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Single Idea 17546

[filed under theme 14. Science / B. Scientific Theories / 6. Theory Holism ]

Full Idea

The connection between the different concept in [Newton's] system is so close that one could generally not change any one of the concepts without destroying the whole system

Gist of Idea

If you changed one of Newton's concepts you would destroy his whole system

Source

comment on Isaac Newton (Principia Mathematica [1687]) by Werner Heisenberg - Physics and Philosophy 06

Book Ref

Heisenberg,Werner: 'Physics and Philosophy' [Penguin 1989], p.82


A Reaction

This holistic situation would seem to count against Newton's system, rather than for it. A good system should depend on nature, not on other parts of the system. Compare changing a rule of chess.


The 41 ideas from 'Principia Mathematica'

Newton developed a kinematic approach to geometry [Newton, by Kitcher]
If you changed one of Newton's concepts you would destroy his whole system [Heisenberg on Newton]
Newton's four fundamentals are: space, time, matter and force [Newton, by Russell]
Mass is central to matter [Newton, by Hart,WD]
Newtonian causation is changes of motion resulting from collisions [Newton, by Baron/Miller]
You have discovered that elliptical orbits result just from gravitation and planetary movement [Newton, by Leibniz]
Newton reclassified vertical motion as violent, and unconstrained horizontal motion as natural [Newton, by Harré]
Inertia rejects the Aristotelian idea of things having natural states, to which they return [Newton, by Alexander,P]
Newton's Third Law implies the conservation of momentum [Newton, by Papineau]
Newton's idea of force acting over a long distance was very strange [Heisenberg on Newton]
Newton introduced forces other than by contact [Newton, by Papineau]
Newton's laws cover the effects of forces, but not their causes [Newton, by Papineau]
Newton's forces were accused of being the scholastics' real qualities [Pasnau on Newton]
Early Newtonians could not formulate conservation of energy, having no concept of potential energy [Newton, by Papineau]
Newton needs intervals of time, to define velocity and acceleration [Newton, by Le Poidevin]
Newton thought his laws of motion needed absolute time [Newton, by Bardon]
Newton showed that falling to earth and orbiting the sun are essentially the same [Newton, by Ellis]
Newtonian mechanics does not distinguish negative from positive values of time [Newton, by Coveney/Highfield]
I suspect that each particle of bodies has attractive or repelling forces [Newton]
We have given up substantial forms, and now aim for mathematical laws [Newton]
I am studying the quantities and mathematics of forces, not their species or qualities [Newton]
An attraction of a body is the sum of the forces of their particles [Newton]
1: Bodies rest, or move in straight lines, unless acted on by forces [Newton]
2: Change of motion is proportional to the force [Newton]
3: All actions of bodies have an equal and opposite reaction [Newton]
From the phenomena, I can't deduce the reason for the properties of gravity [Newton]
If a perfect being does not rule the cosmos, it is not God [Newton]
Particles mutually attract, and cohere at short distances [Newton]
Science deduces propositions from phenomena, and generalises them by induction [Newton]
The elegance of the solar system requires a powerful intellect as designer [Newton]
We should admit only enough causes to explain a phenomenon, and no more [Newton]
Natural effects of the same kind should be assumed to have the same causes [Newton]
I am not saying gravity is essential to bodies [Newton]
If there is no uniform motion, we cannot exactly measure time [Newton]
Time exists independently, and flows uniformly [Newton]
The place of a thing is the sum of the places of its parts [Newton]
Philosophy must abstract from the senses [Newton]
Absolute space is independent, homogeneous and immovable [Newton]
Absolute time, from its own nature, flows equably, without relation to anything external [Newton]
Quantities and ratios which continually converge will eventually become equal [Newton]
The aim is to discover forces from motions, and use forces to demonstrate other phenomena [Newton]