Physics
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The concept Physics represents the subject, aboutness, idea or notion of resources found in Evanston Public Library.
The Resource
Physics
Resource Information
The concept Physics represents the subject, aboutness, idea or notion of resources found in Evanston Public Library.
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- Physics
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- A Problem of Gravity
- A different universe : reinventing physics from the bottom down
- Advice to a Young Scientist
- Albert Einstein: Still a Revolutionary
- Anthropic Reflections
- Becoming a Physicist (Legal Insights)
- Belts & gears
- Black Holes
- Black Holes
- Building Bombs
- Can you feel the force?
- Categories--on the beauty of physics : essential physics concepts and their companions in art and literature
- Communicating Science
- Cosmic Connections
- Cosmic Mysteries
- Cosmic Queries
- Curved Spacetime
- Dark Energy
- Dark Matter
- Discovery
- Dispatches from Planet 3
- Doc Fizzix mousetrap racers : the complete builder's manual
- Doing Physics
- Earth and the Ether - A Crisis in Physics
- Einstein to the Rescue
- Einstein's Relativity and the Quantum Revolution
- Einstein's Universe
- Einstein's physics : atoms, quanta, and relativity derived, explained, and appraised
- El magnetismo
- Electricity
- Elements
- Emily @ the edge of chaos
- Enter the Quantum
- Escaping Contradiction - Simultaneity Is Relative
- Essential atlas of physics and chemistry
- Experimenting with physics
- Extraterrestrial
- Extreme physics : take a quantum leap... to the edge of science
- Faraday, Maxwell, and the electromagnetic field : how two men revolutionized physics
- Farewell to reality : how modern physics has betrayed the search for scientific truth
- Fashion, faith and fantasy in the new physics of the universe
- Fastball
- Faster than Light? Past, Future, and Elsewhere
- Feynman's tips on physics : a problem-solving supplement to the Feynman lectures on physics
- First you build a cloud : and other reflections on physics as a way of life
- Fizzing physics
- Force : what it means to push and pull, slip and grip, start and stop
- Foundational Issues
- Friction
- Frontiers of Physics
- Galileo Galilei
- Gases : Matter
- Genius by Stephen Hawking
- Genius by Stephen Hawking, Episode 1, Can We Time Travel?
- Genius by Stephen Hawking, Episode 2, Are We Alone?
- Genius by Stephen Hawking, Episode 3, Why Are We Here?
- Genius by Stephen Hawking, Episode 4, Where Did the Universe Come From?
- Genius by Stephen Hawking, Episode 5, What Are We?
- Genius by Stephen Hawking, Episode 6, Where Are We?
- Great Heroes and Discoveries of Astronomy
- Great Heroes and Discoveries of Astronomy, Episode 1, What Astronomy's Heroes Can Teach Us
- Great Heroes and Discoveries of Astronomy, Episode 10, Finding the Beginning and End of the Cosmos
- Great Heroes and Discoveries of Astronomy, Episode 11, How Astronomers Have Shaped Our World
- Great Heroes and Discoveries of Astronomy, Episode 12, The Discoverers of Exploding Stars
- Great Heroes and Discoveries of Astronomy, Episode 13, Pioneers of X-ray and Ultraviolet Astronomy
- Great Heroes and Discoveries of Astronomy, Episode 14, Finding Neutron Stars and Black Holes
- Great Heroes and Discoveries of Astronomy, Episode 15, Astronomers Put Einstein to the Test
- Great Heroes and Discoveries of Astronomy, Episode 16, The Heroic Detection of Gravitational Waves
- Great Heroes and Discoveries of Astronomy, Episode 17, Heroic Surveys of the Entire Night Sky
- Great Heroes and Discoveries of Astronomy, Episode 18, Carl Sagan: The Great Space Communicator
- Great Heroes and Discoveries of Astronomy, Episode 19, The Shoemakers Reveal Asteroids and Comets
- Great Heroes and Discoveries of Astronomy, Episode 2, Designing and Building the Modern Telescope
- Great Heroes and Discoveries of Astronomy, Episode 20, Discovering Pluto and the Kuiper Belt
- Great Heroes and Discoveries of Astronomy, Episode 21, Solar Astronomers Reveal the Universe
- Great Heroes and Discoveries of Astronomy, Episode 22, The Heroic Hunt for Extrasolar Planets
- Great Heroes and Discoveries of Astronomy, Episode 23, The Seekers of Extraterrestrial Life
- Great Heroes and Discoveries of Astronomy, Episode 24, Tomorrow's Heroes of Astronomy
- Great Heroes and Discoveries of Astronomy, Episode 3, Harvard Heroines Show Us the Stars
- Great Heroes and Discoveries of Astronomy, Episode 4, The Heroic Discovery of Other Galaxies
- Great Heroes and Discoveries of Astronomy, Episode 5, Edwin Hubble and the Expanding Universe
- Great Heroes and Discoveries of Astronomy, Episode 6, Heroes of the Hubble Space Telescope
- Great Heroes and Discoveries of Astronomy, Episode 7, Pioneers of Radio Astronomy
- Great Heroes and Discoveries of Astronomy, Episode 8, Discovering the Cosmic Microwave Background
- Great Heroes and Discoveries of Astronomy, Episode 9, Vera Rubin and the Discovery of Dark Matter
- Great ideas of classical physics
- Hans Bethe: Prophet of Energy
- Heaven and Earth, Place and Motion
- How Do You Stop a Moving Train?
- How do you stop a moving train? : a book about physics
- How things work : the physics of everyday life
- In praise of simple physics : the science and mathematics behind everyday questions
- Into the Heart of Matter
- Introduction to Astrophysics
- Introduction to Astrophysics
- Introduction to Astrophysics, Episode 1, Zooming Out to Distant Galaxies
- Introduction to Astrophysics, Episode 10, Optical Telescopes
- Introduction to Astrophysics, Episode 11, Radio and X-Ray Telescopes
- Introduction to Astrophysics, Episode 12, The Message in a Spectrum
- Introduction to Astrophysics, Episode 13, The Properties of Stars
- Introduction to Astrophysics, Episode 14, Planets around Other Stars
- Introduction to Astrophysics, Episode 15, Why Stars Shine
- Introduction to Astrophysics, Episode 16, Simple Stellar Models
- Introduction to Astrophysics, Episode 17, White Dwarfs
- Introduction to Astrophysics, Episode 18, When Stars Grow Old
- Introduction to Astrophysics, Episode 19, Supernovas and Neutron Stars
- Introduction to Astrophysics, Episode 2, Zooming In to Fundamental Particles
- Introduction to Astrophysics, Episode 20, Gravitational Waves
- Introduction to Astrophysics, Episode 21, The Milky Way and Other Galaxies
- Introduction to Astrophysics, Episode 22, Dark Matter
- Introduction to Astrophysics, Episode 23, The First Atoms and the First Nuclei
- Introduction to Astrophysics, Episode 24, The History of the Universe
- Introduction to Astrophysics, Episode 3, Making Maps of the Cosmos
- Introduction to Astrophysics, Episode 4, The Physics Demonstration in the Sky
- Introduction to Astrophysics, Episode 5, Newton's Hardest Problem
- Introduction to Astrophysics, Episode 6, Tidal Forces
- Introduction to Astrophysics, Episode 7, Black Holes
- Introduction to Astrophysics, Episode 8, Photons and Particles
- Introduction to Astrophysics, Episode 9, Comparative Planetology
- Introduction to physics
- Invented or Discovered?
- Inventing reality : physics as language
- Isaac Newton and physics for kids : his life and ideas with 21 activities
- Janice VanCleave's physics for every kid : 101 easy experiments in motion, heat, light, machines, and sound
- Keep your eye on the ball : curve balls, knuckleballs, and fallacies of baseball
- La condensación
- Let There Be Light!
- Levers
- Life on the edge : the coming of age of quantum biology
- Magnets
- Mapping the Heavens
- Master math : master everything from motion, force, heat and work to energy, fluids, waves, optics and electricity, Essential physics
- Memories of Feynman
- Muons and Time-Traveling Twins
- Mysteries of Physics
- NOVA: Black Hole Apocalypse
- NOVA: Einstein's Quantum Riddle
- NOVA: Pluto and Beyond
- Newton and me
- Newton's football : the science behind America's game
- Nuclear Physics Explained
- Nuclear Physics Explained, Episode 1, A Tour of the Nucleus and Nuclear Forces
- Nuclear Physics Explained, Episode 10, How to Experiment with Nuclear Collisions
- Nuclear Physics Explained, Episode 11, Scattering Nucleons in Singles or in Pairs
- Nuclear Physics Explained, Episode 12, Sea Quarks, Gluons, and the Origin of Mass
- Nuclear Physics Explained, Episode 13, Nuclear Fusion in Our Sun
- Nuclear Physics Explained, Episode 14, Making Elements: Big Bang to Neutron Stars
- Nuclear Physics Explained, Episode 15, Splitting the Nucleus
- Nuclear Physics Explained, Episode 16, Nuclear Weapons Were Never "Atomic"?Bombs
- Nuclear Physics Explained, Episode 17, Harnessing Nuclear Chain Reactions
- Nuclear Physics Explained, Episode 18, Nuclear Accidents and Lessons Learned
- Nuclear Physics Explained, Episode 19, The Nuclear Fuel Cycle and Advanced Reactors
- Nuclear Physics Explained, Episode 2, Curve of Binding Energy: Fission and Fusion
- Nuclear Physics Explained, Episode 20, Nuclear Fusion: Obstacles and Achievements
- Nuclear Physics Explained, Episode 21, Killing Cancer with Isotopes, X-Rays, Protons
- Nuclear Physics Explained, Episode 22, Medical Imaging: CT, PET, SPECT, and MRI
- Nuclear Physics Explained, Episode 23, Isotopes as Clocks and Fingerprints
- Nuclear Physics Explained, Episode 24, Viewing the World with Radiation
- Nuclear Physics Explained, Episode 3, Alpha, Beta, and Gamma Decay
- Nuclear Physics Explained, Episode 4, Radiation Sources, Natural and Unnatural
- Nuclear Physics Explained, Episode 5, How Dangerous Is Radiation?
- Nuclear Physics Explained, Episode 6, The Liquid-Drop Model of the Nucleus
- Nuclear Physics Explained, Episode 7, The Quantum Nucleus and Magic Numbers
- Nuclear Physics Explained, Episode 8, Particle Accelerators: Schools of Scattering
- Nuclear Physics Explained, Episode 9, Detecting Subatomic Particles
- Particle or Wave?
- Particles and the universe
- Physics
- Physics
- Physics
- Physics
- Physics
- Physics : from Newton to the big bang
- Physics : principles with applications
- Physics Behind the Scenes
- Physics I for dummies
- Physics and our universe : how it all works
- Physics demystified
- Physics essentials for dummies
- Physics for dummies
- Physics for entertainment : book two
- Physics made simple
- Physics made simple
- Physics matters!
- Physics-- the science of athletics
- Principles of physics
- Pulleys
- Quantum Mechanics
- Quantum Mechanics, Episode 1, The Quantum Enigma
- Quantum Mechanics, Episode 10, Particles That Spin
- Quantum Mechanics, Episode 11, Quantum Twins
- Quantum Mechanics, Episode 12, The Gregarious Particles
- Quantum Mechanics, Episode 13, Antisymmetric and Antisocial
- Quantum Mechanics, Episode 14, The Most Important Minus Sign in the World
- Quantum Mechanics, Episode 15, Entanglement
- Quantum Mechanics, Episode 16, Bell and Beyond
- Quantum Mechanics, Episode 17, All the Myriad Ways
- Quantum Mechanics, Episode 18, Much Ado about Nothing
- Quantum Mechanics, Episode 19, Quantum Cloning
- Quantum Mechanics, Episode 2, The View from 1900
- Quantum Mechanics, Episode 20, Quantum Cryptography
- Quantum Mechanics, Episode 21, Bits, Qubits, and Ebits
- Quantum Mechanics, Episode 22, Quantum Computers
- Quantum Mechanics, Episode 23, Many Worlds or One?
- Quantum Mechanics, Episode 24, The Great Smoky Dragon
- Quantum Mechanics, Episode 3, Two Revolutionaries - Planck and Einstein
- Quantum Mechanics, Episode 4, Particles of Light, Waves of Matter
- Quantum Mechanics, Episode 5, Standing Waves and Stable Atoms
- Quantum Mechanics, Episode 6, Uncertainty
- Quantum Mechanics, Episode 7, Complementarity and the Great Debate
- Quantum Mechanics, Episode 8, Paradoxes of Interference
- Quantum Mechanics, Episode 9, States, Amplitudes, and Probabilities
- Quantum Uncertainty - Farewell to Determinism
- Quantum Weirdness and Schrödinger's Cat
- Quantum mechanics : the physics of the microscopic world
- Quantum physics for dummies
- Rigid Body Kinematics and C++ Code
- Science and cooking : physics meets food, from homemade to haute cuisine
- Secrets of the universe : discovering the universal laws of science
- Seven brief lessons on physics
- Six easy pieces : essentials of physics explained by its most brilliant teacher
- Six easy pieces : essentials of physics, explained by its most brilliant teacher
- Solids : Matter
- Speed
- Speed is Relative to What?
- Starry Messenger
- Starry Messenger
- Strange matters : undiscovered ideas at the frontiers of space and time
- Sun and Man
- Superstrings and other things : a guide to physics
- Teaching Physics and Mathematics
- The 4 percent universe : dark matter, dark energy, and the race to discover the rest of reality
- The 4-percent universe : [dark matter, dark energy, and the race to riscover the rest of reality]
- The Accidental Universe
- The Clockwork Universe
- The Day We Found the Universe
- The Edge of the Sky
- The Evidence for Modern Physics: How We Know What We Know
- The Evidence for Modern Physics: How We Know What We Know, Episode 1, Do You Believe In Atoms?
- The Evidence for Modern Physics: How We Know What We Know, Episode 10, The Search for the Higgs Boson
- The Evidence for Modern Physics: How We Know What We Know, Episode 11, Are Man-Made Black Holes Dangerous?
- The Evidence for Modern Physics: How We Know What We Know, Episode 12, How We Know What Stars Are Made Of
- The Evidence for Modern Physics: How We Know What We Know, Episode 13, Forming the Milky Way and Other Galaxies
- The Evidence for Modern Physics: How We Know What We Know, Episode 14, Finding Planets around Distant Stars
- The Evidence for Modern Physics: How We Know What We Know, Episode 15, The Awesome Evidence for General Relativity
- The Evidence for Modern Physics: How We Know What We Know, Episode 16, The Hunt for Gravitational Waves
- The Evidence for Modern Physics: How We Know What We Know, Episode 17, How We Know the Universe Began with a Bang
- The Evidence for Modern Physics: How We Know What We Know, Episode 18, The Case for Cosmic Inflation
- The Evidence for Modern Physics: How We Know What We Know, Episode 19, How We Know Dark Matter Exists
- The Evidence for Modern Physics: How We Know What We Know, Episode 2, Peering inside Protons and Neutrons
- The Evidence for Modern Physics: How We Know What We Know, Episode 20, How We Search for Dark Matter
- The Evidence for Modern Physics: How We Know What We Know, Episode 21, How We Know the Universe Is Accelerating
- The Evidence for Modern Physics: How We Know What We Know, Episode 22, Measuring the Size and Age of the Universe
- The Evidence for Modern Physics: How We Know What We Know, Episode 23, What We Know about Quantum Foam
- The Evidence for Modern Physics: How We Know What We Know, Episode 24, Are Space and Time Quantized?
- The Evidence for Modern Physics: How We Know What We Know, Episode 3, Seeing Light as Wave and Particle
- The Evidence for Modern Physics: How We Know What We Know, Episode 4, The Paradox of Quantum Entanglement
- The Evidence for Modern Physics: How We Know What We Know, Episode 5, How We Know Special Relativity Is Real
- The Evidence for Modern Physics: How We Know What We Know, Episode 6, Why the Speed of Light Is the Speed Limit
- The Evidence for Modern Physics: How We Know What We Know, Episode 7, Discovering Subatomic Particles
- The Evidence for Modern Physics: How We Know What We Know, Episode 8, How Do You Weigh a Quark?
- The Evidence for Modern Physics: How We Know What We Know, Episode 9, Capturing the Ghostly Neutrino
- The Fabric of the Cosmos
- The Feynman lectures on physics
- The Great Questions of Philosophy and Physics
- The Great Questions of Philosophy and Physics, Episode 1, Does Physics Make Philosophy Superfluous?
- The Great Questions of Philosophy and Physics, Episode 10, Wanted Dead and Alive: Schrödinger's Cat
- The Great Questions of Philosophy and Physics, Episode 11, The Dream of Grand Unification
- The Great Questions of Philosophy and Physics, Episode 12, The Physics of God
- The Great Questions of Philosophy and Physics, Episode 2, Why Mathematics Works So Well with Physics
- The Great Questions of Philosophy and Physics, Episode 3, Can Physics Explain Reality?
- The Great Questions of Philosophy and Physics, Episode 4, The Reality of Einstein's Space
- The Great Questions of Philosophy and Physics, Episode 5, The Nature of Einstein's Time
- The Great Questions of Philosophy and Physics, Episode 6, The Beginning of Time
- The Great Questions of Philosophy and Physics, Episode 7, Are Atoms Real?
- The Great Questions of Philosophy and Physics, Episode 8, Quantum States: Neither True nor False?
- The Great Questions of Philosophy and Physics, Episode 9, Waves, Particles, and Quantum Entanglement
- The Harlem Globetrotters present the points behind basketball
- The Hidden Reality
- The Particle Zoo
- The Science of Sound and Music
- The Sociology of Physics
- The Theory of Everything
- The Theory of Everything, Episode 1, Two Prototype Theories of Everything
- The Theory of Everything, Episode 10, Standard Model Triumphs and Challenges
- The Theory of Everything, Episode 11, How Neutrino Identity Oscillates
- The Theory of Everything, Episode 12, Conservation Laws and Symmetry: Emmy Noether
- The Theory of Everything, Episode 13, Theoretical Symmetries and Mathematics
- The Theory of Everything, Episode 14, Balancing Force and Matter: Supersymmetry
- The Theory of Everything, Episode 15, Why Quarks and Leptons?
- The Theory of Everything, Episode 16, Newton's Gravity Unifies Earth and Sky
- The Theory of Everything, Episode 17, Einstein's Gravity Bends Space-Time
- The Theory of Everything, Episode 18, What Holds Each Galaxy Together: Dark Matter
- The Theory of Everything, Episode 19, What Pushes the Universe Apart: Dark Energy
- The Theory of Everything, Episode 2, The Union of Electricity and Magnetism
- The Theory of Everything, Episode 20, Quantum Gravity: Einstein, Strings, and Loops
- The Theory of Everything, Episode 21, From Weak Gravity to Extra Dimensions
- The Theory of Everything, Episode 22, Big Bang and Inflation Explain Our Universe
- The Theory of Everything, Episode 23, Free Parameters and Other Universes
- The Theory of Everything, Episode 24, Toward a Final Theory of Everything
- The Theory of Everything, Episode 3, Particles and Waves: The Quantum World
- The Theory of Everything, Episode 4, Einstein Unifies Space, Time, and Light
- The Theory of Everything, Episode 5, Relativistic Quantum Fields and Feynman
- The Theory of Everything, Episode 6, Neutrinos Violating Parity and the Weak Force
- The Theory of Everything, Episode 7, Flavor Changes via the Weak Force
- The Theory of Everything, Episode 8, Electroweak Unification via the Higgs Field
- The Theory of Everything, Episode 9, Quarks, Color, and the Strong Force
- The illustrated on the shoulders of giants : the great works of physics and astronomy
- The new world of Mr. Tompkins : George Gamow's classic Mr. Tompkins in paperback
- The physics of baseball
- The physics of basketball
- The physics of football : discover the science of bone-crunching hits, soaring field goals, and awe-inspiring passes
- The science of surfing : a surfside girls guide to the ocean
- The scientist as rebel
- The universe in the rearview mirror : how hidden symmetries shape reality
- Thermodynamics
- Thermodynamics, Episode 1, Thermodynamics - What's under the Hood
- Thermodynamics, Episode 10, Enthalpy, Free Energy, and Equilibrium
- Thermodynamics, Episode 11, Mixing and Osmotic Pressure
- Thermodynamics, Episode 12, How Materials Hold Heat
- Thermodynamics, Episode 13, How Materials Respond to Heat
- Thermodynamics, Episode 14, Phases of Matter - Gas, Liquid, Solid
- Thermodynamics, Episode 15, Phase Diagrams - Ultimate Materials Maps
- Thermodynamics, Episode 16, Properties of Phases
- Thermodynamics, Episode 17, To Mix, or Not to Mix?
- Thermodynamics, Episode 18, Melting and Freezing of Mixtures
- Thermodynamics, Episode 19, The Carnot Engine and Limits of Efficiency
- Thermodynamics, Episode 2, Variables and the Flow of Energy
- Thermodynamics, Episode 20, More Engines - Materials at Work
- Thermodynamics, Episode 21, The Electrochemical Potential
- Thermodynamics, Episode 22, Chemical Reactions - Getting to Equilibrium
- Thermodynamics, Episode 23, The Chemical Reaction Quotient
- Thermodynamics, Episode 24, The Greatest Processes in the World
- Thermodynamics, Episode 3, Temperature - Thermodynamics' First Force
- Thermodynamics, Episode 4, Salt, Soup, Energy, and Entropy
- Thermodynamics, Episode 5, The Ideal Gas Law and a Piston
- Thermodynamics, Episode 6, Energy Transferred and Conserved
- Thermodynamics, Episode 7, Work-Heat Equivalence
- Thermodynamics, Episode 8, Entropy - The Arrow of Time
- Thermodynamics, Episode 9, The Chemical Potential
- Thinking Like A Physicist
- Time Travel, Tunneling, Tennis, and Tea
- Touch this! : conceptual physics for everyone
- Touching the Asteroid
- Toward a Theory of Everything
- Uncommon Sense - Stretching Time
- Understanding the Quantum World
- Understanding the Quantum World, Episode 1, Particle-Wave Duality
- Understanding the Quantum World, Episode 10, Wave Shapes in Diamond and Graphene
- Understanding the Quantum World, Episode 11, Harmonic Oscillators
- Understanding the Quantum World, Episode 12, The Energy-Time Uncertainty Relation
- Understanding the Quantum World, Episode 13, Quantum Angular Momentum and Electron Spin
- Understanding the Quantum World, Episode 14, Quantum Orbital Angular Momentum
- Understanding the Quantum World, Episode 15, Quantum Properties of Light
- Understanding the Quantum World, Episode 16, Atomic Transitions and Photons
- Understanding the Quantum World, Episode 17, Atomic Clocks and GPS
- Understanding the Quantum World, Episode 18, Quantum Mechanics and Color Vision
- Understanding the Quantum World, Episode 19, A Quantum Explanation of Color
- Understanding the Quantum World, Episode 2, Particles, Waves, and Interference Patterns
- Understanding the Quantum World, Episode 20, Quantum Tunneling
- Understanding the Quantum World, Episode 21, Fermions and Bosons
- Understanding the Quantum World, Episode 22, Spin Singlets and the EPR Paradox
- Understanding the Quantum World, Episode 23, Quantum Mechanics and Metals
- Understanding the Quantum World, Episode 24, Superconductivity
- Understanding the Quantum World, Episode 3, Observers Disturb What They Measure
- Understanding the Quantum World, Episode 4, Bell's Theorem and Schrödinger's Cat
- Understanding the Quantum World, Episode 5, Quantum Paradoxes and Interpretations
- Understanding the Quantum World, Episode 6, The Position-Momentum Uncertainty Relation
- Understanding the Quantum World, Episode 7, Wave Quantization
- Understanding the Quantum World, Episode 8, Quantum Wave Shapes and the Periodic Table
- Understanding the Quantum World, Episode 9, Interference of Waves and Sloshing States
- Wave or Particle?
- What Einstein Got Wrong
- What Einstein Got Wrong, Episode 1, What Einstein Got Right: Special Relativity
- What Einstein Got Wrong, Episode 10, The Search for a Unified Field Theory
- What Einstein Got Wrong, Episode 11, Problems with Time Travel
- What Einstein Got Wrong, Episode 12, What Other Giants Got Wrong
- What Einstein Got Wrong, Episode 2, What Einstein Got Right: General Relativity
- What Einstein Got Wrong, Episode 3, Einstein's Rejection of Black Holes
- What Einstein Got Wrong, Episode 4, Einstein and Gravitational Waves
- What Einstein Got Wrong, Episode 5, Cosmology and the Cosmological Constant
- What Einstein Got Wrong, Episode 6, The Cosmological Constant and Dark Energy
- What Einstein Got Wrong, Episode 7, What Einstein Got Right: Light Quanta
- What Einstein Got Wrong, Episode 8, Does God Play Dice with the Universe?
- What Einstein Got Wrong, Episode 9, Quantum Entanglement
- What about E=mc2 and Is Everything Relative?
- What if? : serious scientific answers to absurd hypothetical questions
- Wheels Stop
- Working with Einstein
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<div class="citation" vocab="http://schema.org/"><i class="fa fa-external-link-square fa-fw"></i> Data from <span resource="http://link.epl.org/resource/VYT49bU4SqM/" typeof="CategoryCode http://bibfra.me/vocab/lite/Concept"><span property="name http://bibfra.me/vocab/lite/label"><a href="http://link.epl.org/resource/VYT49bU4SqM/">Physics</a></span> - <span property="potentialAction" typeOf="OrganizeAction"><span property="agent" typeof="LibrarySystem http://library.link/vocab/LibrarySystem" resource="http://link.epl.org/"><span property="name http://bibfra.me/vocab/lite/label"><a property="url" href="https://link.epl.org/">Evanston Public Library</a></span></span></span></span></div>
