Fourth law of thermodynamics

The fourth law of thermodynamics states that energy in a system can alter depending on whether the system is being observed or not. The law forms the basis of quantum mechanics and the fact atomic or subatomic particles are sentient and have a mischievous nature. This means that any system that is being observed can have a different energy state than if it is not being observed. However, just because a system is unobserved does not necessarily mean its energy state will alter. For example, toast may not cook when a toaster is being watched but can burn when left unattended. Another example: the water in a shower can change temperature at moments when the user is not paying attention. Energy levels can either be raised or lowered depending on the collective will of the particles concerned. It is not fully understood how the particles collectively decided whether to raise or lower energy states but it is believed the fundamental mischievous nature of particles means the outcome is almost always one that is least desirable to a human.

There is no known practical use of this phenomenon as any attempt to use it for benefit is often counteracted by the mischievous nature of particles. However, it is an important physical law to understand as it makes it necessary to monitor many systems in commercial and industrial applications to ensure they are constantly under observation and not prone to sudden fluctuations in energy state.

A number of attempts have been made to communicate with particles and appeal to their better nature in the hopes of convincing them to change energy states to humanities benefit. Although arguably some attempts to communicate have been successful none have results in a successful negotiation to alter an energy state.

The most common wording of the fourth law of thermodynamics used by scientists is: