Homework Booklet for all Units
... (c) If the wavelength of the red light used is 700 nm, and the diffraction grating has 100 lines per millimetre, calculate the angle between the first order maximum and the second order maximum. ...
... (c) If the wavelength of the red light used is 700 nm, and the diffraction grating has 100 lines per millimetre, calculate the angle between the first order maximum and the second order maximum. ...
Diffraction effects on light–atomic-ensemble quantum interface
... propagating modes of the electromagnetic field has been identified as an efficient tool to engineer the states of atoms and light at the quantum level. Several proposals for spin squeezing, mapping of quantum states between light and atoms, i.e., quantum memory operations, creation of macroscopic en ...
... propagating modes of the electromagnetic field has been identified as an efficient tool to engineer the states of atoms and light at the quantum level. Several proposals for spin squeezing, mapping of quantum states between light and atoms, i.e., quantum memory operations, creation of macroscopic en ...
Tunneling Times and Superluminality: a Tutorial
... the outset the operational definition of the quantity being measured. For the tunneling time for our experiments, this definition is based on the following Gedankenexperiment (see Fig. 1). Suppose that a single parent particle (a photon) decays into two daughter particles (two photons), as in a radi ...
... the outset the operational definition of the quantity being measured. For the tunneling time for our experiments, this definition is based on the following Gedankenexperiment (see Fig. 1). Suppose that a single parent particle (a photon) decays into two daughter particles (two photons), as in a radi ...
8 Linear Momentum and Collisions
... Two identical billiard balls strike a rigid wall with the same speed, and are reflected without any change of speed. The first ball strikes perpendicular to the wall. The second ball strikes the wall at an angle of 30º from the perpendicular, and bounces off at an angle of 30º from perpendicular to ...
... Two identical billiard balls strike a rigid wall with the same speed, and are reflected without any change of speed. The first ball strikes perpendicular to the wall. The second ball strikes the wall at an angle of 30º from the perpendicular, and bounces off at an angle of 30º from perpendicular to ...
