Dubai Central Fruit & Vegetable Market, Al Aweer

19/09/2025

About the author of Extended Classical Mechanics (ECM):

Soumendra Nath Thakur is associated with several innovative projects primarily through his role as Head of Tagore's Electronic Lab, a technical workshop and research hub focusing on components, circuits, devices, systems, fields, waves, electromagnetics, signal processing, and engineering applications.

He has decades of experience in application, testing, and diagnosis in electronics and telecommunication components and devices since the 1990s and remains active as an independent researcher and technical entrepreneur.

Key projects and research contributions by Thakur include:

Extensive research on Extended Classical Mechanics (ECM), including kinetic energy reinterpretations and cosmic phenomena explanations associated with photons and gravitational interactions.

Studies on phase shift and infinitesimal wave energy loss equations, offering mathematical frameworks important for telecommunications, physics, and engineering disciplines.

Work on unified theories connecting thermionic emission and photoelectric effects within the ECM framework.

Research on photon dynamics, relativistic time, gravitational and cosmic redshift effects, and photon interactions in gravity and antigravity contexts.

Exploration of cognition, intelligence, and awareness across natural and artificial systems, showcasing a broader multidisciplinary interest.

His projects span electronics, telecommunications, physics, and interdisciplinary scientific research, with significant focus on innovative interpretations of fundamental physics concepts and practical electronic engineering applications.

14/07/2025

ECM vs. Standard Model (ΛCDM)
Read more.... http://www.telitnetwork.itgo.com/ExtendedClassicalMechanics/origin/

10/07/2025

A reinterpretation of fundamental physical concepts like mass, energy, and gravity, challenging the traditional Newtonian and Einsteinian views. A framework where mass is not a static entity and suggests a dynamic interplay between mass and energy, particularly in gravitational interactions. ECM aims to unify local and cosmological gravitational behaviour by introducing dynamic mass quantities and aligning with observational data and invariant temporal structure.
• Newtonian Mechanics: ECM challenges the notion of a static, constant mass in Newtonian physics, suggesting that mass is dynamic and can change through energy transformations.
• Einsteinian Physics: ECM offers a physically grounded alternative to the abstract geometrical interpretations of spacetime curvature in Einstein's theory, emphasizing the role of mass and energy in shaping gravitational interactions.
In essence, ECM seeks to provide a more comprehensive and physically grounded understanding of gravity, energy, and the universe's evolution by extending the principles of classical mechanics and incorporating concepts from modern physics.

06/07/2025

📢 New Paper Published!
🔬 Why do heated metals release electrons? And what does that tell us about the nature of energy and motion?

I’ve just published a new research work titled:

“A Nuanced Interpretation of Thermionic Emission in the Framework of Extended Classical Mechanics (ECM)”

📄 In this paper, I explore how electrons escape from metal surfaces when heated — a phenomenon known as thermionic emission. Traditionally explained through quantum or kinetic models, this process is reinterpreted using ECM, a framework that explains motion, light, and force through internal energy imbalances — not external pushes.

⚡ ECM introduces concepts like apparent mass displacement (−Mᵃᵖᵖ) and energy redistribution (ΔMᴍ), helping us understand:

Why heat liberates electrons

How photons (light particles) relate to mass-energy loss

Why some electrons don’t actually move unless given extra energy

👁️ This unified perspective connects electron motion, photon emission, and atomic transitions into one consistent explanation.

🔗 Read the full paper here:
http://dx.doi.org/10.13140/RG.2.2.12597.59369

🧠 If you're curious about mass-energy physics, emission processes, or new mechanics, this paper offers an alternative way of looking at classical problems with fresh insight.

PDF | Thermionic emission, traditionally explained by kinetic and quantum theories, is reinterpreted in the framework of Extended Classical Mechanics... | Find, read and cite all the research you need on ResearchGate