The book shows how to develop the classical ideas of mathematics and physics - such as Newtonian force and inertia, the electromagnetic field, Euclidean geometry, complex numbers - without having to contradict these ideas. In this way one can explain the movements of the sun in our galaxy, the nuclear force, the X-rays, etc. All with only the classical mathematical and physical ideas.
The book shows how to develop the classical ideas of mathematics and physics - such as Newtonian force and inertia, the electromagnetic field, Euclide...
The book shows how to develop the classical ideas of mathematics and physics - such as Newtonian force and inertia, the electromagnetic field, Euclidean geometry, complex numbers - without having to contradict these ideas. In this way one can explain the movements of the sun in our galaxy, the nuclear force, the X-rays, etc. All with only the classical mathematical and physical ideas.
The book shows how to develop the classical ideas of mathematics and physics - such as Newtonian force and inertia, the electromagnetic field, Euclide...