Melbourne, Australia- It is a known fact that there is no way the temperature can go below absolute zero, or negative 273 Kelvin. This is the point where all motion in matter stops and is thought to be unreachable. However, recent experiments using ultracold atoms have measured temperatures that are negative in the absolute temperature scale. Tapio Simula, Monash Research Fellow in Physics at Monash University, states, “The journey there, however, is quite the opposite to what you might expect. Simply removing heat from the equation to make things colder and colder is not the answer. Instead, you need to heat things hotter than infinitely hot!”. Research at Monash University is showing that under very special circumstances, a system may become more ordered when more energy is added beyond a value which corresponds to an infinite temperature.