"Electricity itself can be defined as the movement or current of small charged particles, usually electrons. Some substances, such as metals and various types of liquids, allow the movement of (or conduct) charged particles better than others.
The harnessing of electricity has enabled us to develop devices which cause electrical energy to be changed into some other form of energy—e.g. heat (cooking), light (electric bulbs), motion (electric motors).
Man was not the first to harness electricity and put it to work.
When we look at the human body, for example, especially thenervous system, we should conclude that the designer of the human body must have had an intricate knowledge of electronics and must have known how to harness electrical energy to change it into other forms of energy. When we consider the scale of the operation (i.e. at the atomic and microscopic levels), we can only wonder at God’s profound wisdom in creation.
The nervous system is composed of two parts: the central nervous system, which is the control center comprising the brain and the spinal cord, and the peripheral nervous system, which consists of nerves connecting other parts of the body to the control center . Via a combination of electrical and chemical processes, the nervous system is used to control the functioning of the entire human body.
Scientists inherently acknowledge that the nervous system is built according to an electrical design. The scientific literature describing the nervous system is replete with references to electrical theory and electrical devices that man uses today.
The nervous system is composed of two parts: the central nervous system, which is the control center comprising the brain and the spinal cord, and the peripheral nervous system, which consists of nerves connecting other parts of the body to the control center . Via a combination of electrical and chemical processes, the nervous system is used to control the functioning of the entire human body.
The basic building block of the nervous system is the nerve cell, called a neuron. The brain itself consists primarily of neurons. Under a microscope a neuron looks like an octopus with many tentacles. A neuron can transmit an electrical impulse to the next neuron. The network of electrical impulses enables us to receive information from the physical world and then send it to our brains, and vice versa.
Without the neuron circuits our bodies would completely shut down, like turning off the power supply to a city.
Scientists inherently acknowledge that the nervous system is built according to an electrical design. The scientific literature describing the nervous system is replete with references to electrical theory and electrical devices that man uses today.
Such references include technical words like batteries, transducers, motors, pumps,
calculators, transmitters, electrochemical potential, circuitry, binary system, current, resistance, voltage, capacitance, charge. The difficulty of describing the nervous system without resorting to such language implies the Creator’s understanding prior to man’s electrical inventions.
It is difficult to understand how anyone can believe that the nervous system, particularly the brain, could have been produced by evolutionary randomness and selection."
AIG
I will praise Thee;
for I am fearfully and wonderfully made:
Psalm 139:14