Fiske, John, on the soul and immortality, 4;
on the physical and the psychical, 75,
183.
Fittest, arrival and survival of the, 244-253.
Force, physical and mental, 3-5;
and life, 17-23;
dissymmetric force, 22;
the origin of matter, 43, 44.
See also Energy.
Galls, 147, 154-156.
Ganong, William Francis, on life, 181.
Germany, in the War of 1914, 249-251.
Glaser, Otto C., quoted, 98.
Goethe, quoted, 111, 221, 260, 280;
as a scientific man, 221.
Gotch, Prof., quoted, 270.
Grafting, 40, 41.
Grand Canon of the Colorado, 225, 228, 229.
Grape sugar, 208.
Growth, of a germ, 217, 218.
Haeckel, Ernst, 3, 285;
on physical activity in the atom, 25,
26;
his “living inorganics,” 91;
on the origin of life, 161;
on inheritance and adaptation, 184;
his “plastidules,” 217;
a contradiction in his philosophy, 256.
Hartog, Marcus, 129.
Heat, changes wrought by, 55, 56;
detection of, at a distance, 60.
Helmholtz, Hermann von, on life, 25, 161.
Henderson, Lawrence J., his “Fitness of the
Environment,” 73;
his concession to the vitalists, 83, 85;
on the environment, 86-88;
a thorough mechanist, 88, 89.
Horse-power, 177, 178.
Hudson River, “blossoming of the water,” 283.
Huxley, Thomas Henry, on the
properties of protoplasm, 31, 126, 127;
on consciousness, 95, 181, 262;
on the vital principle, 101, 126, 127,
140;
his three realities, 140;
a contradiction in his philosophy, 255,
256.
Hydrogen, the atom of, 65.
Idealist, view of life, 218-222.
Inorganic world, beauty in decay in, 228, 229.
Intelligence, characteristic of living matter, 134,
139, 151-154;
pervading organic nature, 223.
Irritability, degrees of, 216, 217.
James, William, 254.
Kant, Immanuel, quoted, 221.
Kelvin, Lord, 83.
King, Starr, 244.
Lankester, Sir Edwin Ray, quoted, 128, 141;
his “plasmogen,” 145, 146.
Le Dantec, Felix Alexandre, his “Nature and
Origin of Life,” 73, 79, 80;
on consciousness, 80;
on the artificial production of the cell,
83;
on the mechanism of the body, 224.
Leduc, Stephane, his “osmotic growths,” 167, 168.
Liebig, Baron Justus von, quoted, 83.
Life, may be a mode of motion, 5;
evolution of, 6;
its action on matter, 8, 9;
its physico-chemical origin, 9;
its appearance viewed as accidental, 10-14;
Bergson’s view, 14-17, 27-29;
Sir Oliver Lodge’s view, 17, 18;
and energy, 17-23;
theories as to its origin, 24-27;
Tyndall’s view, 28-30;
Verworn’s view, 30, 31;
the vitalistic view, 32-38;