A team of researchers has proved the presence of electronic waves that are frozen at a transition temperature of 125 kelvins and start “dancing together” in a combined oscillating motion as the temperature is dropped.  In this case, a red laser beam triggers the dance of the newly found electronic waves in magnetite. This breakthrough is important because no frozen waves of any kind had ever been observed in magnetite. The researchers indicate that the larger significance of this finding will reshape the field of fundamental condensed matter physics, developing the understanding of a conceptual puzzle that has been open since the early 1940s.