Conversations on the Dark Secrets of PhysicsIn Conversations on the Dark Secrets of Physics, Teller returns to the fundamentals of physics to share with readers his unbridled enthusiasm for the world of physical reality--from the nature of molecules to quantum mechanics and superconductors, from the elementary laws of thermodynamics to how planets, asteroids, and comets develop their orbits. By simplifying the math and forgoing the often-confusing technical jargon, Teller helps the reader break through physic's bewildering formulas and equations and get to the wonders of our physical universe. A timeless and personal explanation of the importance of physics in our life, Conversations on the Dark Secrets of Physics is certain to become a classic. |
Other editions - View all
Conversations on the Dark Secrets of Physics Edward Teller,Wendy Teller,Wilson Talley Limited preview - 2002 |
Conversations on the Dark Secrets of Physics Edward Teller,Wendy Teller,Wilson Talley Limited preview - 2002 |
Common terms and phrases
acceleration Actually angle angular momentum Archimedes beam Bohr Boltzmann factor Brillouin zone called Chapter charge circle collision components conservation consider constant corner reflector correspondence principle ct)² density dimensions direction discuss displacement distance dx dy earth Einstein electric field electrons emitted equal equation explain factor Faraday Figure formula frequency Galileo gravitational helium hydrogen atom idea invariant ions Kepler kinetic energy lasers layer lever light quantum lines of force magnetic field mass mathematics measure molecules moon motion move multiply negative Newton nucleus number of lines observer orbit oxygen particles perpendicular physicist physics planet population inversion positive potential energy proportional protons quantum mechanics radius rays result rotate Schrödinger simple sodium space square star statistical mechanics superconductivity surface temperature theory torque triangle uncertainty principle understand values vector velocity vibrations wave function wave number wavelength zero