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Laws of Physics & Science
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  Labor & Labour  ·  Labour Party (GB)  ·  Ladder  ·  Lady  ·  Lake & Lake Monsters  ·  Land  ·  Language  ·  Laos  ·  Las Vegas  ·  Last Words  ·  Latin  ·  Laugh & Laughter  ·  Law & Lawyer (I)  ·  Law & Lawyer (II)  ·  Laws of Physics & Science  ·  Lazy & Laziness  ·  Leader & Leadership  ·  Learn & Learning  ·  Lebanon  ·  Lecture & Lecturer  ·  Left Wing  ·  Leg  ·  Leisure  ·  Lend & Lending  ·  Leprosy  ·  Lesbian & Lesbianism  ·  Letter  ·  Ley Lines  ·  Libel  ·  Liberal & Liberalism & Liberal Party  ·  Liberia  ·  Liberty  ·  Library  ·  Libya  ·  Lies & Liar & Lying (I)  ·  Lies & Liar & Lying (II)  ·  Life & Search For Life (I)  ·  Life & Search For Life (II)  ·  Life After Death  ·  Life's Like That (I)  ·  Life's Like That (II)  ·  Life's Like That (III)  ·  Light  ·  Lightning & Ball Lightning  ·  Like  ·  Limericks  ·  Lincoln, Abraham  ·  Lion  ·  Listen & Listener  ·  Literature  ·  Little  ·  Liverpool  ·  Loan  ·  Local & Civil Government  ·  Loch Ness Monster  ·  Lockerbie Bombing  ·  Logic  ·  London (I)  ·  London (II)  ·  Lonely & Loneliness  ·  Look  ·  Lord  ·  Los Angeles  ·  Lose & Loss & Lost  ·  Lot (Bible)  ·  Lottery  ·  Louisiana  ·  Love & Lover  ·  Loyalty  ·  LSD & Acid  ·  Lucifer  ·  Luck & Lucky  ·  Luke (Bible)  ·  Lunacy & Lunatic  ·  Lunar Society  ·  Lunch  ·  Lungs  ·  Lust  ·  Luxury  

★ Laws of Physics & Science

Laws of Physics & Science: see Entropy & Science & Chemistry & Biology & Genetics & Mathematics & Isaac Newton & Universe & Gravity & Cosmology & Theory of Everything & Gravity & Quantum Physics & Super Symmetry & Theories of Relativity & Anthropic Principle

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2,420.  The supreme task of the physicist is to arrive at those universal elementary laws from which the cosmos can be built up by pure deduction.  There is no logical path to these laws; only intuition resting on sympathetic understanding of experience, can reach them.  (Science & Physics & Cosmology & Logic & Intuition & Experience & Laws of Science & Universe)  Albert Einstein, cited Principles of Research 1918  

 

 

71,436.  Thus the device by which an organism maintains itself stationary at a fairly high level of orderliness (= fairly low level of entropy) really consists in continually sucking orderliness from its environment.  (Entropy & Laws of Science)  Erwin Schrödinger, What is Life?   

 

 

2,429.  The law that entropy always increases, holds, I think, the supreme position among the laws of Nature.  If someone points out to you that your pet theory of the universe is in disagreement with Maxwell’s equations – then so much the worse for Maxwell’s equations.  If it is found to be contradicted by observation – well, these experimentalists do bungle things sometimes.  But if your theory is found to be against the second law of thermodynamics I can give you no hope; there is nothing for it but to collapse in deepest humiliation.  (Science & Entropy & Nature & Theory & Laws of Science)  Arthur Eddington, The Nature of the Physical World 1928

 

 

2,373.  Every body continues in its state of rest, or of uniform motion in a right line, unless it is compelled to change that state by forces impressed upon it.  (Physics & Newton & Action & Motion & Science & Laws of Science & Gravity)  Isaac Newton, Principia Mathematica, Laws of Motion I  

 

48,766.  The alternation of motion is ever proportional to the motive force impressed; and is made in the direction of the right line in which that force is impressed.  (Physics & Newton & Action & Motion & Science & Laws of Science & Gravity)  ibid.  Laws of Motion II

 

4,478.  To every action there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.  (Physics & Newton & Action & Motion & Science & Laws of Science & Gravity)  ibid.  Laws of Motion III

 

 

2,540.  Hooke had spurned the one man with the mathematical talents to help him understand the laws of the universe.  (Science & Isaac Newton & Mathematics & Laws of Science)  Genius of Britain: The Scientists Who Changed the World, Channel 4 2012, Jim Al-Khalili

 

2,543.  The greatest book ever written in history ... Principia Mathematica.  (Science & Isaac Newton & Mathematics & Laws of Science)  ibid.  

 

2,544.  The Principia spelled out for the first time the mathematical principles that governed the universe.  And the law of gravity that holds all matter in place.  (Science & Isaac Newton & Mathematics & Gravity & Laws of Science)  ibid.  

 

 

48,728.  How did humans acquire the power to transform the planet like this?  Looking at the Earth at night reveals to us just how successful we’ve been in harnessing and manipulating energy, and how important it is to our existence.  Energy is vital to us all.  We use it to build the structures that surround and protect us.  (Energy & Physics & Laws of Science & Entropy)  Order and Disorder With Jim Al-Khalili I: Energy, BBC 2012

 

48,729.  Energy is essential to life itself.  (Energy & Physics & Laws of Science & Entropy)  ibid.

 

48,730.  What exactly is energy?  And what makes it so useful to us?  (Energy & Physics & Laws of Science & Entropy)  ibid.

 

48,731.  Scientists would come up with a strange set of laws that would link together everything from engines to humans to stars.  (Energy & Physics & Laws of Science & Entropy)  ibid.

 

48,732.  Almost no-one had understood the fundamental nature of the steam engine; very few were aware of the cosmic principle that underpinned it.  (Energy & Physics & Steam & Laws of Science & Entropy)  ibid.

 

48,733.  Left alone energy always seems to go from being concentrated to being dispersed.  (Energy & Physics & Laws of Science & Entropy)  ibid.

 

48,734.  The second law of thermodynamics and it turned out to be stranger and more beautiful, more universal ... All things that gave off heat were in some way connected together.  All things that gave off heat were part of an irreversible process that was happening everywhere.  A process of spreading out and dispersing, a process of increasing entropy.  It seemed that somehow the universe shared the same fate as a cup of tea.  (Energy & Physics & Universe & Laws of Science & Entropy)  ibid.

 

48,735.  Entropy – why was it always increasing?  (Energy & Physics & Laws of Science & Entropy)  ibid.

 

48,736.  Entropy was in fact a measure of the disorder of things.  (Energy & Physics & Laws of Science & Entropy)  ibid.

 

 

2,582.  Boyle’s List: all but two of twenty four things on this list have now been achieved by science.  (Science & Laws of Science & Entropy)  Science Britannica III: Clear Blue Skies

 

2,583.  George Watt and George Stevenson harnessed steam power.  Where Rutherford and Chadwick unravalled the architecture of the atom.  Where Edward Jenner worked out the principles of vaccination ... ibid.  (Science & Steam & Atom & Vaccination & Laws of Science & Entropy)  ibid.

 

 

2,595.  The purpose of scientific enquiry is not to compile an inventory of factual information, nor to build up a totalitarian world picture of natural Laws in which every event that is not compulsory is forbidden. We should think of it rather as a logically articulated structure of justifiable beliefs about nature.  (Science & Inquiry & Laws of Science & Nature)  Peter Medawar, Induction and Intuition in Scientific Thought 1969

 

 

2,685.  Scientific principles and laws do not lie on the surface of nature.  They are hidden, and must be wrested from nature by an active and elaborate technique of inquiry.  (Science & Laws of Science & Nature & Inquiry)  John Dewey, Reconstruction in Philosophy

 

 

2,708.  The same laws of physics apply everywhere throughout the cosmos.  (Universe & Cosmology & Physics & Laws of Science)  Professor Carl Sagan & Ann Druyan, Cosmos: The Shores of the Cosmic Ocean, 1979

 

 

2,727.  The extraordinary thing is not that there are laws but that we can understand them.  Why should we be able to understand them?  (Universe & Laws of Science & Science & Cosmology & Understand & Anthropic Principle)  Dr David Deutsch

 

 

2,728.  It’s the comprehensibility of the Laws of Physics that makes the Anthropic Principle work.  (Universe & Laws of Science & Physics & Anthropic Principle)  Dr David Deutsch

 

 

2,741.  In effect, we have redefined the task of science to be the discovery of laws that will enable us to predict events up to the limits set by the uncertainty principle.  (Universe & Laws of Science)  Stephen Hawking, A Brief History of Time 1988

 

96,076.  The second law of thermodynamics: it states that the entropy of an isolated system always increases, and that when two systems are joined together, the entropy of the combined system is greater than the sum of the entropies of the individual systems.  (Entropy & Laws of Science)  ibid.  p112 

 

 

2,757.  Why is the universe the way it is?  Why does it follow rules and laws?  Why is there order instead of chaos?  (Universe & Cosmology & Laws of Science & Anthropic Principle & Chaos)  Stephen Hawking’s Grand Design: The Key to the Cosmos

 

2,765.  The tiny electrons appeared to be defying the laws of physics.  (Universe & Electron & Laws of Science & Physics & Quantum Physics)  ibid.  

 

2,766.  It seems that M Theory is the system of laws that governs everything – the Grand Design.  (Universe & M Theory & Theory of Everything & Laws of Science)  ibid.

 

 

2,775.  The universe is a machine governed by principles or laws – laws that can be understood by the human mind.  (Universe & Laws of Science & Anthropic Principle)  Stephen Hawking’s Great Design: Did God Create the Universe?

 

 

2,780.  I do not believe that any physicist who examined the evidence could fail to draw the inference that the laws of nuclear physics have been deliberately designed with regard to the consequences they produce inside stars.  (Universe & Cosmology & Nuclear & Laws of Science & Anthropic Principle)  Professor Fred Hoyle

 

 

2,791.  This universe we live in: scientists have discovered some remarkably strange things about it.  So strange they are having to use the most disturbing principles to describe what’s going on.  (Universe & Astronomy & Cosmology & Laws of Science & Anthropic Principle)  Horizon: The Anthropic Principle, BBC 1987

 

2,793.  Galileo’s masterstroke was to discover that what goes on around us depends on mathematical laws.  (Universe & Astronomy & Mathematics & Cosmology & Laws of Science & Anthropic Principle)  ibid.

 

 

2,798.  In billions of years’ time if you look out into the night sky you may see nothing.  Absolute darkness.  A new discovery about the fate of the universe has sent scientists in turmoil and challenged our understanding of the fundamental laws of physics.  (Universe & Space & Cosmology & Laws of Science)  Horizon: From Here to Infinity, BBC 1999

 

2,799.  Whether the universe goes on expanding for ever or re-collapses depends on only one thing: Gravity.  (Universe & Cosmology & Gravity & Laws of Science)  ibid.  

 

2,800.  Supernovae would be the key to measuring the expansion of the universe and reveal how it would all end.  (Universe & Cosmology & Supernovae & Laws of Science)  ibid.  

 

2,801.  They could not believe what they were seeing.  They knew the universe should be slowing down in its expansion, that gravity should be tugging on it, pulling it in.  But they were seeing something that defied the known laws of Physics, and all their expectations.  The universe was speeding up not slowing down.  (Universe & Cosmology & Laws of Science & Gravity)  ibid. 

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