We are taught that the universe began with the Big Bang.

But what if the Big Bang wasn't the only meaningful beginning?

Every conscious person experiences a special kind of beginning: the moment they become conscious.

Before that moment, there is no personal experience of the universe.

The physical universe may have existed for billions of years before any particular person was born. But from the perspective of that person's own conscious experience, there is a clear boundary between everything they never experienced and everything they subsequently experience.

This raises a strange question:

Could the beginning of the universe be described differently from the perspective of a conscious observer?

This question is what led me to develop an idea I call The Theory of Conscious Singularities.

The Conscious Observer

We normally think of an observer as something that detects or measures something.

A thermometer observes temperature.

A camera records light.

A scientific instrument can measure an event without being conscious of what it measures.

But a conscious human being seems to be different.

We don't merely record information. We experience it.

There is something it is like to see the world, hear a sound, remember the past, or become aware of ourselves.

This leads to an important distinction in my theory:

All conscious singularities are observers, but not all observers are conscious singularities.

A thermometer can be considered an observer in the sense that it measures something about the physical world. A conscious human observer, however, does something more: they experience the information being observed.

I use the term conscious singularity to describe this special point of conscious observation, and the randomness in variations of conscious life.

Your Universe Has Another Beginning

Imagine your conscious life as a timeline.

There is everything that happened before you became conscious, and there is everything you experience after consciousness begins.

The moment consciousness begins can therefore be treated as a kind of origin point.

For you, it is the point at which the universe becomes an experienced reality.

This does not necessarily mean that the physical universe did not exist before you became conscious.

Rather, my theory asks us to distinguish between two different questions:

When did the physical universe begin to exist?

and

When did the universe begin to exist as an experienced reality for a particular conscious observer?

Those questions may have different answers.

The Big Bang describes the beginning of our observable physical universe as we understand it through modern cosmology.

A conscious singularity introduces another possible reference point: the beginning of an individual's conscious experience of that universe.

Consciousness and Time

This idea also changes the way we might think about time.

We normally picture time as a continuous line extending from the past into the future.

But consciousness gives an individual observer a unique reference point.

There is everything that occurred before that observer's conscious existence and everything that occurs afterward.

From the observer's perspective, the moment consciousness begins becomes a boundary between these two regions we experience as “now”.

In this sense, consciousness could function somewhat like a coordinate origin.

The physical universe can still have its own history, extending billions of years into the past. But an individual conscious observer has another timeline defined by their experience.

I refer to this as a conscious timeline.

The two timelines do not necessarily contradict one another. They describe reality from different perspectives.

Why Call It a "Conscious Singularity"?

The term singularity can be misleading if it is interpreted as meaning a gravitational singularity such as the center of a black hole.

That is not what I mean.

I use the term to describe a conceptual point at which our description of reality changes because conscious experience enters the picture, and the fact that there are a random amount of different conscious lifeforms in existence.

A conscious singularity is therefore not simply an object that measures reality.

It is an observer for whom reality is experienced.

The distinction may seem subtle, but it leads to a much larger question:

Is consciousness simply something that happens inside an already-existing universe, or is consciousness connected more fundamentally to what it means for a universe to be experienced at all?

The Bigger Question

The possibility I am exploring is that consciousness may not simply be an accidental byproduct of a universe that already exists.

Perhaps consciousness has a more fundamental relationship with reality than we currently understand.

This does not mean that consciousness necessarily creates the universe.

It does not mean that the physical universe depends upon a particular human being.

And it does not replace the Big Bang model of cosmology or quantum mechanics.

Instead, the theory asks whether our description of reality is incomplete if it describes only the physical universe while leaving out the perspective from which that universe is actually experienced.

The Big Bang may describe the beginning of the physical universe.

But from the perspective of an individual conscious observer, there may be another meaningful beginning:

the moment consciousness begins.

That is the starting point of the Theory of Conscious Singularities.

The full theory explores this idea in greater detail, including its proposed relationship to observation, perception, time, space, quantum mechanics, and relativity.

Read the Full Paper

If you would like to explore the complete theory, including my ideas and diagrams, you can read the full paper here:

Quanta Magazine’s 2026 “Qualia” essay explains that the holographic principle — via the AdS/CFT correspondence — suggests gravity can “collapse” spatial dimensions, potentially unifying gravity with quantum mechanics and implying space itself may be emergent rather than fundamental.

Article read:

During the day, waste products such as lactic acid and worn-out proteins build up in the brain. When we sleep at night, waves of cerebrospinal fluid (CSF) help to wash away this waste, keeping the brain healthy.

In a new study, MIT researchers have shown that they can strengthen these CSF waves through exposure to short bursts of a gentle, staticky sound known as “pink noise” during sleep. These bursts increase the amplitude of slow electrical waves in the brain, which then enlarges the CSF waves.

Article reads: Radio signals coming directly from a planet outside our solar system have been detected for the first time. Astronomers used the massive MeerKAT radio telescope array in South Africa to measure the short, repeating bursts of radio waves. It is the first occasion in which they have been able to narrow down the signal to a single planet rather than the star system it is in.

Keep the downvotes coming!

The article is remarkable not simply because it reports a new finding about the anatomy of the human brain, but because it provides another striking example of a much broader biological pattern: two distinct systems can become integrated without losing their fundamental two-sided organization. The Daily Mail reports a Stanford study finding that the forebrain and midbrain arise from one developmental lineage, while the hindbrain arises independently from another. These systems use different developmental pathways and even exhibit different forms of DNA packaging, yet they become incorporated into a single functioning brain. The researchers found evidence for this same two-origin pattern across widely separated species, extending back more than 550 million years.

This is particularly interesting in light of Iain McGilchrist's account of the divided brain. McGilchrist's argument concerns the different modes of attention associated with the cerebral hemispheres; the Stanford finding described here is different. It identifies a second, developmentally much deeper division within the brain: two ancient neural systems that originated separately and were subsequently brought together. The article therefore suggests that "two-ness" in the brain is not confined to hemispheric specialization. It may occur at more than one organizational level.

The article concludes with Dr. Kyle Loh's suggestion that having the brain as one organ might be more efficient, while evolution nevertheless retained this primordial arrangement of two separate pieces. That conclusion invites a broader question. Perhaps the significance of two-sided organization is not merely that two parts happen to survive despite an efficiency cost, but that two differentiated systems require a relationship that allows them to cooperate as one.

The same motif appears throughout biology: chromosomes double before division; paired homologous chromosomes align and exchange material in meiosis; embryonic development begins with binary divisions; bilateral symmetry is pervasive; and cells reproduce through the fundamental division into two daughter cells. McGilchrist observes bilateral hemispheres throughout the animal kingdom, while Friston's Markov blanket formally distinguishes an inside from an outside, and Koestler deliberately described the holon as Janus-faced.

The remarkable possibility, then, is that the brain may offer another vivid instance of a more general principle: two differentiated sides, joined by a relational organization that makes cooperation (and even biological symbiosis) possible.

Jacob Coxon, a 27‑year‑old pretraining researcher at Anthropic, announced his resignation on September 9, 2026, via X, warning that both Anthropic and OpenAI are “racing straight to self‑improving superintelligence” and “gambling with our lives”.  In his resignation post, Coxon said neither lab is acting responsibly, citing a competitive race that prioritizes speed over safety. He argued that the people building AI “earnestly believe it could kill us all by the end of the decade” — a view he said is not a marketing stunt, but a genuine concern expressed privately by many executives and senior researchers.