Strange Attractor

Episode 4: Let's pretend we're Greek and we have wardrobes


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We talk about atoms. Turns out, they're everything.
  • Who is Eminem? (Eminem.com)
  • Flavor Flav's clock necklace (Yahoo)
  • Who is Flo Rida? (officialflo.com)
  • What is an atom? (Wikipedia)
  • Atomic structure timeline (Lee Buescher)
  • The Greeks and the 'atomos' (ChemTeam)
  • How the atom got its name (PhysLink)
  • Atoms are building blocks...like Lego (Science Defined)
  • What is a metal? (Science Daily)
  • What is a nonmetal? (Simple Wikipedia)
  • Metals, nonmetals & the in-betweeny ones (Wikipedia)
  • Old school labs where they figured atoms out (Rutherford's Nuclear World)
  • Atomic structure from the Greeks to Dalton (ChemTeam)
  • Thomson's plum pudding model (Encyclopaedia Brittanica)
  • Rutherford's planetary orbit model (Encyclopaedia Brittanica)
  • Atoms are basically empty space (Jefferson Lab)
  • Cool scale model of solar system (Josh Worth)
  • The Earth as a peppercorn (National Optical Astronomy Observatory)
  • We can't know where an electron is (Wikibooks)
  • Protons, neutrons & electrons (Wikipedia)
  • Number of protons in a nucleus defines the element (Wikipedia)
  • What is helium? (Jefferson Lab)
  • Helium structure (Wikipedia)
  • How the Star Trek transporter works (Wikia)
  • What is a worm hole? (Space.com)
  • The periodic table - how atoms are organised (ptable.com)
  • Hydrogen is the simplest atom (Jefferson lab)
  • The 4 forces that hold atoms together (etacude)
  • Protons have a positive charge (About Education)
  • Neutrons have no charge (About Education)
  • Electrons have a negative charge (About Education)
  • What is alchemy? (Live Science)
  • Turning lead into gold (About Education)
  • Elon Musk (Wikipedia)
  • Where do atoms come from? (UCSB)
  • The universe is about 14 billion years old (Wikipedia)
  • First there was hydrogen & helium (Wikipedia)
  • Hydrogen & helium in the early universe (ScienceBlogs)
  • When stars started to form (NASA)
  • What are stars? (NASA)
  • Making elements inside stars (BBC)
  • What happens inside our sun? (NASA)
  • It takes thousands to millions of years for photons to escape the sun (NASA)
  • Stellar nucleosynthesis - how stars make stuff (Wikipedia)
  • How long do stars live? (Scientific American)
  • Carbon-nitrogen-oxygen cycle in the sun (Encyclopaedia Brittanica)
  • All elements on Earth were made in a star (Physics.org)
  • Our sun will die in about 5 billion years (Space.com)
  • What happens when a star dies? (ESA)
  • Earth's carbon cycle (NASA)
  • Water gulping out of a bottle (Physics Stack Exchange)
  • H2O (Wikipedia)
  • Increasing atomic number (generally) means increasing atomic weight (Ptable)
  • What is a vaccuum? (Wikipedia)
  • Space is not a perfect vaccuum (Wikipedia)
  • Neil deGrasse Tyson explains the vaccuum of space (Raw Stories)
  • Density in outer space (Hypertextbook)
  • Osmosis (BBC)
  • The universe likes equilibrium (Encyclopaedia Brittanica)
  • Timeline of atomic models in 20th century (Wikipedia)
  • John Dalton: 1766-1844 (Wikipedia)
  • J J Thomson: 1856-1940 (Wikipedia)
  • Cathode ray tubes in old TVs (How Stuff Works - Tech)
  • Thomson's cathode ray experiments (Wikipedia)
  • Smashing an old TV with a brick (YouTube)
  • What is an explosion? (Chemistry Explained)
  • Jason Donovan (JasonDonovan.com)
  • Earnest Rutherford: 1871-1937 (Rutherford's Nuclear World)
  • Rutherford's famous gold foil experiment (Wikipedia)
  • Neils Bohr: 1885-1962 (Wikipedia)
  • The Bohr model with shells (Wikipedia)
  • Electron shells (Wikipedia)
  • Electrons move between shells via quantum jumps (Physics World)
  • Quantum Leap TV show (Wikipedia)
  • Inner Space movie (IMDb)
  • Dennis Quaid (Biography.com)
  • What is a photon? (Ducksters)
  • Spectral lines help us see the universe & identify substances (Cosmos - Swinburne)
  • Sodium emits a yellowy light when heated (Wikipedia)
  • Click on the element to see its spectral lines (PennState Behrend)
  • What is a molecule? (About Education)
  • Silent disco (Silent Storm Sound System)
  • What is carbon dating? (NOSAMS)
  • Nothing heavier than iron is (usually) made in a "normal" star (Astronomy Notes)
  • Atom work was disrupted during WW1 (Rutherford's Nuclear World)
  • How WW1 started according to Baldrick (JohnDClare)
  • William Kay - Rutherford's faithful lab assistant (The Royal Society)
  • Nagaoka's Saturnian model (Wikipedia)
  • Corrections
    • Carbon has 6 protons (Wikipedia)
    • John was wrong - the atoms stopped being made after 20 minutes, not 380,000 years (Wikipedia)
    • Cheeky review? (If we may be so bold)
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