Modern science uses two kinds of laws—these are called “conservation laws” and “predictive laws”. A conservation law states what cannot happen, and a predictive law states what must happen. For example, the law of conservation of energy says that if two particles collide then the sum of their energies cannot increase or decrease. The conservation …
The Nyāya system of philosophy describes a category called abhāva or ‘absence’ and then explains how bhāva or ‘presence’ manifests from the absence. This is a very long discussion in Nyāya Sutra (which I’m translating presently) and has many nuances. It is hard to capture all these details here, but I thought that instead of …
Below is the translation and commentary on some of the Nyāya Sutras, which describe the nature of a scientific theory as comprised of four aspects. The first aspect represents the purpose of the system; the second, the functional parts that execute this purpose; the third, a mechanism of control that translates the purpose into functional …
This is the transcript of the eighth episode of my podcast. In this episode we talk about a number of unique problems that arise in trying to make Vedic philosophy more rigorous in a logical and mathematical sense. I have been presenting some of these ideas while discussing the theories of creation, cosmology, linguistics, the nature …
This post elaborates on the Sāńkhya theory of the five “gross” elements. The theory is rather complicated, and not well-understood today. One primary source of confusions is a comparison between the Sāńkhya elements and the Greek elements going by the same name. This post will hopefully illustrate how the Sāńkhya elements are deeply enmeshed with …
In an earlier post, I described the problem of computing in nature, namely that scientific laws employ mathematical formulae, but it is not clear how these formulae are being calculated in nature. The reasons for this are historical and date back to Newton’s formulation of the three laws of motion. While Newton had produced mechanics, …
Since the advent of computers, it has been widely believed that the human mind is just like a computer. I have previously described why this is a false analogy due to two problems: (1) the problem of meaning, and (2) the problem of choice. I have also discussed the problem of meaning in computing theory …
Many people believe modern science is reductionist and an alternative anti-reductionist science must replace it. This post discusses why Sāńkhya is reductionist—because it reduces everything to only three modes of nature (sattva, rajas, and tamas). It also discusses why Sāńkhya is anti-reductionist—because the first mode of nature in this reductionist theory (sattva) represents the whole, which …
This post discusses how points in a conceptual space are defined differently than in a physical space. The difference is that a physical space defines locations in relation to an origin, whereas a conceptual space defines locations in relation to a boundary. In a physical space, points are constructed through absolute proximity to a single …
