The Story of the Father of Quantum Physics
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- เผยแพร่เมื่อ 14 ต.ค. 2024
- Max Planck made significant contributions to theoretical physics, particularly as the originator of the quantum theory. His groundbreaking work in this field revolutionized our understanding of the behavior of energy at the atomic and subatomic levels. Planck's quantum theory introduced the concept of energy quantization, stating that energy is emitted or absorbed in discrete packets called "quanta." This theory laid the foundation for the development of quantum mechanics, which has since become a fundamental framework in modern physics. Planck's contributions to science extended beyond quantum theory, as he also made notable advancements in thermodynamics and other fields. His work continues to shape our understanding of the fundamental laws governing the universe. This is a biography of his life and a brief overview of his largest contribution to science.
If you would like to see a detailed derivation of the formulas I put in this video, this video provides an incredible explanation to pretty much every mathematical topic I discussed: • What is the Ultraviole...
Sources for the script:
Libretexts. (2020, August 11). 1.3: The Physics Revolution of the early 1900s (relativity, Quantum). Chemistry LibreTexts. chem.libretext....
Molecular expressions: Science, Optics and you - timeline - max planck. (n.d.). micro.magnet.f....
The nobel prize in physics 1918. NobelPrize.org. (n.d.). www.nobelprize...
October 1900: Planck’s formula for Black body radiation. American Physical Society. (n.d.). www.aps.org/pu...
Sources for Images:
00:43 Thescienceandmathszone. (2021, March 14). The photoelectric effect, photons and Planck’s equation. The Science and Maths Zone. thescienceandm...
00:55 Self Study Point. (2017, September 7). Black body radiation. selfstudypoint...
01:48 Luminforum / CC BY-SA 4.0 via Wikimedia Commons
04:15 Magnussen, Friedrich / CC BY-SA 3.0 DE via Wikimedia Commons
04:27 XoMEoX / CC BY-SA 4.0 via Wikimedia Commons
04:46 Friedrich von Gartner; Gustav Seeberger / CC BY-SA 4.0 via Wikimedia Commons
04:51 Beek100 / CC BY-SA 3.0 via Wikimedia Commons
05:12 Björn Obmann / CC BY-SA 3.0 via Wikimedia Commons
07:42 Thomas-sk / CC BY-SA 4.0 via Wikimedia Commons
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10:44 Daniel Schwen / CC BY 2.5 via Wikimedia Commons
10:50 Longbow4u / CC BY-SA 3.0 via Wikimedia Commons
10:55 Silicon Valley Nerd / CC BY-SA 4.0 via Wikimedia Commons
11:03 Axel Mauruszat / CC BY 2.0 DE via Wikimedia Commons
Idk why your videos aren’t more popular yet. These are amazing. Thank you!!
It should be a criminal offense that this channel only has 600 subs. Fantastic video quality, and very interesting content. I really appreciate you keeping it relatively short too.
Keep it up, your time will come!
2 weeks ago I had 20 subs, my two latest vids have gone crazy 😅 things are looking up I think. Thank you for the support!
@@RationalThinker118 yeah looks like the algorithm must have finally picked up your videos and started recommending them to folks…that’s how I found your channel earlier this week…so I guess your time is now! And it’s well deserved :)
The mispronounced names are borderline criminal.
Fantastic video. I can’t wait until you become recommended to more people!
" Keep Teaching, They Will Come "😊!
Very well made video, all the information are correct and precise.
I don't understand why TH-cam don't push it to a wider audience.
Thank you
Thank you very much!
Excellent video. I learned a lot. Keep it up! 💪
I'm glad TH-cam recommended me your channel. I'm hooked
Welcome aboard!
Planck's approach was to analyze the entropy of blackbody radiation as a function of energy. To make both Wein's Law and Rayleigh-Jeans Law consistent with the Second Law of Thermodynamics, he included a "guess" term proportional to the frequency.
A paper titled "Planck’s Route to the Black Body Radiation Formula and Quantization" by Michael Fowler (7/25/08) gives a nice discussion.
Lord Kelvin and a few other Physics Honchos at the end of the 19th Century stated that Physics seemed complete, except for a few open questions: (1) "What causes discrete spectral lines?"; and (2) "What makes the Sun shine?"
Kelvin conjectured that solving these problems would require "something new". (His statement is more elegant.)
No way you only have 400 subscribers this is hq content
10 days ago I had 20 subscribers 😅 I'm happy
great, great figure in the history of physics. He lived a long time in spite of suffering many tragedies within his family.
Very nice content! It is the information like these that make understanding a topic and making further research much easier. As a feedback, I'd prefer seeing more math, at least the crucial parts. For example, I would prefer to see the derivation of Rayleigh-Jeans law, how discretization of energy solves the problem at small wavelengths (even if it is another video), and why Planck considered that as a solution in the first place.
Thanks for the comment! The reason I didn't derive the Rayleigh-Jeans law is because there's already a video on YT that does it way better than I ever could. I linked it in the description if you are interested!
Excellent content, but I find the loud piano music distracting.
Thanks. My newer videos have more balanced audio levels
That is the first time in fifty years I have understood what a black body actually is. Thank you!
Comments like these make my day. So glad I was able to help you out 😁
Illuminating and interesting but lose the music: it’s unnecessary and distracting.
Great video, however kill the music, it is totally distracting and unnecessary.
양자역학에서 양자 스핀을 하는데 전자기파가 들어 가지않으면 무질서하게 스핀을 하는 것을 양자 얽힘 이라고 하고 전자기파가 들어가면 정방향 또는 역방향으로 스핀은 정해진다 정방향 핵에너지는 낮아지고 역방향 핵에너지는 높아지는데 이 에너지 차이만큼 외부에서 전자기파로 에너지를 가하면 이를 흡수한 정방향의 스핀이 역방향으로 변한다 이 변화를 공명 이라 하고 가해준 전자기파의 주파수를 공명 주파수라 한다 공명 상태에서 전자기파를 끊으면 핵은 원상태로 돌아가면서 에너지를 방출하는데 이를 공명신호라 한다 이 공명 신호가3K 의 우주 배경복사 에너지다 이 양자 스핀을 중첩이라 하고 무질서한 상태를 얽힘이라 한다 이 얽힘을 반물질이라 하며 반물질이란 원자 쌍극자에 의해 + 전하를 띤 입자가 ‐ 전하를 띤입자 + - 전하를 가졌지만 두전하가 반반 섞인 입자가 존재한다
A comment :-)
....AND, it's James CLERK Maxwell, idiot, not Clark. Are these ALL A.I.'s now?
If you look at 0:20, it's spelled correctly. I'm not really sure what you're on about but my videos aren't AI-generated.
AI videos aren't scripted and are full of random repetitions. This video is scripted based on a timeline, and has zero repetitions...
dude woke up and chose violence