In order to give an example of what I mean, we ask again, “what is mechanics?” Classically understood, mechanics is a branch of physics that studies force and motion. Easy enough. Mechanics in physics, then, is the exploration of how and why things move and evolve as they do, their properties, and their apparent behavior or activity. We practice the mechanics of physics everyday:
- ride a bike to work and you are practicing how to balance the bike as well as counter gravity, move it forward and stop it when necessary, navigate curves and therefore trajectories, and do all that within a specified amount of time. Physics.
- cook anything from tea or coffee to breakfast to a gourmet meal for 20. This would require an understanding of thermo-dynamics, heat capacity of pots, pans, and foods, intensity thus wavelength of heat source, transfer of energy to the pan then to the food being cooked thus the excitation of the molecules (this is the cooking), and so forth.
- thinking. Neurobiology and quantum physics are currently sharing notes. The options of neural pathways for any one neuron to travel are many, and each thought, impulse, desire, instinctual response (like the blink of an eye or avoiding fire), and autonomic process of the body requires neurons to travel neural pathways. The mechanics of this are like the mechanics of quantum particles. Somehow particles appear to make choice, they seem to drop out of their apparent random state of being and make their impression. Thoughts can have a similar apparently random quality. We sit and are reading a book, but then we realize that though our eyes were moving and our mind was “hearing” the words, our thoughts were on some random thing or at least something that randomly arose. Meditators know this as well. Yet, a person has the capacity to focus on anything from birthing a baby, to a put on the green, to a conversation with a friend, to answering the need of a child or pet. Out of all that is randomly or apparently happening around us, our senses sift out temporarily necessary and unnecessary data. This is quantum mechanical in nature, and it happens countless times a day.
An example of the quantum mechanics of consciousness is similar to the cooking one above. Thermo-dynamics has to do with heat capacity and heat transfer as well as the resultant excitation of the stuff being heated or cooled. Heat translates as intensity. We know this. Heated emotions are intense, heated arguments can boil over into violence, in the heat of passion we can be consumed by love or addictions, and a heated debate leaves little room or time for error. Certain religious practices, being like these examples, are a display of the light of consciousness or a refined quality such as compassion or altruism being unable to penetrate the dense field of belief, thought, or personalization that the religious sect or practitioner is ensconced in. The refined light is being refracted into a coarse manifestation, the intensity with which it is being expressed is like a delicate crepe cooked too fast and burned, no longer the delicate crepe it was intended to be.

Particle and Wave: the Quantum Mechanics of Consciousness, a six-week online course begins Wednesday, February 13. Date and time not convenient for you? No problem, that’s the beauty of an online course. When you are available, it is too by full recorded webcast. Interact with me by email with questions and comments, thoughts and discoveries. Hope you’ll join the class.