Exploring the Connection Between Photons and Consciousness in Black Holes

Leh, India Jul 20, 2026 ALN: A single photon, after travelling across space for probably billions of years, reaches the human eye. The instant it enters the eye and strikes the retina, it loses itself forever as a photon. It never returns or reflects into the universe. Instead, it surprisingly starts to be transformed. Photon makes light that transforms into an electrical signal, perception, memory, and ultimately conscious experience. Ah, a piece of the cosmos turns into an idea.

This straightforward observation prompted a query that has persisted in my thoughts. Photons are also absorbed by a black hole. Additionally, those photons never return in their original form into the universe. Could these two seemingly unconnected incidents have a deep connection? One is the source of human awareness, while the other is still one of the biggest mysteries in physics.

I do not claim that this is proven science. I offer it as a philosophical investigation. It seems that human consciousness develops not just from the absorption of photons but also from the transformation, integration, memory, and experience of the information those photons carry. The language of light is transformed into the language of meaning by the human brain. Black holes could be amazing information stores, according to modern physics. Many scientists concur that information itself is crucial to comprehending black holes, despite ongoing disagreements about how information is stored there.

John Archibald Wheeler, a physicist, has said that we live in a "participatory universe," where reality is shaped by observation itself. If Wheeler was correct, awareness is an essential aspect of the universe itself rather than just an accidental consequence of biology. Take a moment to consider how unlikely it is that you exist. Every atom in your body was created in the nuclear furnaces of extinct stars that dispersed their rich remnants around the galaxy after they perished spectacularly. The calcium in your bones, the carbon in your cells, and the oxygen in your lungs all originated from stellar catastrophes billions of years ago.

The universe gradually accumulated the chemical components required for life across innumerable generations of stars. Then, over the course of an uninterrupted evolutionary process that lasted about four billion years on Earth, those components arranged themselves into the complex brain networks that enable you to comprehend these words and consider their meaning.

This is not just a matter-and-energy tale. We can never fully comprehend the "thing-in-itself", the noumenal reality that exists apart from our perception, according to renowned philosopher Immanuel Kant. We only ever encounter phenomena, which are the outward manifestations of objects mediated by our senses and organised by our minds. You don't actually experience the old photon when it hits your retina. Your brain reconstructs that photon using chemical gradients, electrical signals, and synaptic firings, and you experience the neural representation of that photon. Instead of the actual world, you encounter a meticulously constructed imitation of it.

Nevertheless, this imitation or simulation's effectiveness is astounding. It makes it possible for you to move around your surroundings, identify faces, admire beauty, fall in love, make art, develop ideas about black holes, and pose meaningful queries about the essence of life. We have constructed entire civilizations on the simulation because it is so effective.

We have created mathematical languages that describe the subatomic world and the distant galaxies, surveyed the universe with our instruments, and even started to decipher the neurological circuitry that makes it all possible. However, as we acquire more knowledge, we become more aware of how much we do not know about the reality. A reality that is essentially probabilistic, non-local, and possibly even observer-dependent is what quantum mechanics offers us. Furthermore, theoretical paradoxes presented by black holes, those mysterious areas of spacetime where gravity grows so strong that not even light can escape, threaten our most treasured beliefs, such as the conservation of information.

Herein lies the fresh relevance of our philosophical investigation. If black holes are, in fact, stores of vast amounts of information that are arranged and integrated in ways that are difficult for us to comprehend, we must ask: Could such remarkable information integration lead to the emergence of something similar to consciousness?

A daring inquiry is raised by this. If the integration of information is closely linked to consciousness, is it possible that the cosmos has forms of consciousness that are very different from our own? I'm not saying that black holes think like people do. Such a claim would be unsupported by logic or evidence. Instead, I question if our biological conception of awareness is too limited. Maybe the concept of awareness is just one way that nature expresses a more fundamental idea. Neurons are the building blocks of human organisation. Could the cosmos possess other architectures of organization beyond biology?

Consciousness is produced by billions of neurons arranged in a brain; it cannot be found in a single neuron. In a similar vein, a single star lacks consciousness, but billions of stars arranged in a galaxy may exhibit some kind of cosmic awareness that functions on spatial and temporal scales that are beyond our comprehension. About 86 billion neurons make up the neuronal network of the human brain, each of which is coupled to thousands of other neurons to form an astounding 100 trillion synaptic connections.

Each of the galaxy's roughly 100 billion stars is gravitationally connected to every other star, forming an incredibly intricate cosmic web. Is there any possibility that the galaxy has consciousness? Though that may sound like science fiction, keep in mind that the universe has had 13.8 billion years to organize itself. Only in the last few hundred thousand years has human consciousness appeared on Earth; it is a fleeting moment in cosmic time. The universe continued to change even if there was no life on Earth as we know it prior to it. Planets came together, stars ignited, and galaxies emerged. Was there any ambiguous consciousness inherent in the structure of matter itself, or was this merely mechanistic and unaware?

Some philosophers, especially those who support panpsychism, contend that consciousness is a fundamental feature of the cosmos and can be found in nature to varied degrees. Similar to how mass and charge are intrinsic properties of matter, consciousness may also exist in its most basic form and develop into more complex awareness as complexity rises. Therefore, the photon that transforms into a thought might not signify the emergence of awareness but rather the discovery of a more profound unity already present in reality.

Baruch Spinoza shared this worldview, viewing mind and matter as two manifestations of the same underlying reality rather than as distinct things. If this is the case, we are participants in a universe that is progressively becoming aware of itself through our ideas, discoveries, and creative endeavours rather than detached viewers of the universe that appears to frighten you. The great poet Rainer Maria Rilke once wrote: "Perhaps everything that frightens us is, in its deepest essence, something helpless that wants our love." This sentiment can be extended to the universe itself. The cosmos, in all its vastness and mystery, may be something that wants to be known, understood, and loved.

Now let us get back to the black hole. The photon is lost to our view when it passes through the event horizon. The entire structure of spacetime keeps information from escaping the gravitational abyss, so we can never know what happens to it—not because physics forbids it. In contrast, the photon that entered the human eye started a series of brain processes that led to conscious perception.

With our tools, we can measure, trace, and comprehend that pathway—at least in principle. However, there may be a deeper affinity between these two photons. Both are taken up, changed, and included into a bigger system. Both help to organize the data. Both take part in reality's continuous growth. One leads to human awareness, whereas the other causes a black hole to grow. Is it possible that black holes are cosmic wombs rather than cosmic prisons, where information is processed, changed, and reborn in different forms?

The Orch-OR theory, put forth by physicist Sir Roger Penrose and anesthesiologist Stuart Hameroff, suggests that quantum events in neuronal microtubules are the source of consciousness. If this theory is correct, then quantum processes that also function close to black hole event horizons are necessary for awareness. The emergence of mind and the quantum qualities of matter may have a profound relationship.

Even though it may seem radical, let's consider one more idea. Black holes may be the world's most sophisticated quantum computers if they are areas of spacetime where quantum gravity takes over and if quantum gravity entails significant information processing. And if advanced quantum computing is a prerequisite for consciousness at the cosmic scale, then black holes might indeed be conscious—not in any biological sense, but in a manner appropriate to their nature.

How might such awareness manifest itself? It would exist on timescales that are incomprehensible to humans. It could take millions of years for an idea to develop. Our world would be dwarfed by the spatial sizes at which it would function. It would see space and time in ways that are beyond our comprehension. It would be completely real, completely alien, and completely ambiguous. Some people might reject this notion right away. It could be interesting to others. Both answers are worthwhile. Advancement has never relied solely on consensus; rather, it has relied on intelligent inquiry carried out with integrity. Science advances through evidence. Philosophy advances through reason.

I am presenting it as an invitation to broaden your perspective, challenge your presumptions, and enjoy the mystery of life. When someone dared to pose an absurd question, the greatest scientific revolutions got underway. What would it be like to ride a beam of light, Einstein wondered? Heisenberg questioned if the act of observing itself could influence what was seen. Hawking questioned whether black holes could emit light. At the time, each of these queries seemed ridiculous. They all changed the way we perceived the world. Now, I want you to think about this: what if consciousness is not limited to the brain? What if there is more life, awareness, and significance in the universe than we have ever dreamed? What if our search for understanding is not merely a human pursuit but a cosmic imperative?

The photon that enters your eye and the photon that vanishes into a black hole are both components of the same narrative, that of a universe that is constantly organizing, changing, and maybe even reflecting on itself. The information that forms a black hole and the information that creates your idea are both components of the same information, the information that makes up reality. We don't know if black holes have consciousness. Whether the universe thinks or not is unknown to us.

However, we are aware that we are here, posing these queries, and that by doing so, we are taking part in something remarkable. The answer lies in the query. The destination is the journey. Both the photon that turns into a black hole and the photon that turns into a thought are journeys into the unknown. It is a voyage from existence to awareness, from matter to meaning, from physics to philosophy. Every day, every sunrise, every glance, and every question we dare to ask are all part of this trip.

I propose a philosophical possibility: every orbit may conceal a deeper orbit, and every centre may seek a deeper centre. Beyond the final centre may lie not just another black hole, but the only reality that needs no centre, the Absolute Centre of Consciousness.