Antiprosynthesis
Bluelighter
- Joined
- May 15, 2022
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We have two kinds of knowledge, we speak about a priori propositions and a posteriori propositions.
A posteriori propositions (afterwards knowledge) are formed after the processing of sensory input, all a posteriori propositions are synthetic: this means the proposition makes a synthesis of sensory input and An object (OR subject) for example; this ball is red.
A priori propositions (before hand knowledge) are formed using analysis of the subject. A priori propositions can be Both synthetic as analytic; analytic would be that ball is round, cause there is no synthesis, the term ball implies that IT is round; synthetic would be every change has a cause, cause we can still figure this out using analysis but since change does not implie a cause, IT is still synthesis.
Mathematica would be a priori synthetic knowledge and the first to state this was Immanuel Kant, he did this in his critic on pure reason. Kant wrote 3 critiques, each asking one big question and each in a different field of philosophy, in this case IT asks what can we know, and this concerns knowledge theory. The other two ask the questions what may we believe, concerning metaphysics and what should we do, concerning morals...
Math is often seen as our most exact science, but this is not the case, and IT all started with Russell; he stumbled upon a contradictio in set theory - he said suppose you have two groups, one containing all recursive groups and one containing all non recursive groups, where would you place the non recursive groups?
Not in the group of recursive groups cause they are non recursive, but also not in the group of non recursive groups as this would make Them recursive...
Russell could not accept that math was not exact so he wrote, together with Whitehead, two huge books called the 'Principia Mathematica'; he constructs a symbolic language called mathematical logic and only in this language one is allowed to speak about math - he hoped this would rule out any recursiveness ergo self reference and so avoid the possibility of contradictions...
However, along came Gödel, and he said the Principia Mathematica was so recursive that IT was a book that was consious about itself (its generally accepted that consiousness would be highly recursive) and he proved, using mathematical logic, the proposition phi, that States from itself IT can't be Proven...
Also interesting is that exact sciences originally were philosophy, Newton wrote down his 3 equations concerning Gravity (the only 3 equations NASA needed to land on the moon) in what he titled the Principia mathematica Philosophiae Naturalis, OR the mathematical principles of nature philosophy... Today this is considered to be physics, not philosophy.
An example of how philosophical thinking can enrich exact science is how the theories of relativity of Einstein came to be; he was riding on a train and saw himself moving away from a clocktower and he said what if I would be moving faster than light, then I would see the clock go backwards...
According to Einstein, time travel is allowed by the laws of nature but there is a problem, the speed of light would be the fastests anything could travel, cause the faster you travel, the more mass you gain, the more energy is needed to travel that fast - traveling at the speed of light would need almost An infinite amounts of energy...
However, they did An experiment with the LHC which suggests particles, called Tachyons, exchanging information faster than light.
Time is also a fluid concept, according to Einstein time moves slower when Gravity is higher OR the faster we travel (which makes sense, the faster you travel, the bigger the mass, the higher Gravity) and this was proved by An experiment using two atom clocks - this are clocks that keep exact time using a Pulse being bounced between two plates...
One of the clocks was kept on earth, the other cirkeled the earth a while in a fast jet, when the clocks were afterwards compared to each other the clock from the jet was behind on the clock that stayed on earth, explanation: as the one clock travels fast, the Pulse inside the clock started moving diagonally instead of horizontally meaning IT had to travel a larger distance ergo time slowed down...
I tried my best to explain IT in English, im not sure how well I succeeded, anyone interested?
A posteriori propositions (afterwards knowledge) are formed after the processing of sensory input, all a posteriori propositions are synthetic: this means the proposition makes a synthesis of sensory input and An object (OR subject) for example; this ball is red.
A priori propositions (before hand knowledge) are formed using analysis of the subject. A priori propositions can be Both synthetic as analytic; analytic would be that ball is round, cause there is no synthesis, the term ball implies that IT is round; synthetic would be every change has a cause, cause we can still figure this out using analysis but since change does not implie a cause, IT is still synthesis.
Mathematica would be a priori synthetic knowledge and the first to state this was Immanuel Kant, he did this in his critic on pure reason. Kant wrote 3 critiques, each asking one big question and each in a different field of philosophy, in this case IT asks what can we know, and this concerns knowledge theory. The other two ask the questions what may we believe, concerning metaphysics and what should we do, concerning morals...
Math is often seen as our most exact science, but this is not the case, and IT all started with Russell; he stumbled upon a contradictio in set theory - he said suppose you have two groups, one containing all recursive groups and one containing all non recursive groups, where would you place the non recursive groups?
Not in the group of recursive groups cause they are non recursive, but also not in the group of non recursive groups as this would make Them recursive...
Russell could not accept that math was not exact so he wrote, together with Whitehead, two huge books called the 'Principia Mathematica'; he constructs a symbolic language called mathematical logic and only in this language one is allowed to speak about math - he hoped this would rule out any recursiveness ergo self reference and so avoid the possibility of contradictions...
However, along came Gödel, and he said the Principia Mathematica was so recursive that IT was a book that was consious about itself (its generally accepted that consiousness would be highly recursive) and he proved, using mathematical logic, the proposition phi, that States from itself IT can't be Proven...
Also interesting is that exact sciences originally were philosophy, Newton wrote down his 3 equations concerning Gravity (the only 3 equations NASA needed to land on the moon) in what he titled the Principia mathematica Philosophiae Naturalis, OR the mathematical principles of nature philosophy... Today this is considered to be physics, not philosophy.
An example of how philosophical thinking can enrich exact science is how the theories of relativity of Einstein came to be; he was riding on a train and saw himself moving away from a clocktower and he said what if I would be moving faster than light, then I would see the clock go backwards...
According to Einstein, time travel is allowed by the laws of nature but there is a problem, the speed of light would be the fastests anything could travel, cause the faster you travel, the more mass you gain, the more energy is needed to travel that fast - traveling at the speed of light would need almost An infinite amounts of energy...
However, they did An experiment with the LHC which suggests particles, called Tachyons, exchanging information faster than light.
Time is also a fluid concept, according to Einstein time moves slower when Gravity is higher OR the faster we travel (which makes sense, the faster you travel, the bigger the mass, the higher Gravity) and this was proved by An experiment using two atom clocks - this are clocks that keep exact time using a Pulse being bounced between two plates...
One of the clocks was kept on earth, the other cirkeled the earth a while in a fast jet, when the clocks were afterwards compared to each other the clock from the jet was behind on the clock that stayed on earth, explanation: as the one clock travels fast, the Pulse inside the clock started moving diagonally instead of horizontally meaning IT had to travel a larger distance ergo time slowed down...
I tried my best to explain IT in English, im not sure how well I succeeded, anyone interested?
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