of the double slit experiment that will most definitely suffice. Pretty sure the professor has videos on it too elsewhere.
That experiment is neither here nor there.
So enjoy these videos. I read your books (sometimes more than once), and once even saw you give a lecture a the University of Washington. I'll never forget you rolling up a piece of paper (2 dimensional) into a thin tube (1 dimensional) to visually demonstrate the concept of "rolled up dimensions" in string theory.
You could talk about the logistic map and how it appears in nature.
The chaos equation?
Thank you Professor Greene. This short lecture is very useful and easy to understand🙏
Hi - how about the equation for escape velocity, with a view towards introducing black holes.
Mpatel777 albedo 0.39?
Loved it Brian ! There was a moment, I was thrilled !...yes, thrilled ! You brought things to life. Really appreciated your historical prospectives. Going to share this. Thanks...great going !
Please, please continue.
I knew this guy from explaining string theory and a lot of physics works until these daily equations. But today I only find out he appeared to act in Big Bang Theory. He has a very unique voice, I paused the show when I had deja vu to his voice . Then I was like omg i knew this guy.
I’ve been learning physics from him. Thank you Dr Greene . Sheldon had been very wronged about you, thank you for explaining and sharing with public about all the physics out there, really appreciate all your hard works.
Yaaaaa keep Them Coming. Thanks so much. Mr. green Could you talk about Drake's Equation. Thanks so much again.
Thank you. This is a great start. I'm looking forward to the rest. Awesome!
I have been following you for some years
now.
Time compression was something that came to me.
I liked that better than the concept of time dialation.
Now I will have to learn the math so I can understand it better. Thank you for what you are doing!
Marvelous! As always.
I never heard anything about that. A odd equation? Who invented it and where does it apply? :D
@brian - from a 55 yr old science dunce, thankyou
You (and Sean Carrol et al) have given me a love of physics
Keep it up
Thank you so much for doing this !!!
I swear on the so-called GOD I forget everything when I watch you..... Besides the fact that everything I've learner is from you.... And professor Leonard Susskind..... Thank you for this. Big big fanatic.
So would you give a treat to prof's B.G and L.S 😜
@@032_pranjalagarwal9 I would like to quote Einstein here when he gave the photoelectric effect demonstration and asked is light wave or particle...
"Why not both?"
Or, if you need a better one, according to the many worlds interpretation of quantum mechanics, I'm giving a treat or personally, having dinner with Prof. Greene, Susskind, Feynman, Dirac, Einstein, Kaku, Oppenheimer, Dyson, Penrose, Hawking, Schrödinger, Born, Bohr and Heisenberg at the same time in different universes.
But what are the "odds of that happening?"
How about Bayes’ Theorem?
Yes...that would be fun to cover.
Probably yes. Based on Brians replay :D
thank you brian greene .
Thank you, this is perfect timing for such a series
LOVE this series already....thank you for bringing this great idea to life, Prof. Greene
What happened? It's 3:05 EST?
I've just discovered your "daily equation". Thanks Brian it's a great way to spend half an hour in my cage-flat (1 month already) in Florence Italy. Hoping this situation will stop soon. Great hug Giacomo.
Euler’s Identity
I found your words beautifully stated; the introduction was spot on, clever and most importantly, simple to understand! Keep up the good work and thank you kindly for taking time for doing this.
Waiting from Copenhagen, Denmark.
I love that you have a copy of your' "The Fabric of the Cosmos" in the background. I haven't read it yet, still reading "An Elegant Universe", and I enjoy it. Can't wait!
This man is great.
Thanks Brian Greene.
Just now had a little time to watch it . Thank you very professor . Really simple and good explanation .
Hey Brian I just became aware of these ‘daily equations’ which are most informative and well explained, especially for a somewhat dull tool in the shed like me. I watched the most recent first then went back to E=mc^2. I’m glad that at some point you figured out the split screen thingy 😄
You are a fantastic speaker of science. Sincere thanks for giving access to a better/easier understanding of these very meaningful scientific accomplishments. I do appreciate your proactive attitude to share your knowledge.
Nothing better than Professor Greene teaching me more than the 4 yrs I spent in the University
I sometimes wonder about these simple and yet powerful equations, the similarities between Q=AxV, W=IxV, E=mc^2 and others...it is just too out there to not notice and wonder if there's a connection, a hidden window of opportunity to reveal something astonishing about the way things work.
I would like to watch you built up to and explain Heisenberg's uncertainty principles and how they relate to everyday life. I hate the fact that there's so few quality videos regarding quantum physics on RUclips.
We have people like you and other great scientists of our time to thank for revealing the beauty of science and bringing it to our homes at a touch of a button. So, thank you!
Thanks Brian, I just found your daily equations and have always been interested in the clarity of your explanations. You mentioned that you would include some links to recommended videos on this topic, either I am missing something or they are not here.
If E=MC^2 then the opposite reciprocal is E^-1= MC^2(pi) what we perceive as non life to life.
Dear Professor Greene, you are a wonderful man.
What a wonderful release from current stresses. I'd love to hear about the Schrodinger equation.
Thank you, Brian, for creating this series. Your communication skills are astounding. Educators could inspire a generation infused with your passion, understanding and clarity.
Thanks Brian. I would have liked to see some numbers plugged into the equation just once. What are the units of mass, speed and energy that work with this formula?
I had to write the following on my Facebook page together with a general link to the world science festival page.
If you've always dreamed of being able to read the equations of physicists as an eye-opener, like Shakespeare's sonnets, Rumi's poetry, or a section of James Joyce's Finnegan's Wake, here's an opportunity to lift a tab of the veil into that world. A daily introduction by Brian Greene to one of the central equations of physics that lets us, mathematical illiterates, know the depth of this symbol mystery.
A nice little morning gift here in our isolation.
Dear Prof. Greene,
I'm a 66 years old quantum chemist also familiar (enough) with relativity and particle physics and biochemistry. Some 6 years ago I struggled through Einstein's field equations; unfortunately, the stuff fades away quickly if you don't do regular exercises. My primary interest is above all in the underlying brain behind that all. So I'm a really happy christian who loves to enter into discussions
with "atheists". I count you among the friendliest representatives of a naturalistic world view; perhaps that is why I mention you so often in my local church community.
I am looking forward to the discussions with you! Maybe a tip for the audience. It is best to learn the material through simple exercises. I highly recommend the instructional videos from Lenny Susskind. Greetings from the sunny side of Germany: Ludwigshafen, Rheinland-Pfalz!
Dear Professor Brian ,can you please upload the derivation of Einstein's Field Equation
Good approach
Thank You ❤
Please do the schrödinger equation
To be honest, I'm genuinely still getting over the whole flashlight thing...
This is a fantastic teaching series. Thank you so much for putting these videos out!
I’m hoping if I watch enough of Professor Greene - ‘if you will’ will become part of my lingo
This was nice. Thank you. Professor Green, it would be nice if there is an episode on Stern-Gerlach experiment and Quantum Spin. It would also be nice to have an episode on Relativistic Quantum Mechanics.