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Why Does E=mc2_ - Brian Cox [97]

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Hewish, Tony

Hida, Japan

Higgs, Peter

Higgs field

Higgs mechanism

Higgs particle

Hoyle, Fred

Huxley, Thomas Henry

Hydroelectric plants

Hydrogen atom

Hydrogen gas

Hyperbola

Hyperbolic space

Hypotheses, testable

Industrial Revolution

Infrared light

Interaction of particles

Interaction vertices

of Higgs particle

Interferometry

Invariance

rotational

translational

Invariant quantities

Ionian Enchantment

Iron

Janssen, Pierre

Joule, James

Joyce, James, Finnegan’s Wake

Kellogg Laboratory (Caltech)

Kepler, Johannes

Kibble, Tom

Kinetic, definition

Kinetic energy

Large Electron Positron Collider (LEP)

Large Hadron Collider (LHC)

Latitude

Lavoisier, Antoine

Leaning Tower of Pisa

Lemaitre, Georges

Leptons

Ley lines

Library of Alexandria, Egypt

Light, speed of

and electromagnetic fields

and relativity

and speed limit

Light, visible

Light clock

Light particles

Lightcone

Light-year

Long Island, New York

Longitude

Lovell telescope, UK

Magnetic fields

Magnetism

Manchester, UK

Mars, retrograde motion

Mass

atomic

conservation of

definition

and energy

explanation of

measuring

of neutrino

of neutron star

of positron

of proton

and weight

Massless particles

Master equation

architects of

explanation of mass

and symmetry

Mathematics. See also Equations

parentheses in

square roots

Matter

destruction of

known particles

solid

Mauretania (ocean liner)

Maxwell, James Clerk

equations

influence on Einstein

Mendelssohn, Kurt, The Quest for Absolute Zero

Michelson, Albert

Microwaves

Middle Eastern scientists

Milky Way galaxy

Mills, Robert

Minkowski, Hermann

Minkowski spacetime

Momentum

conservation of

four-dimensional

three-dimensional

Moon

gravity on the

relation to earth

Morley, Edward

Motion

absolute

Newton’s Law of

of planets

relativity of

through spacetime

Mozumi mine

Muons

Muslim scientists

Nanosecond

Napoleon

Negative stored energy

Neutrinos

mass

tau neutrino

Neutron stars

Neutrons

Newton, Sir Isaac

laws of

Principia Mathematica

Nineteenth century science

Nobel Prize

Noether, Emmy

Nostradamus

Nuclear energy

vs. chemical energy

and heat

Nuclear fission

Nuclear force

Nuclear fusion

Observation, empirical

Occam’s razor

Ocean tides

Oxford English Dictionary

Oxygen gas

Pais, Abraham, Subtle is the Lord

Parkes telescope, Australia

Particle accelerator

Particle detectors

Particle physics

Standard Model of

Particles

bound state

elementary

massless

Past, travel to

Pauli exclusion principle

PET scan (positron emission tomography)

Phase, of field

Philosophical Transactions of the Royal Society of London

Photons

Physics. See also Particle physics

fundamental

Plasma

Pointlike

Positron emission tomography (PET scan)

Positrons mass

Postulates, Einstein’s

Pound, Robert

Principia Mathematica (Newton)

Probability

Protons

mass

Ptolemy (Claudius Ptolemaeus)

Pulsars

double

Pythagoras’ theorem

with a minus sign

Quantum electrodynamics

Quantum theory

Quark-gluon interaction

Quarks top up and down

Quasars

Quest for Absolute Zero, The Mendelssohn)

Radio waves

Radioactive beta decay

Radiocarbon dating

Rebka, Glen

Recoil

Relativity

of motion

of space

and the speed of light

of time

Relativity, general theory of

and GPS systems

tests

Relativity, special theory of

Retrograde motion, of planets

Rotational invariance

Royal Institution

Rumford, Count (Benjamin Thompson)

Russell, Bertrand

Sakharov, Andrei

Salam, Abdus

Satellites, GPS

Schrödinger wave equation

Science, nineteenth century

Scientific method

Scientific progress

Scott, David

Sound waves

Space

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