Imagination, Physics, Fire & Trees - Richard Feynman
Our universe is easier to understand when we use our imaginations. In this excerpt (with English subtitles) from the BBC series "Fun to Imagine," Nobel physicist Richard Feynman (1918 1988) explains how heat and fire works from the perspective of atoms, how trees are made mostly of water and air elements (held together by sun light), and the flames we see when wood burns is actually energy from the sun being released- as carbon (in wood) and oxygen atoms (in the air) rush together because of their natural attraction to each other...
HD upload of all six episodes of the BBC series FUN TO IMAGINE with physicist and Nobel laureate Richard Feynman enjoying himself talking about science can be found here. With Chinese and English subtitles. • HD Feynman: FUN TO IMA...
This was originally shot on 16mm film at Feynman's house in Altadena, California, and first broadcast on BBC2 in July 1983.
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If every school in the world had just 1 Richard Feynman, this world would hopefully be in a better place. (;
@user-gw3pk4ok2k
10 ай бұрын
I love him
@grumreapur
9 ай бұрын
I had 2 science teachers like this, planted seeds that grew into a fascination with existence
I am mesmerized by Richard Feynman; I could sit and listen to him for hours on end. He had the knack for explaining complicated things in pretty simple terms that didn't cut the truth short.
I love his joy when he explained. He truly loved physics!
Any time I feel a bit down. Good old Richard Feynman picks me up...
Such a great teacher! I love how excited he was about physics even later in his life.
Fun perspective delivered in an easy style. Thanks! Let's keep on jigglin'...
He was losing me for a Sec, but when he finished it with "The light that went in, the Sun light is the Fire Coming Back!" 😮🔥👍💯 Wow!! 😁
Fire from a tree burning is stored energy from the sun... mindblown🤯
Wonderful. Here thanks to Tim Urban and Sam Arnold, thanks for the inspiration ^^
He reminds me of me before the weight of the world crushed my soul
Thank you.
H2O 💧 + CO2 🌬 + 🌞 = n(CH2)+2 🌿 + O2 💨 ♨️🌿 = C ⚫️ + H2 💨 H2 💨 + O2 💨 = 🔥 + H2O 💦 C ⚫️ + O2 💨 = CO2 🌫 🔥 = ♨️
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