Hard determinism (or metaphysical determinism) is a view on free will which holds that determinism is true, that it is incompatible with free will, and therefore that free will does not exist. Although hard determinism generally refers to nomological determinism, it can also be a position taken with respect to other forms of determinism that necessitate the future in its entirety.
Hard determinism is contrasted with soft determinism, which is a compatibilist form of determinism, holding that free will may exist despite determinism. It is also contrasted with metaphysical libertarianism, the other major form of incompatibilism which holds that free will exists and determinism is false.
In ancient Greece, Socrates initiated the rationalistic teaching that any agent is obliged to pursue the chief good conceived by his or her mind. Strato of Lampsacus speculated that an unconscious divine power acts in the world and causes the origin, growth, and breakdown of things. Diodorus Cronus asserted the identity of the possible and the necessary and inferred that future events are as determined as the past ones. Chrysippus of Soli refuted the "idle argument" invented to discredit determinism as if human efforts were futile in a preordained world; he explained that fated events occur with the engagement of conscious agents.
The Bhagavad Gita, a classical Indian text composed around 4th century BCE, also mentions hard deterministic ideas. Krishna, the personification of Godhead, says to Arjuna in the verse 13.30:
They alone truly see who understand that all actions (of the body) are performed by material nature, while the self actually does nothing.
In the 17th century, both John Locke and Baruch Spinoza argued for strict causality of volitional acts.
Men are deceived because they think themselves free...and the sole reason for thinking so is that they are conscious of their own actions, and ignorant of the causes by which those actions are determined.
In the Age of Enlightenment, Baron d’Holbach promulgated the naturalistic interpretation of mental events.
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Superdeterminism describes the set of local hidden-variable theories consistent with the results of experiments derived from Bell's theorem which include a local correlation between the measurement settings and the state being measured. Superdeterministic theories are not interpretations of quantum mechanics, but deeper theories which reproduce the predictions of quantum mechanics on average, for which a few toy models have been proposed. In such theories, "the probabilities of quantum theory then become no more mysterious than those used in classical statistical mechanics.
In philosophy, moral responsibility is the status of morally deserving praise, blame, reward, or punishment for an act or omission in accordance with one's moral obligations. Deciding what (if anything) counts as "morally obligatory" is a principal concern of ethics. Philosophers refer to people who have moral responsibility for an action as "moral agents". Agents have the capability to reflect upon their situation, to form intentions about how they will act, and then to carry out that action.
Libertarianism is one of the main philosophical positions related to the problems of free will and determinism which are part of the larger domain of metaphysics. In particular, libertarianism is an incompatibilist position which argues that free will is logically incompatible with a deterministic universe. Libertarianism states that since agents have free will, determinism must be false and vice versa. One of the first clear formulations of libertarianism is found in John Duns Scotus.
Discusses estimation and propagation of uncertainty in random variables and the importance of managing uncertainty in statistical analysis.
Explores the triumph of determinism in modern mechanics and the methodology of scientific development, with practical exercises on estimating surgical mask usage and analyzing atomic bomb energy.
Covers the kinematics of a material point, including orders of magnitude and practical applications.
The combination of low cost clusters and multicore processors lowers the barrier for accessing massive amounts of computing power. As computational sciences advance, the use of in silico simulations to complement in vivo experiments promises parallel progr ...