“The Mahashakti, the universal Mother, works out whatever is transmitted by her transcendent consciousness from the Supreme —.” ― Vision of Maa Durga by Sri Aurobindo.

Durga Puja is just over. The divine fragrance still enriches the air, when our journal Towards Unification of Sciences, volume-4, issue-4, comes out as if carrying the divine fragrance with each of its seven papers; the first three maintain a reality-based interpretation and the rest four narrate, respectively, the battery technology in Agastya Samhita, Vedic concept of quantum numbers, solutions to the atomic age ethics in Bhagbad Gita, and nature of consciousness, all in ancient India. 

Like the previous issues, Prof. Bishnu Charanarabinda Mohanty contributes the first three papers titled: ‘Beyond Mass-Energy Conversion: A Structural Interpretation of Nuclear Energy’, ‘Reality-Based Causal Interpretation of Synchrotron Radiation – Part I: Structural Dynamics, Energy and Beam Collimation’, and ‘ibid – Part II: Polarization features of synchrotron radiation’. In the present reality-based framework, mass is regarded as a fundamental constituent of matter, whereas energy is considered a state property arising from the dynamical and structural condition of matter. Consequently, mass is not converted into energy; rather, energy is released through the structural disassociation of matter into finer constituents while the total mass is conserved in the photonic domain. The first paper, using the structural concept of light particles (photons), assumes them to possess finite mass in photonic mass unit together with an internal mass-space structure. During nuclear reactions, the apparent mass defect corresponds to the disintegration of matter into an enormous number of photons of an extremely fine domain rather than annihilation of mass. Each of these photons possesses kinetic energy by virtue of motion and internal energy associated with the non-equilibrium mass-space structure; the total energy released is obtained by summing these two contributions while maintaining independent conservation of both mass and energy. This interpretation offers a unified conceptual framework consistent with the author’s reality-based structural model of light particles and mass-space interaction.

The second and third papers by Prof. Mohanty, presented in two parts, relate to synchrotron radiation which is characterized by high brightness, a broad continuous spectrum, strong polarization, and pronounced forward collimation at high electron velocities. Both the papers propose a reality-based conceptual interpretation of synchrotron radiation in which the electron is regarded as a structured mass–space system possessing an extra-nuclear space structure containing space-matter particles identified as photons. With increasing electron velocity, this structure is proposed to undergo progressive reduction and release particles from successively deeper regions, thereby changing the energy-state properties of the emitted radiation. The mathematical analysis of structural reduction provides a velocity-dependent relationship consistent with the corresponding relativistic expression, while offering a different physical interpretation. Within the proposed framework, the increasing energy state and mass of released particles, together with increasing longitudinal dominance and reduced transverse dispersion, provide justification for the increasing brightness, higher-energy spectral extension and enhanced collimation of synchrotron radiation as the electron velocity approaches the velocity of light. Synchrotron radiation exhibits well-established polarization characteristics, including linear, circular, and elliptical polarization. Part II of the study extends this structural concept to charge polarization and proposes that the spatially asymmetric distribution of charge and mass within the emitted structures may produce directional polarization. Quasi-neutral compound photon structures are hypothesized to acquire preferential longitudinal orientation, providing a possible interpretation of linear polarization. At the boundary of the radiation beam, interaction with the surrounding structured space medium is further proposed to produce rotational motion, giving rise to circular or elliptical polarization depending on the symmetry of the internal structure. The proposed interpretation is intended as a conceptual physical hypothesis and requires further mathematical development and experimental verification.

The title of the fourth paper by Professor Mayadhar Swain is ‘Electricity in Ancient India.’ In this paper, the author provides information that, though the electricity we use today was invented only in the eighteenth century, there is evidence of electric battery in the treatise Agastya Samhita written about 3000 years back by the Vedic seer Maharishi Agastya. The author narrates how a battery was constructed based on the equipment and procedure explained in the book which worked and produced electricity. From this discussion, it is clear that Maharishi Agastya was the first person in the world to create an electric battery and as reported he was using it for electroplating and other purposes. The fifth paper is titled ‘Bastudharmah: Vedic Concept of Quantum Numbers.’ The author Professor Basudeba Mishra, while providing scientific facts pertaining to quantum numbers, raises various questions, and provides answers through Vedic principles. He has elaborated various quantum numbers such as principal quantum numbers, azimuthal quantum numbers, magnetic quantum numbers, the fourth and the fifth quantum numbers following Vedic narration and concludes that quantum numbers do not exhibit any exclusive quantum property; rather, these are universal properties. However, these properties remain incomplete unless space-time-position is included to describe them fully. 

The sixth paper, ‘Atomic Age Ethics: Solutions from the Bhagabad Gita,’ by Professor Kamalakanta Jena and his co-author Professor Bidhubhusan Sahu deals with the unprecedented ethical dilemma posed by the atomic age where technological power threatens global annihilation. The authors have rightly pointed out that the problem does not lie in the atomic nucleus, rather, in the moral framework guiding its application; and Bhagavad Gita offers an enduring roadmap for resolving these challenges. It advocates that technical power must always be directed by selfless duty (Nishkama Karma) and an unyielding commitment to global welfare (Lokasangraha). By aligning scientific capabilities with this ancient ethical wisdom, humanity can responsibly utilize atomic physics while protecting global stability. Ultimately, this paper demonstrates that Gita provides a robust moral compass, shifting the focus from existential dread to spiritual responsibility and global welfare. The last one is my paper titled ‘Consciousness: According to Indian Philosophy-2,’ which is the second one of the series of small reviews on consciousness. It starts from where the first paper ended, the focus still remaining on Hindu philosophy. It begins with the initiation of the enquiry in Vedic period, then consolidating the same during Upanishadic period and finally, discussing how various natures of consciousness like ontological, epistemological, psychological and transcendental developed, specifically by the different Indian traditional thought systems.

 ‘Towards Unification of Sciences,’ with this issue, completes exactly FOUR years of its journey. 

 By

Dr. Raja Kishore Paramguru