By Max Jammer

The idea that of mass is likely one of the such a lot primary notions in physics, similar in value in simple terms to these of house and time. yet unlike the latter, that are the topic of innumerable actual and philosophical reviews, the idea that of mass has been yet hardly ever investigated. right here Max Jammer, a number one thinker and historian of physics, presents a concise yet entire, coherent, and self-contained learn of the idea that of mass because it is outlined, interpreted, and utilized in modern physics and because it is significantly tested within the sleek philosophy of technological know-how. With its concentrate on theories proposed after the mid-1950s, the publication is the 1st of its type, masking the latest experimental and theoretical investigations into the character of mass and its position in sleek physics, from the area of uncomplicated debris to the cosmology of galaxies.

The publication starts with an research of the chronic problems of defining inertial mass in a noncircular demeanour and discusses the similar query of no matter if mass is an observational or a theoretical notion. It then reports the suggestion of mass in distinct relativity and the fragile challenge of no matter if the relativistic relaxation mass is the one valid thought of mass and if it is exact with the classical (Newtonian) mass. this can be via a severe research of the several derivations of the recognized mass-energy courting E = mc2 and its conflicting interpretations. Jammer then devotes a bankruptcy to the excellence among inertial and gravitational mass and to some of the types of the so-called equivalence precept with which Newton initiated his Principia yet which additionally turned the place to begin of Einstein's common relativity, which supersedes Newtonian physics. The e-book concludes with a presentation of lately proposed worldwide and native dynamical theories of the foundation and nature of mass.

Destined to turn into a much-consulted reference for philosophers and physicists, this booklet is usually written for the nonprofessional basic reader attracted to the principles of physics.

**Read or Download Concepts of Mass in Contemporary Physics and Philosophy PDF**

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**Sample text**

66 In order to understand the definition of this concept let us consider the motion of a solid cylinder of radius r moving through an infinite incompressible fluid, say water or air, of density ρ, with constant velocity f v. 67 If M denotes the mass of the cylinder per unit thickness, then the total kinetic energy of the fluid and cylinder is clearly Ekin = 12 (M + M )v2 ; and if F denotes the external force in the direction of the motion of the cylinder, which sustains the motion, then the rate at which F does work, being equal to the rate of increase in Ekin , is given by Fv = dEkin /dt = (M + M )v dv/dt.

But even in this case the effective mass may differ from the value of the inertial mass of a free electron. This difference is, of course, to be expected; for in general the acceleration of an electron moving under a given force in a crystal may well differ from the acceleration of an electron that is moving under the same force in free space. What is more difficult to understand intuitively is the fact that, owing to reflections by the crystal lattice, an electron can move in a crystal in the direction opposite to that it would have in free space.

A-2: T is an interval of real numbers. A-3: For p ∈ P and t ∈ T, s(p, t) is a twice-differentiable vector with respect to t. Dynamical axioms A-4: For p ∈ P, m(p) is a positive real number. A-5: For p ∈ P and t ∈ T, ∞ i=1 f (p, t, i) is an absolutely convergent series. A-6: For p ∈ P and t ∈ T, m(p)d2 s(p, t)/dt2 = ∞ i=1 f (p, t, i). Clearly, A-6 is a formulation of Newton’s second law of motion and, since for ∞ i=1 f (p, t, i) = 0 obviously s(p, t) = a + bt, A-6 also implies Newton’s first law of motion.