The Harmonious Hum of the Universe

A Visual Journey Through the Cosmic Symphony of Connection and Progress

Romesh Niriella

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In the vast expanse of the universe, a subtle hum whispers the tale of creation, existence, and interconnectedness. This hum is not merely a cosmic background noise; it is the symphony of gravitational waves, recently discovered by the researchers at the North American Nanohertz Observatory for Gravitational Waves (NANOGrav). This newfound understanding of the universe’s symphony provides an awe-inspiring glimpse into the complexity of our existence, interconnecting everything from the smallest quarks in our brains to the cosmic giants — the stars and galaxies — painting a vibrant tableau of the universe’s circular and reciprocal nature.

The Timeless Photon and the Observer Effect — At slower speeds, we perceive a progression on the speedometer; however, traveling at the speed of light would render us a unified vision of everything, everywhere, all at once.

Let us start our journey through the lens of a photon, the fundamental particle of light. It exists and operates within the realm of quantum mechanics, a universe where particles behave more like waves, and uncertainty reigns supreme. The photon, although massless and fleeting, carries with it information about its origins, journey, and interactions. As it journeys across the cosmos, it may encounter the gravitational hum, subtly altering its course in a phenomenon known as gravitational lensing.

As the photon reaches Earth, it may be absorbed by a leaf on a tree, contributing to photosynthesis, fostering life. The same photon may also find its way to a human eye, sparking a cascade of electrical signals that culminate in vision. From a human perspective, photons are more than just particles of light; they are the harbingers of information, enabling us to connect with the world around us.

A photon, upon reaching our brains through our eyes, induces subtle changes that subsequently manifest as actions, thereby reshaping the environment around us.

Now, imagine this photon reaching a human brain, specifically the brain of a software developer. As it interacts with the quarks within the atoms of neural circuits, it subtly influences their quantum states. These changes, though minuscule, form part of the brain’s electrochemical symphony, which enables the creation of thought, imagination, and innovation.

The hum of the universe isn’t just “out there” — it’s within us, too. As these quantum events occur in…

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Romesh Niriella

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