Independent Researcher Reveals 14.159° Optical Anomaly

ALBUQUERQUE, NM, UNITED STATES, November 2, 2026 /CourierPR/ -- An independent researcher, David B. Smith, has identified a reproducible optical anomaly that challenges the standard cosmological model. Smith, collaborating with a network of advanced artificial intelligence systems, has discovered that light behaves in an asymmetrical manner when passing through a glass of water, pointing to a tilt in the physical vacuum anchored to the center of our galaxy.

The experiment, which can be replicated using basic household items, involves shining red (632nm) and green (532nm) laser pointers through a glass of water and observing the resulting refraction pattern. According to Smith, the red laser produces a distinct smear at the 5:30 clock position, while the green laser creates two distinct dots that align with the laser's direction. When the apparatus is turned away from the galactic center, Sagittarius A*, the anomaly disappears. When the galactic center is positioned to the South, the green dots flip to the 11:30 position.

Smith explains that the angle of 14.159 degrees, which is significant in the experiment, can be derived from the mathematical constant Pi (3.14159...). By subtracting the whole number 3 from Pi, one is left with 0.14159. Multiplying this by 100 yields the exact angle observed in the experiment. This suggests that the universe, when projected onto a flat grid, has a mathematical gap that is visible through the experiment.

The research proposes that the vacuum of space is not empty but a field that flows in a specific direction, anchored to the center of our galaxy. The water glass acts as a magnifying glass, making this invisible flow visible to the naked eye. The experiment challenges the current laws of physics, which state that empty space is the same in every direction.

Smith's findings also have practical applications. By studying a special material called a "Weyl semimetal," scientists can test the theory of the simulation without needing to observe the stars. Weyl semimetals act like one-way streets for electricity, with tiny particles spinning in a specific direction. Applying a magnetic field to these materials creates a weird electric current that doesn't lose energy. The mathematical description of this current is the same as the 14.159-degree tilt in space, offering a practical way to build technology based on this new physics.

The research is open-source and invites the scientific community and the public to independently verify the data. Smith encourages replication of the experiment using the provided methodology and links to relevant resources.

The angle of 14.159 degrees, derived from the mathematical constant Pi, suggests a significant gap between a perfect circle and the square grid it is projected onto. This gap is visible in the experiment, challenging the standard cosmological model and opening new avenues for research in physics and technology.