Henri Poincarʹe, Max Planck, Alfred North Whitehead, Albert Einstein, Sir Arthur Eddington, Niels Bohr, G.H. Hardy, Werner Heisenberg, Erwin Schrödinger, Theodosius Dobzhansky, C.H. Waddington |
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Page 320
ing the interaction with the agency of measure- ment means that every observation introduces a new uncontrollable element . Indeed , it follows from the above considerations that the measure- ment of the positional co - ordinates of a ...
ing the interaction with the agency of measure- ment means that every observation introduces a new uncontrollable element . Indeed , it follows from the above considerations that the measure- ment of the positional co - ordinates of a ...
Page 341
... ment introducing new possibilities of interac- tion between objects and measuring instruments which in principle cannot be controlled . Conse- quently , evidence obtained under different ex- perimental conditions cannot be comprehended ...
... ment introducing new possibilities of interac- tion between objects and measuring instruments which in principle cannot be controlled . Conse- quently , evidence obtained under different ex- perimental conditions cannot be comprehended ...
Page 406
... ment that corresponds to the dodecahedron ; here Plato only says " there was yet a fifth combina- tion which God used in the delineation of the universe . " If the regular solids , which represent the four elements , can be compared ...
... ment that corresponds to the dodecahedron ; here Plato only says " there was yet a fifth combina- tion which God used in the delineation of the universe . " If the regular solids , which represent the four elements , can be compared ...
Contents
The Theories of Modern Physics | 46 |
The Calculus of Probabilities | 52 |
Optics and Electricity | 60 |
Copyright | |
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allelomorphs applied atom body called causal chromosomes classical mechanics classical physics co-ordinates concepts connection consider constant continuum Copenhagen interpretation corresponding definition diploid direction distance Drosophila Drosophila melanogaster effects Einstein electron elementary particles elements energy equal equations Euclidean Euclidean geometry example existence experiment experimental fact force frequency function fundamental gene genetic geometry gravitational field hybrid hypothesis ideas important individual interpretation large number length light Lorentz transformation mass mathematical mathematicians matter means measure mechanics meiosis melanogaster ment molecules motion mutation nature nebulae objects observed organism particles phenomena physicists plane polyploid population position possible principle of relativity probability problem produced properties quantum theory question races radiation reality regarded relation represent result scientific sense space species strains structure symbols tetraploid theoretical theory of relativity tion translocation true universe variable velocity wave world picture