The Absolute Medium Outline 

Sreeman Barua 

July, 2026 

 

The essay below holds an overview of ‘the Absolute Medium Model view of Cosmos' in easy words. For Scientific assessment and calculation please surf the reference webpages where associated Preprint Articles are listed/ published. 

 

Axioms: 

The Universe is a System with hard failure. The system works under 8 strict Axioms, no more- no less. These 8-Axioms are Universal, Necessary, and Sufficient in describing the Admissibility and Persistence of the Universe (and ANY system with a hard boundary). 

More: https://doi.org/10.5281/zenodo.20440848 

Podcast: https://open.spotify.com/episode/0cS9wDVQE3zYB56uKzzZgh?si=ZQfVDFDYQrugc96x_-Eu0w 

 

Genesis: The Unwinding of the Absolute Medium 

To truly understand how our universe was born, we must first abandon the idea that space is an empty vacuum. Space is a physical, continuous structural web— an Energetic Net. And its story does not begin with a mystical explosion from nothing; it begins with the mechanical unwinding of a hyper-compressed continuum. 

1. The Great Unwinding 

In its absolute earliest state, the universe did not expand into space; space itself did the expanding. At the very beginning, the entire universe was a completely jammed, super-stiff, and ultra-dense physical medium. The tension of this primordial net was maxed out at its absolute physical limit: 10^{59} J/m^3. It was a state of unimaginable structural rigidity, incapable of flowing or moving. 

Then, a sudden, violent dilation occurred. The highly wound continuum rapidly stretched outward, unwinding its extreme tension. This primordial stretching continued until the web found its natural, thermodynamic equilibrium— the deeply relaxed, ambient baseline of deep space we empirically observe today, resting at a mere 10^{-10} J/m^3. The structural fabric of the cosmos had expanded by a staggering factor of 10^{69}, stretching from a rigid block into a perfectly taut, fluid-elastic net. 

 

2. The Primordial Leftovers 

As the universe violently stretched and thinned out, it did not unwind perfectly smoothly. Left behind in the wake of this massive dilation were trillions upon trillions of stubborn, hyper-dense miniscule knots untangled. These "unwind leftovers" from the primordial super-dense state are what we now know as proton cores. 

However, as the surrounding spatial net rapidly expanded outward, these extreme topological knots were in immediate danger. The outward "fall" of the dilating medium threatened to forcefully unravel them. To survive this catastrophic tension, the medium immediately surrounding these cores reacted elastically. It initiated angular momentum. The dynamic fluid-elasticity of the net whipped into a circulating vortex, forming a protective, flowing sheath around each dense proton core. This active, spinning boundary isolated the primordial knots from the pulling of the expanding background, locking them into place as the stable, foundational building blocks of all matter in the cosmos. 

More: https://doi.org/10.5281/zenodo.21019801 

Spotify Podcast: 

https://open.spotify.com/episode/0YBTCDwH0R2uL53bNKjjCy?si=ETYg6LjPQu66SPe4sWa_1A 

https://open.spotify.com/episode/7zw4TQAhnnoD5iJTbVWThe?si=vwnZdvP9SXKxKXTjIOaurQ 

 

3. The Modern Engine of Expansion 

This primordial stretching was not an endless, runaway process. The initial expansion of the universe naturally slowed and came to a complete, dead halt at the exact moment the ambient density reached its relaxed baseline of 10^{-10} J/m^3. The universe had simply reached its comfortable resting tension, much like a perfectly tuned guitar string. 

This reveals a radical truth about the cosmos today: the primordial expansion is completely over. The cosmic expansion we observe in the present era is not the lingering, fading echo of a Big Bang. Instead, it is a continuous, localized mechanical engine driven by Black Holes. When ultra-dense matter is crushed together, the local spatial net is forced back to that absolute 10^{59} J/m^3 super-dense state, forming an isolated bubble. When these massive black holes eventually burst and reintegrate, they violently release highly compacted medium back into the relaxed ambient net. This continuous injection of physical pressure from bursting black holes is what drives the outward cosmic drift we see today. 

 

4. The Siege on Matter: The Dissociative Pressure Field 

To understand how matter interacts with space, we must remember that the universe is a continuous, 3D elastic tension net. True vacuums are physically impossible, and the fabric of the cosmos cannot be torn. 

This creates a permanent structural conflict. The universe wants perfectly relaxed uniformity. Therefore, wherever a highly stiff, hyper-dense knot of matter exists, the deeply relaxed ambient baseline of space (10^{-10} J/m^3) aggressively rejects it. The surrounding continuous net constantly pulls at the matter, trying to rip the core apart, untangle it, and smooth it back out into the baseline density. This omnipresent, elastic pulling force is what we call the Dissociative Pressure (DP) Field. Because of this field, matter does not simply rest in space; it exists under constant siege. 

 

5. The Illusion of Gravity and the Survival of the Clump 

If the net is constantly trying to dissolve matter, why hasn’t everything been ripped apart? The secret lies in the spinning sheath that formed around the proton core during Genesis. 

The ambient tension net cannot actually "see" or grip the ultra-dense core hidden inside the particle. It is completely encapsulated. The ambient medium only rubs against this thin, circulating outer sheath. Because the surrounding medium registers this boundary as a localized "deficit" of relaxed space, a natural inward flow-gradient is created. However, because the net is only gripping a slippery, thin outer shell rather than the massive core itself, the physical transfer of force is incredibly poor. This mechanical "slip" is the exact reason why gravity is so notoriously weak compared to the forces inside an atom. 

Furthermore, this dynamic completely redefines why things fall together. Matter does not possess a magical, internal desire to attract other matter. Instead, it is constantly subjected to the crushing, tearing force of the Dissociative Pressure Field. Just like oil droplets instantly merging in water to minimize surface tension, matter aggregates to survive. By clumping together, matter-cores drastically reduce their shared, open surface area exposed to the hostile pressure of space. Gravity is not an attraction; it is matter huddling together for structural survival. 

 

6. The Steep Wall of Space: The r^{-5} Non-Linear Spike 

Because the interaction between the relaxed ambient medium and the hyper-dense matter-core is so abrupt, the tension in the net does not ramp up smoothly. 

As the net approaches a knot of matter, the elastic tension doesn't just increase— it spikes violently and non-linearly at an inverse fifth-power rate (r^{-5}). It hits a literal, impenetrable wall of kinematic pressure. This extreme, sudden spike in the tension field perfectly mirrors the physical geometry of the thin sheath encapsulating the proton core. It proves that the boundary of a fundamental particle is not a soft, fuzzy cloud of probability, but a severe, highly engineered elastic shield—a topological fortress protecting the hyper-dense reality inside. 

 

7. The Illusion of Autonomous Mass 

Through the lens of the AM Model, Mass has zero capacity for self-movement, attraction, or repulsion. A knot of matter does not possess an invisible tractor beam, nor does it warp an empty void. A mass is simply a highly compressed topological fold in the Energetic Net. It cannot reach out and grab anything. Instead, every phenomenon we observe— every planetary orbit, every falling apple, every magnetic push— is strictly the mechanical work of the surrounding medium. Matter is simply the geometric fold; the continuous, flowing tension of the medium is the muscle. When a rock falls to the ground, the rock is not pulling itself toward the Earth; the Earth’s localized medium-flow is physically sweeping the rock downward. 

 

8. The Universal Circulation: Equatorial Inflow and Polar Exhaust 

If the medium is doing all the heavy lifting, exactly how does it flow? The universe operates on a unique, continuous geometric circulation process that strictly dictates the shape of everything from a subatomic particle to a supercluster. 

Because the universe is an unbroken continuum, the medium cannot simply flow in one direction without ripping— which is impossible. Therefore, to sustain its dense fold against the crushing Dissociative Pressure Field, every freely residing mass must continuously churn the space around it. The ambient medium is forcefully drawn inward, ingressing horizontally along the exact equatorial plane of the mass. This flow sinks deeply, penetrating all the way into the core. 

However, because the medium is physically incompressible at its ultimate limit, this massive influx of spatial tension cannot simply vanish into the center. It must violently fold around and egress. The medium blasts outward through both the upper and lower poles of the mass. As this high-pressure polar exhaust travels outward, it eventually hits the stiff, unyielding tension of the ambient baseline net. This baseline tension acts like an elastic wall, forcing the outward flow to bend backward, loop around, and feed directly back into the equatorial ingress. This creates a perpetual, dual-toroidal recirculation loop— a localized, swirling engine of space (see the simplified Figure below). 

 

 

9. The Fractal Cosmos: Wheels Within Wheels 

The most profound mechanical reality of this dual-vortex circulation is that it is completely scale-invariant. The exact same fluid-elastic geometry that keeps a proton stable dictates the colossal architecture of the cosmos. The universe is a nested hierarchy of these swirling spatial currents. 

When we observe a galaxy, we are not looking at a collection of independent stars orbiting a heavy center in a vacuum. We are looking at one massive, macro-scale recirculation flow of the DP-Field. The galaxy’s immense equatorial ingress acts as a staggering kinetic current, sweeping up entire star systems—including our Sun— and carrying them along its rotating plane. 

But the system does not stop there. Within that massive galactic current, our Sun is a dense knot generating its own localized circulation loop. The Sun’s equatorial ingress sweeps up the Earth, Jupiter, and the rest of the planets, trapping them in its specific swirling gradient. In turn, the Earth’s own medium circulation sweeps up the Moon. Nothing is "falling" through empty space. Every body in the cosmos is suspended in the sweeping, deeply structured kinematic currents of a larger flow, while simultaneously churning the medium to carry satellites of its own. 

More: https://doi.org/10.5281/zenodo.21363571 

Spotify Podcast: 

https://open.spotify.com/episode/4zW6CQa2s5JFKCqswj7B0d?si=A9Hm_wWcRceAtHgPKzqIWg, 

https://open.spotify.com/episode/7kQcgetmkDUYs8WGecJvoe?si=aSZSTFwGQ5-NZ2aW0xYEHg 

 

10. The Kinematic Sieve: Density Stratification 

In these sweeping circulatory flows, the conveyed matter is not scattered at random. The continuous medium acts as a strict, localized kinematic sieve, stratifying every piece of matter based entirely on its internal density. This happens because of structural drag. A hyper-dense knot of matter severely folds the space around it, creating a thick, rigid layer of Non-Linear Elastic Pressure (NLEP). The denser the matter, the thicker this stiffened halo becomes, and the harder the flowing ambient medium grips it. 

The Galactic Sorting Engine: Because of this physical grip, a galaxy is not a loose congregation of orbiting stars; it is a colossal, fluid-elastic sorting engine. The densest, most topologically severe masses in the universe— black holes, neutron stars, pulsars, and quasars— create immense structural drag against the DP-Field. The galaxy's massive equatorial inflow relentlessly drags these ultra-dense bodies deep into the high-tension inner core. There, their thick spatial halos overlap and physically jam together to form the rigid galactic bulge. 

In contrast, moderate-density bodies— like our Sun— generate less structural drag. The medium’s flow suspends them comfortably in the middle galactic disk. Finally, the lightest, "fluffiest" matter— loose gases, molecular clouds, and debris— lacks the density to significantly fold the medium. It slips easily through the sweeping currents and is relegated to the diffuse outer halo. We see this exact same scale-invariant stratification locally in our solar system, where planets are sorted and carried in specific lanes based on their volumetric density. 

Dynamic Migration and the Final Churn: Crucially, this density-adjusted stratification is brutally active. A mass's position in a galaxy is never permanently fixed. If a dying star violently collapses into a hyper-dense neutron star, its internal density skyrockets. Instantly, its surrounding spatial boundary stiffens. The galactic current grips this newly hardened knot with far greater force, physically dragging the dead star deeper toward the inner core to find its new equilibrium. 

Thus, galaxies are not static structures. They are relentless, sweeping matter-churning machines. They systematically sort, sink, and drag matter inward along their continuous fluid flow-lines, forcing the densest knots to the center. This churning engine ultimately ends at the absolute topological saturation limit at the core: the Supermassive Black Hole, where the medium is folded to its maximum capacity, isolating the densest matter in the cosmos. 

More: https://doi.org/10.5281/zenodo.21388149 

Spotify Podcast: 

https://open.spotify.com/episode/3Qlo0hVNX3JvN4H2fwlAS8?si=d4BzqFVXQ5av1kbdI6E2rA 

 

11. Demystifying the Cosmos: The Mechanics of the Unseen 

Standard physics often treats concepts like time, energy, and cosmic radiation as abstract mathematical dimensions or invisible, magical forces. Through the clear, physical lens of the Absolute Medium, the "magic" vanishes entirely. Every abstract mystery is violently reduced to the strict fluid-elastic mechanics of the continuous DP-Field. 

 

Energy: The Currency of Strain 

Energy is not a glowing, invisible substance. It is pure continuum mechanics. In a universe composed entirely of an elastic tension net, energy is simply the physical measurement of topological strain. The only "currency" in the cosmos is the localized stretching, folding, and vibrating of the spatial web. "Rest mass" (E=mc^2) is simply a locked, circulating knot of this strain. "Kinetic energy" is an unbound, traveling ripple of that exact same tension transferring across the taut background fabric. There is no magical fuel— only the geometry of the net being pushed out of its perfectly relaxed state. 

More: https://doi.org/10.5281/zenodo.21127847 

Spotify Podcast: 

https://open.spotify.com/episode/4aFhN5izuvzBkWGa77wB72?si=jn369sWPS7SH32lmYhWnFw 

 

Time and Time Dilation: The Kinematic Refresh Rate 

Time is not a magical "fourth dimension" woven into a spacetime fabric, nor is it a timeline you can travel backward or forward through. Time is a strict, mechanical metric: it is the sequential "refresh rate" of the Energetic Net. Every physical action— every movement of a wave or rotation of a particle— requires the structural tension of space to mechanically hand off its geometry across the net's fundamental 3.34 nm grain. This mechanical update takes a fixed, physical duration. 

This radically demystifies Time Dilation. When a clock approaches a hyper-dense body, it enters a thick Non-Linear Elastic Pressure (NLEP) halo. In this zone, the local spatial medium is already severely stretched and structurally jammed by the dense matter. An already-jammed net has far less elastic "slack" to process new dynamic movements. Passing a kinematic update through this heavily stiffened web physically takes longer. A clock ticks slower near a Black Hole not because the "dimension of time" is bent, but because the physical gears of the local space are structurally choked by extreme tension. 

More: https://doi.org/10.5281/zenodo.21202571 

Spotify Podcast: 

https://open.spotify.com/episode/2KHahLUDHPv8CHdZHkmpVK?si=X3hrBNWxTFCoi7CCz7nGEQ 

 

Neutrinos: The Unclosed Ripple 

Classical physics treats neutrinos as "ghost particles" that mysteriously ignore matter, passing straight through planets without interacting. In the AM Model, there are no ghosts. A neutrino is simply not a fully folded, stable matter-knot. It lacks the dense core and the circulating, dual-vortex active skin that defines standard "fluffy matter." 

Instead, a neutrino is an unclosed topological ripple— a sharp, isolated pulse of kinetic transfer propagating through the baseline net. Because it never formed a locked, spinning outer boundary, the Dissociative Pressure Field has absolutely nothing to grip. Lacking this topological anchor, a neutrino generates zero structural drag. It does not get swept up in localized circulatory flows; it simply snaps straight through the pores of the Energetic Net, entirely immune to the kinematic sorting machine that dictates normal matter. 

More: https://doi.org/10.5281/zenodo.21277076 

Spotify Podcast: 

https://open.spotify.com/episode/6ufygR90omI1t1ms4xELCH?si=Hc8V3rihTQCn_jaapcqrKQ 

 

The CMB: The Real-Time Shivering of the Web 

Standard cosmology describes the Cosmic Microwave Background (CMB) as the ancient, fading light of the Big Bang, somehow still traveling through an empty vacuum after 13.8 billion years. The AM Model rejects this completely. The CMB is the omnipresent, real-time thermodynamic "hum" of the Energetic Net itself. 

When the primordial universe finished its violent unwinding and expanded to a halt, the medium settled at its deeply relaxed equilibrium of 10^{-10} J/m^3. The CMB is the literal, physical measurement of this ambient tautness. It is the baseline zero-point shivering of a perfectly stretched elastic web. It is not an ancient relic traveling from the edge of the universe; it is the uniform, structural vibration of the space sitting right in front of us. 

More: https://doi.org/10.5281/zenodo.19792357 

Spotify Podcast: 

https://open.spotify.com/episode/168E4ZgtSVxkto11E2dwRR?si=aHHPMHOHRHu9tF5MwSHsYg 

 

12. The Ultimate Fate: Black Holes and Localized Genesis 

Standard physics abandons mechanics at the Black Hole, labeling it an infinitely dense "singularity" where math breaks down. In the AM Model, math never breaks down; a Black Hole is a strict, finite structural reality. It is a Macroscopic Isolation Bubble, operating as the ultimate topological recycling engine of the cosmos. 

When matter is dragged into this abyss, it is subjected to absolute kinematic crushing. The severe pressure forces the circulating active skins of the entrapped matter to violently unwind and collapse. Inside this isolation bubble, the spatial net is packed so tightly it reverts to the exact, un-folded, super-tense state of the pre-Genesis universe, hitting the absolute topological saturation limit of 10^{59} J/m^3. 

Because the universe is swept by massive circulatory flows, these isolation bubbles are not static. Carried by the sweeping fluid-elastic currents of galaxies and superclusters, they continuously collide, merge, and cannibalize more matter. As an Ultra-Massive Black Hole (UMBH) grows, its internal volume of super-tense medium balloons outward. This forces its topological boundary— the elastic membrane separating the maximum 10^{59} J/m^3 interior from the relaxed 10^{-10} J/m^3 ambient space— to stretch across a vastly larger surface area. Structurally, this skin thins out, losing its density and its elastic capacity to contain the localized pressure. 

Eventually, this over-stretched boundary reaches a critical structural failure. The membrane violently ruptures. The trapped, super-tense medium explosively dilates outward into the relaxed ambient net. This catastrophic, localized expansion perfectly recreates the exact kinematic conditions of the original universe's birth— initiating new angular momentum, spinning up fresh matter-vortices, and seeding entirely new proton-cores into the cosmos. 

More: https://doi.org/10.5281/zenodo.19939483 , https://doi.org/10.5281/zenodo.19935110 

 

13. The Cosmic Shell and the Architecture of Flatness 

In the immediate aftermath of the Great Unwinding, the universe was not the perfectly flat, smooth geometric plane we observe today. It was mechanically chaotic. The spatial web was slacked, geometrically buckled, and violently struggling to find equilibrium. An elastic medium cannot simply suspend itself in a taut state; without a rigid perimeter to anchor the tension, the entire unwinding universe would have snapped back into a crumpled, collapsed state— a mechanical "Big Crunch." 

Survival (Admissibility and Persistence: see 8-Axioms) required an immovable anchor, and it was forged through exact kinematic timing. During the initial violent dilation, the ambient density of the early universe was still incredibly high. This meant the Dissociative Pressure on newly formed matter was absolute. To survive this extreme pressure, primordial matter was forced into near-instantaneous and aggressive aggregation, rapidly collapsing into swarms of early Ultra-Massive Black Holes. 

Driven by the staggering outward fluid-dynamic shockwave of the initial expansion, these colossal isolation bubbles were swept out to the absolute furthest perimeter of the unwinding space. Right as the universe's outward kinetic momentum was spent, these UMBHs hit the boundary. Their massive, rigid Non-Linear Elastic Pressure (NLEP) halos collided and fused, jamming together to form an impenetrable, macroscopic shell— a continuous, super-stiff outer boundary composed entirely of topologically saturated (10^{59} J/m^3) medium. 

This rigid shell locked into place at the exact millisecond required to catch the slacking net. By locking the entire perimeter of the cosmos in a state of unyielding, maximum tension, the shell physically pulled the internal medium perfectly taut, stabilizing it at the 10^{-10} J/m^3 baseline. This is the exact mechanical solution to cosmology's "Flatness Problem"— the observable universe is geometrically flat mainly because it is a 3D elastic web stretched drum-tight across a rigid, spherical frame. The rest of the reasoning of Flatness comes from the Flow and angular momentum of the Medium. 

Furthermore, this cellular architecture demands a staggering mechanical conclusion. Because our universe is a securely shelled topological bubble, its rigid outer boundary prevents it from bleeding out, physically permitting the existence of other adjacent universes. Reality is not a single infinite void, but a vast, tightly packed foam of these stiff-shelled universe-bubbles, each anchoring its own internal continuum. 

More: https://doi.org/10.5281/zenodo.21429704 

 

14. The Architecture of Reality: The Governing Derivations of the AM Model 

The Absolute Medium (AM) Model is not a conceptual philosophy; it is a rigorously formulated, physically deterministic framework of existence. To fully grasp this universe, we must replace the abstract mathematics of standard physics with the exact derivations, kinematic pressure fields, and structural limits that govern every millimeter of the continuous web. 

The Impossibility of the Void and the Hallucination of Extra Dimensions 

Modern physics relies on mathematical crutches: empty vacuums, "spooky action," and string theories demanding up to 11 extra dimensions to make their equations balance. The AM framework violently rejects all of this. Reality is fiercely three-dimensional and utterly continuous. 

Because the universe is an unbroken 3D elastic tension net, a "true void" or a tear in space is physically impossible. Ripping the continuum would require infinite localized tension, which is structurally prohibited (Axiom 7: Admissibility Preservation). Space is the absolute medium. Furthermore, "higher dimensions" are simply a mathematical hallucination. When physicists invent extra dimensions, they are blindly trying to account for the missing physical variables of fluid-elastic strain. Once you mathematically acknowledge space as a continuous, taut, and flowing physical web, the equations flawlessly resolve in strict, observable 3D geometry. 

The Energetic "Grain" and Absolute Determinism 

The spatial continuum is not infinitely, mathematically smooth; it possesses a fundamental structural resolution. The "Grain Size" of the Energetic Net is strictly derived at 3.34 nm. This is not a physical, hard "bead" of space, but the fundamental coherence length— the absolute minimum radial distance required for thermodynamic strain to mechanically hand off kinetic energy through the baseline web. 

Because of this rigid physical grid, the universe is entirely, uncompromisingly deterministic. The random "probability clouds" and chaos of standard Quantum Mechanics are an illusion born of incomplete measurement. The universe does not play dice. At the quantum scale, particles are simply topological knots interacting with the 3.34 nm energetic grain. Every transfer of energy, every wave propagation, and every particle movement is a strict, predictable consequence of localized fluid-elastic cause-and-effect. 

 

The Mechanical Trinity: DP-Field, VCP, and NLEP 

Within this deterministic net, matter exists in a constant state of structural warfare, governed by three exact, derived kinematic pressures: 

 

Scale-Invariant Dissociative Pressure (SIDP) and the Mishu Scaling Law 

The most profound mathematical derivation of the AM framework is the absolute unification of the cosmos. There is no separation between the "Quantum World" and the "Cosmological World." The universe is strictly Scale-Invariant. 

This unbroken symmetry is mathematically formalized in the Mishu Scaling Law. This law dictates that the exact same fluid-elastic equations governing the dual-toroidal spin of a microscopic proton dictate the massive, sweeping rotation of a Supermassive Black Hole. The mechanics of Scale-Invariant Dissociative Pressure prove that the tearing force of the net scales identically relative to the density of the topological fold, regardless of its size. The DP-Field operates under the Non-Linear Elasticity Principle (NLEP). This means the tension net is "strain-stiffening." It does not exert a blind, fixed tearing force. Instead, it reacts precisely to the localized geometric stress placed upon it. 

Because the tearing force (F_{tear}) scales in direct proportion to the structural density (rho_{knot}) of the object, their relationship is perfectly linear across all scales. 

Thus, the ratio is a Universal constant (K). 

F_{tear} / rho_{knot} = K 

The constant is the ultimate expression of the Phase-Differential between Layer-1 (the relaxed tension net) and Layer-2 (the compressed topological knot). Because there is only one continuous tension net filling the universe, its inherent physical properties— its baseline density, baseline tension, and base-frequency— never change. Therefore, the ratio of how it reacts to density can never change. 

 

Meaning, whether the medium is gripping a 3-nanometer active skin or a 3-lightyear galactic bulge, the rules of structural drag, NLEP stiffening, and continuous advection remain exactly the same. The cosmos uses only one blueprint. A galaxy is a macroscopic proton; a proton is a microscopic galaxy. It is one flawless, deterministic machine. 

More: https://doi.org/10.5281/zenodo.20799609,  https://doi.org/10.5281/zenodo.20593442 

Spotify Podcast: 

https://open.spotify.com/episode/4EiT2oTsYLE1BfIeOHQ5o3?si=qm6vRPCNSbibVSkbTfhWtA 

https://open.spotify.com/episode/7nKMiiJfTB8isBUEhrBX51?si=EYYX_iySTAmC3azTdZG7pg 

 

Reference Web-pages with Articles: 

https://sites.google.com/view/absolutemedium/home 

https://independent.academia.edu/SreemanMishuBarua 

 https://www.researchgate.net/profile/Sreeman-Barua?ev=hdr_xprf