In an earlier forum response, I described some chicken and egg problems in science in describing space, time, and objects. I thought this can be elaborated in detail to illustrate the nature of the problem, and how these are solved in Sāñkhya philosophy, leading to the conclusion that whatever we call the “body” springs out …
In the previous post, I made a pithy remark in passing—Progressive history doesn’t have revolutions and paradigm changes. I will use this post to explain how this is a consequence of the modern scientific assumptions about the separation of locations, times, and things. Separation allows us to count things, and then describe them using mathematical …
Pratyakṣa or observation is considered one of the types of pramāna, proof, or evidence in Indian epistemology. We sometimes loosely call it empirical evidence. This nomenclature is, however, then confused with scientific empiricism, which is not observation but measurement. That can lead to the false idea that Indian epistemology supports measurements as a way to …
A few articles ago, I discussed the nature of Personhood as six traits—self-awareness, intention, emotion, cognition, conation, and relation. Then we discussed Personalism vs. Depersonalization: A person is governed by free will and the depersonalized is governed by laws. As a follow-up, in this article, I will discuss what I mean by a machine in …
Economics has an unknown enemy in the Second Law of Thermodynamics, which says that entropy (disorder) cannot decrease in a physical process. If the net disorder is increasing, then how can there be net growth in wealth? Net growth in wealth is possible only with a net increase in order. Conversely, if net order in …
As a follow-up to an earlier post, where I described how natural laws arise as a result of qualities, this post explores this idea further using an example. Since modern science grew out of the idea that matter is res extensa—i.e., that it has only one property of extension in space—this post also illustrates the …
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 …
It is commonplace for people to assert that quantum theory indicates a lack of objectivity or reality, when all it indicates is the failure of the classical conception of reality. In the classical conception, when you cut an apple, you get smaller pieces of apple. In this post, I will argue that the quantum conception …
