Schrödinger's Cat and Quantum Reality: A Bangladesh Experiment

Byline: A Catious Eyes of A Cat's eyes blurring the boundaries between observation and reality.

In 2025, a young researcher named Mehedi from the University of Dhaka was immersed in the secrets of quantum mechanics. His paper focused on one of the most famous and most enigmatic ideas in quantum theory: the Schrodinger cat, and how it was actually modeled in the age of quantum computers.

For unknown people, Schrodinger's Cat is a famous thought experiment proposed in 1935 by Austrian physicist Irwin Schrodinger. It describes a virtual cat in a sealed box with radioactive atoms, violinist meters and vial poisons. When atoms collapse, poison is released, and the cat dies. Otherwise, the cat is alive. Quantum theory suggests that it exists in both the living and dead overlays until cats open the box and observe. It is a paradox that should explain the madness of quantum mechanics.

Mehedi was fascinated by this paradox not as a philosophical puzzle but as a challenge. What happens if you can actually "see" a quantitative cat?

To do this, he developed a software-based quantum simulation using Qubits. In contrast to living animals, this virtual cat can be present at the same time in several conditions determined by the same mathematical principles as quantum particles.

In the first stage of his experiment, Mehdi programmed his quantitative kitten to show overlapping that seemed to sleep, wake up, hungry, full, attentive and relaxed. The data acted like a theoretical quantum system. If not observed, the system had several probabilities. However, the moment Mehedi "measured" the system - by performing certain calculations - the overlay collapsed into a certain state.

This phenomenon is perfectly in line with the observer effects of quantum mechanics. This suggests that observations affect the outcomes of quantum systems.

Avidly with the results, Mehedi expanded the project by designing a public interface that allows users to observe digital cats in real time. All observers achieved different results. Some saw a sleeping cat, while others saw it playing and eating. All observations were unique - the idea that reality can only exist in solid states when observed.

His experiments sparked a broad curiosity in the academic community. Professors, students and journalists visited his lab. "Please tell me that reality will only become reality when we see it?" He asked. Others were even more skeptical. But the data was there. Mehdi did not use real cats - the animals were not injured - but he created a living model of quantum uncertainty. One day, Mehedi's lab visited and said, "We know that we don't just try cats... we know that we're experimenting with the nature of reality itself."

Mehedi replied: "Yes, maybe that's the point. Cats were never a secret. The secret is - the observer.The results of the study by Mehedi were published in the Global Physics Journal under the title: "

This article was viral in the scientific community. He was a physicist from the University of Tokyo. Some praised it as the next boundary in quantum logic simulations. Others discussed ethical and philosophical implications.

In his final paper declaration, Mehdi writes:

"For the cat's eyes, we saw the basics of the universe. Reality is not a fixed structure, but an area that we may decide."

Important scientific concepts used in articles:

Quantum surplus: Quantum systems can exist simultaneously under several conditions.

Observation of quantum systems affects results. Enables the simulation of stochastic systems. Schrödinger's Cat: A paradox with quantum uncertainty in the macroscopic world.

The story about science of cats.