Albert Einstein - Morgan Freeman TV - Stephen Hawking TV - BBC Horizon - Universe TV - The Universe TV - Harold Zirin - Ken Lang - Holly Gilbert - Brian Cox TV - Jacob Bronowski TV - Moon 2009 - Lt Col Karen Kwiatkowski - Greg Palast TV - Enron: The Smartest Guys in the Room 2005 - Albert Marrin - Nikola Tesla - Jeff Goodell - Margaret Atwood - Martin Rees - Bill McKibben - Gasland 2010 & Josh Fox - David Suzuki - Tonight TV - Bill Nye - George W Bush - Strategic Energy Policy Challenges For the 21st Century report - Mark Twain - William Blake - Benjamin Franklin - H G Wells - Thomas Arnold - Richard Feynman - Stephen Fry - Michael Mosley TV - Jim Al-Khalili TV - Penn & Teller TV - Lamar S Smith - Sigmar Gabriel - Greenpeace - Mark Williams TV - James Burke TV - Dick Cheney - David Attenborough TV - The Genius of Invention TV - Noam Chomsky - Benjamin Franklin - William Blake - Don Lamb - Tesla: Master of Lightning TV - Phenomenon: The Lost Archives TV - American Blackout 2013 - Shale Cowboys: Fracking Under Trump 2017 - Simon Reeve TV - Dispatches TV -
2,422. Some recent work by E Fermi and L Szilard, which has been communicated to me in manuscript, leads me to expect that the element uranium may be turned into a new and important source of energy in the immediate future. Certain aspects of the situation which has arisen seem to call for watchfulness and, if necessary, quick action on the part of the Administration. (Science & Uranium & Nuclear & Atom & Energy) Albert Einstein, letter to Franklin Roosevelt 1939
48,715. The release of atomic energy has not created a new problem. It has merely made more urgent the necessity of solving an existing one. (Energy & Nuclear) Albert Einstein
2,950. At around a million billion degrees the electro-magnetic and the weak force begin to merge. This merging is called electro-weak-unification. (Universe & Particles & Energy & Magnetism & Electricity) Through the Wormhole with Morgan Freeman: What Are We Really Made Of?
3,367. Hawking had taken the idea to its logical conclusion: for every ounce of material a black hole absorbs into its core, it would radiate away the equivalent amount of energy from its event horizon. (Black Hole & Energy) Through the Wormhole with Morgan Freeman: The Riddle of Black Holes
3,213. Space and Energy were spontaneously created in an event we now call The Big Bang. (Big Bang & Space & Energy) Professor Stephen Hawking, Did God Create the Universe?
3,214. So where is all this negative energy today? ... It’s in space. (Big Bang & Space & Energy) ibid.
3,216. About fifteen billion years ago there were no stars in the sky; there wasn’t even any sky. All that existed was the primordial fire-ball. That fireball of energy condensed into the building blocks of matter at the birth of our universe. (Big Bang & Energy & Matter) Horizon: The Hunting of the Quark, BBC 1974
3,557. Einstein’s equation showed what was powering the Sun. In the Sun’s core mass was continually being converted to energy. A process that can be sustained for billions of years. (Sun & Energy) Horizon: Einstein’s Equation of Life and Death, BBC 2005
3,558. Eddington suggested that the sun shines by combining hydrogen into helium, releasing the missing mass as energy. (Sun & Hydrogen & Helium & Energy) Horizon: Can We Make a Star on Earth? BBC 2009
3,221. The Big Bang: the most violent explosion there has ever been brought everything into existence. This early universe was hot - so hot it contained only raging energy. After just one second some energy was transformed into the seeds of matter, and the universe filled with a dense fog. 400,000 years passed as the universe grew, and eventually the fog settled to form atoms. (Big Bang & Energy & Matter & Atom & Universe) Horizon: Is Everything We Know About the Universe Wrong? BBC 2010
48,754. As things get colder, they also get stranger ... It’s like a different world ... Everything is in a low energy state. (Energy & Physics & Temperature & Quantum) Ben Miller, Horizon: What is One Degree? BBC 2011
48,755. As the helium atoms turn into a super-fluid at that critical temperature their fundamental nature asserts itself. Instead of individual atoms bouncing around, the atoms move together as if they were of one mind. (Energy & Physics & Temperature & Quantum & Helium) ibid.
48,756. As a super-fluid the liquid helium has no viscosity. (Energy & Physics & Temperature & Quantum & Helium) ibid.
48,757. I’ve gone through the rabbit hole ... As temperature decreases, as we get closer and closer to absolute zero, we pass into a completely new world, the quantum world, and it’s baffling, and it’s weird. Temperature – the random thermal motion of molecules. (Energy & Physics & Temperature & Quantum) ibid.
48,697. A rush for energy in America – for a type of gas that appears cheap and plentiful. One with just one way of getting it out of the ground – hydraulic frackturing, or fracking. (Gas & Energy & Environment & Hydraulics & Fracking) Horizon: Fracking – The New Energy Rush, BBC 2013
48,698. For some the great hope of the future – shale gas. It doesn't come out easily. (Gas & Energy & Environment & Fracking) ibid.
48,699. You need to pump water under very high pressure deep underground – that fractures the bedrock. (Gas & Energy & Environment & Water & Fracking) ibid.
48,700. The pipes, the lorries, the rigs, blights rural communities. (Gas & Energy & Environment & Fracking) ibid.
48,701. Fracking is starting to change the politics and economics of this nation. (Gas & Energy & Environment & Fracking) ibid.
3,230. When did the clocks start ticking? Twelve billion years ago there was absolutely nothing: no matter, no space, no time. We may never know how or why it happened, but a seething mass of energy smaller than an atom grew from nothing ... A giant fireball of unimaginable heat. (Big Bang & Universe & Cosmology & Nothing & Energy) Universe: Big Bang
3,466. The same nuclear reactions that take place in a hydrogen bomb – converting hydrogen into helium – produces the energy that causes stars to shine. (Star & Nuclear & Hydrogen & Helium & Energy) Universe: Stars
104,376. Energy: the ultimate galactic transporter forever morphing from one form to another. It powers our planet and everything else in the universe. But what exactly is it? Where did it all come from? And how do we get more? (Universe & Energy) The Universe s4e12: Extreme Energy, 2009
104,377. It can only be transformed from one type to another. (Universe & Energy) ibid.
3,547. A helium atom weighs a little bit less than four hydrogen atoms. And if you use Einstein’s good old formula E = MC² that means you get a whole lot of energy for just that little bit of mass. (Sun & Hydrogen & Helium & Energy & Nuclear) Professor Harold Zirin
3,548. The Sun shines by nuclear fusion: the fusion of four hydrogens into one helium. First one hydrogen fuses to another, then another, then a fourth. Helium weighs less than the four hydrogens that went into making it. What you get out is less than what you put in. That mass difference is energy that powers the Sun. (Sun & Hydrogen & Helium & Energy & Nuclear) Ken Lang, author
3,552. On Earth we’re actually only receiving about one two-billionth of the energy that’s being produced by the Sun. (Sun & Energy) Holly Gilbert, NASA/Goddard Space Centre
5,624. Energy is conserved … energy is eternal. (Life & Energy) Professor Brian Cox, Wonders of Life I: What is Life? BBC 2013
5,626. The energy itself becomes less and less useful – it becomes ever more disordered. (Life & Energy & Entropy) ibid.
5,808. Energy had become the central concept in science. (Evolution & Energy) Jacob Bronowski, The Ascent of Man 1973: The Drive for Power 8/13
5,841. Energy must also come in lumps or quanta as well. (Evolution & Energy & Humanity) Jacob Bronowski, The Ascent of Man: World Within World 10/13
23,675. There was a time when energy was a dirty word … That was the past. Where are we now? (Science Fiction Films & Energy) Moon 2009 starring Sam Rockwell & Kevin Spacey & Robin Chalk & Dominique McElligott & Kaya Scodelario & Benedit Wong & Matt Berry & Malcolm Stewart et al, director Duncan Jones, opening commentary