Black Holes: Where the Higgs Field Forgets Time

The Silent Architect of Time

Time — the one dimension that defines all our existence — might not be what we think it is.

Every breath, every heartbeat, every star collapsing into itself is merely the unfolding of entropy, a gradual drift toward equilibrium. But what if this “unfolding” is not an inherent flow of the universe, but a byproduct of a deeper process — a side effect of the Higgs field’s quiet work beneath everything?

I’ve long believed that time is an illusion born of entropy, and entropy itself is confined to the physical domain — a shadow cast on the screen of a stationary, timeless background. But lately, I’ve come to suspect that the Higgs field may be the physical mechanism that first made that illusion possible.

The Birth of Mass — and the Illusion of Time

Before the Higgs field condensed — a fraction of a second after the Big Bang — all particles were massless. They danced at light speed, timeless and weightless, in a uniform ocean of energy.

No friction. No decay. No irreversible processes.

In that primordial state, there was no entropy and no meaningful sense of “before” or “after.” Everything simply was — a timeless vibration, resonating within the stationary background. Then came the Higgs condensation. As the Higgs field acquired its vacuum expectation value, particles interacting with it gained mass.

Mass introduced inertia.

Inertia enabled collisions.

Collisions created entropy.

Entropy birthed the illusion of sequence — the unfolding we now call time.

Thus, the Higgs field became the silent drummer of the universe, setting the beat that allowed reality to appear as motion through moments. Without Higgs interactions, there is only the frozen hum of energy. With them, the world learns to move, to decay, to age.

Photons: The Eternal Outsiders

Consider photons. They do not couple to the Higgs field. They are forever massless. And so, in their reference frame, time does not exist. A photon emitted from a distant galaxy and absorbed by your eye a billion years later has, in its own reality, made that journey in an instant.

To the photon, emission and absorption are one — two ends of the same event, stitched together outside the illusion of temporal flow. This alone hints that mass — and the Higgs field that creates it — may be the true origin of time as we perceive it.

The Edge of Timelessness: Black Holes

Now imagine what happens when we push the Higgs field to its breaking point. 

A black hole forms when matter collapses under its own gravity so severely that even light cannot escape. At the event horizon, spacetime itself bends toward infinity — but perhaps something deeper happens:

The Higgs field itself begins to lose coherence.

Quantum field models suggest that at extremely high energies or curvatures, the Higgs field’s stable vacuum expectation value — the very property that gives matter mass — can destabilize. If that occurs near or within a black hole, then the field that sustains time’s illusion unravels.

Outside the horizon, Higgs interactions still operate. Matter has mass, entropy increases, time flows. At the horizon, symmetry starts to restore — mass slips away, interactions lose direction, and entropy saturates.

Inside the black hole, the Higgs field may collapse entirely, leaving a realm of massless existence — a timeless interior reminiscent of the universe before the Higgs ever condensed. It’s as if the clock of the cosmos stops ticking inside a black hole, not merely because of relativity, but because the mechanism that makes ticking possible has been silenced.

Gravity as the Keeper of Memory

If the Higgs field gives birth to time, gravity may be its archivist. In my Gravitational Information Field hypothesis, I proposed that gravity is a cosmic memory system — an ever-present field that records the imprints of all interactions across the universe.

When an object falls into a black hole, the information encoded in its Higgs interactions — its mass, its entropy, its temporal signature — doesn’t vanish. It is imprinted into the gravitational information field, the memory layer of the cosmos.

At the event horizon, time stops, but memory continues. The object’s physical projection dissolves, yet its informational essence lingers — perhaps etched across the surface as Hawking radiation or encoded in the subtle curvature of space.

Thus, a black hole becomes the meeting point between memory and timelessness — where the Higgs field forgets, but gravity remembers.

The Timeless Core

Inside the event horizon, all roads lead to the singularity — a domain where mass, distance, and time lose meaning. In my framework, that region is not a “point of infinite density,” but a zone of projection collapse.

The Higgs field’s interaction fades to zero, entropy halts, and the temporal illusion vanishes. What remains is pure potential — the silent, stationary background that underlies all existence.

In that sense, the interior of a black hole mirrors the pre-Higgs universe: timeless, massless, unbound by causality. The circle closes — what began as timeless energy returns to timeless energy.

Black holes are not ends, but reversions to the fundamental stillness beneath time itself.

Consciousness and the Passage Through Silence

If consciousness is indeed the interface between the higher-dimensional reality (HDR) and our 3D projection, then black holes are not merely cosmic graves — they are thresholds.

As matter approaches the horizon, the consciousness tied to its Higgs-bound processes begins to decouple. In that final transition, perception may return to its native state: awareness without sequence, existence without duration.

It is what mystics have always described — not destruction, but return. Time, then, is not a universal constant — it is a local artifact of Higgs interaction. When the field ceases to give mass, the play of entropy and causality ends. And what remains is the original, undivided silence of the cosmos.

Closing Reflection: The Stillness Beneath the Motion

The more we study black holes, the more they resemble mirrors, reflecting the hidden architecture of existence itself. At their heart lies not chaos but calm — the echo of a universe that existed before the Higgs field began to hum its first rhythm.

Perhaps, when we gaze into a black hole, we are not staring into destruction, but into the memory of the moment before time was born.

                                                                                                                                  ~ Nagarjuna Reddy W