Ethical Calculus?

Mr. Hamtastic

whackawhackado!
Registered Senior Member
I know nothing about math. I have heard this term, however, and wanted to know if it was real or something. To me it's like saying,"Octagonal Bubble". :shrug:
 
It doesn't have anything to do with math. It's more of a method of getting to a course of action, in a similar fashion to moral absolutism, based on the circumstances involved.
 
1. Thanks for the straight-up post.

2. So is it a philosophy, or some type of morality/ethics, or just a thought experiment?
 
The term ethical calculus, when used generally, refers to any method of determining a course of action in a circumstance that is not explicitly evaluated in one's ethical code.

A formal philosophy of ethical calculus is a recent development in the study of ethics, combining elements of natural selection, self-organizing systems, emergence, and algorithm theory. Ethical calculus is based on the premise that moral and ethical codes are emergent algorithms, epiphenomena of large groups of sentient beings, and that a given moral code or ethical code behaves in organic ways, seeking to prolong itself.

According to ethical calculus, the most ethical course of action in a situation is an absolute, but rather than being based on a static ethical code, the ethical code itself is a function of circumstances. The ideal Ethic is the course of action taken in a given situation by an omnipotent, omniscient being. The optimal ethic is the best possible course of action taken by an individual with the given limitations. The standard of judgment is the continuation of situations in which ethics are relevant.

While ethical calculus is, in some ways, similar to moral relativism, the former finds its grounds in the circumstance while the latter depends on social and cultural context for moral judgment.

Ethical calculus would most accurately be regarded as a form of dynamic moral absolutism.
http://en.wikipedia.org/wiki/Ethical_calculus
 
"Calculus" in this context just means "a system of calculation", not specifically integral and differential calculus in the more common sense.
 
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