And please, do not compare gunas and other elements system with Standard Model or Periodic Table. The fact that the basic approach is the same (to use building blocks of different properties to describe matter) doesn?t justify stating that they say the same. They are light years apart in terms of advancement. The simple proof is that when people in chemical factory in India design reactions they use periodic table of elements and chemistry and not ?Hindu science?.
I am not going to compare guna theory to standard model or periodic table, because they are primitive in comparison. The guna theory is closer to superstring theory which does not say that matter is made out of basic building blocks called atoms, but that all matter is vibrations of quantum strings. Guna theory is exactly the same all matter is vibration of quantum matter.
Hindus did not engage in any kind of mathematical formalism because it is a fallacy. They used observational classification of the elements. Hence why they identify 5 main elements based on 5 perceptual categories(senses) So all matter in the universe is categorised in terms of shape, mass and colour, touch, smell, taste. All the Hindu applied sciences use this scheme. It’s better than the periodic table because the periodic table deals with only atomic elements, but what about other kinds of matter such as electromagnetic energy, forces, waves and subatomic particles. They fit easily in the 5 element system of the Hindus. The periodic table would fit in the solid atom category and the standard model in the fluidic atom category.
What about Brahman? Is it also object of the rational scientific research? When Hindu people talk about Brahman they base on results of their personal experiments and don?t use any concept that is not related with experience?
Brahman is a philosophical concept based on rational methods of science. It can only be empirically proven with Yoga. Adisankaracharya was able to show that Brahman is not just a mystical experience but could be rationally proven. The word Brahman simply means the infinite, all expanding ultimate reality. This ultimate reality is the true substance of all of reality and everything emanates from this. The Hindu scientists were able to prove that consciousness was the substance that reality was made of, not matter. It demonstrates this by showing that whatever we call reality whether that is chairs, tables and trees is ultimately a mental construction and only has reality insofar as we externalise it through language.
Neuroscience now backs up Vedanta in showing that all of reality is constructed in the mind.
Mind is more fundamental than matter. Matter obeys mind. Modern science is still stuck at matter. Hindu science has gone beyond it to the mind.
Physics is not dealing with metaphysical issues. They are by definition different areas. Writing phd on quantum mechanics you should know this culture in ?western? science. Maybe you rather compare ?western? and ?eastern? metaphysical systems?
No, actually physics is based on metaphysical assumptions, that is assumptions about the nature of reality which cannot be themselves proven. Realism, positivism, epiphenomenalism, materialism, causal determinism are some of those core assumptions. So physics is really metaphysics. As I said earlier the physicist makes a nautral assumption that there is an external world out there that will yield to their measurements.
A lot of modern physics postulates theoreticable and invisible entites atoms, quarks, dark matter and dark energy, virtual particles, fields. This is definitely metaphysics
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It is no different to Hindu science talking about gunas, vrittis, prana, tanmatras akasha, quantum matter which are also invisible.
There is no difference between metaphysics and physics.
checked internet and my understanding seems to be correct. Matter shows both properties of particles and waves. Check out:
http://en.wikipedia.org/wiki/Complementarity_(physics)
Citation: ?The complementarity principle states that some objects have multiple properties that appear to be contradictory. Sometimes it’s possible to switch back and forth between different views of an object to observe these properties, but in principle, it’s impossible to view both at the same time, despite their simultaneous coexistence in reality. For example, we can think of an electron as either a particle or a wave, depending on the situation. An object that’s both a particle and a wave would seem to be impossible because, normally, such things are mutually exclusive. Nonetheless, an electron is truly both at once.?
This is illogical. A basic rule of logic is that there cannot be any contradictions. An object cannot be both A and not A at the same time, it either A or not A. That is exactly what quantum physics shows us an object is either a particle or a wave, when it is a particle it is not a wave and when it is a wave it is not a particle. It is cannot be both at the same time. It’s already been proven by Schrodinger’s wave mechanics the particle does not exist until the wavefunction collapses. Everything is first a wavefunction then it is a particle.
Description of the physical system using probability distribution is still physical description. I don?t get it how you arrived at this conclusion. Physics is not just about bouncing balls. Probabilistic nature of the quantm world is very physical concept.
No, it is not a physical description, it is a mathematical description only of the probability of an electon being found in a certain location. This is not a subjective probability but an objective probability. The difference is the subjective probability is that the electron is already an a priori object and we find it, objective probability is the electron is a non-local wavefunction that is superpositioned that becomes localized on observation and we find it in a position. Prior to observation the electron is not a particle.
Hm… I always thought electron is all the time there. And by measurement we distort its state obtaining some classical properties (like momentum or position).
The electron only exists when it is observed. This is demonstrated by the double slit experiment where the electron exists as a wave when it goes through, and as soon as we observe it collapses into a particle.
