Sometimes also referred to as van der Waals forces, FTP name these induced dipole forces which are the major intermolecular interaction among nonpolar atoms or molecules.
The DVLO theory of colloid stability predicts a balance between electric double layer forces and these forces which prevents particle aggregation.  They are usually on the order of 1 kilocalorie per mole, making them over 400 times weaker than most covalent bonds.  They account for the increase in boiling points between subsequent members of the series of homologous alkanes and in the noble gases.  Sometimes also referred to as van der Waals forces, FTP name these induced dipole forces which are the major intermolecular interaction among nonpolar atoms or molecules.
The DVLO theory of colloid stability predicts a balance between electric double layer forces and these forces which prevents particle aggregation.  
London dispersion forces (prompt on "van der Waals forces" until mentioned)