What do neuroscientists and electricians have in common?
Both of these people need to understand the system that they are working with. For neuroscientists, this means understanding the pathways through which signals travel throughout the brain. For electricians, it means understanding the pathways through which electricity flows throughout an electrical circuit.
The first of these disciplines may seem as though it has no overlap with the second: neuroscience studies the brains of animals and humans, while electrical installation is a trade that involves installing wiring and electrical components into buildings. Despite the seeming difference between the two fields, there is some overlap between them. For an Electrician Cheltenham, visit www.dpalmerelectrical.co.uk/electrician-near-me/electrician-cheltenham/
The two disciplines have a common problem: how to ensure that signals are communicated from their place of origin to their destination in a reliable manner without interfering with the communication process?
The neuroscientist mapping neural pathways is inquiring into how information travels from sensory input to motor output within a very complex network of neurons. The neuroscientist wants to know which neural pathways carry specific types of signals and where those neurons are connected. The neuroscientist also wants to understand what happens to the individual if any of those pathways are disrupted or degraded, as well as how the nervous system compensates for such damage.
The electrician who designs and installs a domestic electrical system is asking the same questions about the electrical system. The electrician must consider which circuits will carry which loads within the electrical system, where the electrical connections will be made between those electrical components, what will happen if those electrical loads are placed on an overloaded electrical circuit, how electrical connections may fail, and how the protective electrical devices will respond to those failures.
Relatedly, both fields have made similar discoveries regarding the failure of the complex systems they study. Failures within these systems tend to happen at points of connection between various components within the system; these points of connection are often difficult to inspect or investigate for issues. The neuroscientist calls these synapses. The electrician calls these connectors “terminations.”
