Hidden beneath the forests of South Dakota, USA, an underground laboratory hosts an ambitious mission: to understand why the Universe exists. A team of scientists is working tirelessly to solve one of the greatest mysteries in modern physics.
They are in a direct race with researchers from Japan, who are already a few steps ahead in this quest. The challenge? Current theories about the origin of the Universe still cannot fully explain how stars, planets, and galaxies came to be.
To try to solve this cosmic puzzle, scientists are focusing on an almost invisible particle called the neutrino. They believe this tiny particle may hold crucial clues about the origins of everything.
In the U.S., the project is known as DUNE, short for Deep Underground Neutrino Experiment. The lab where this groundbreaking research happens is located 1,500 meters below the surface, inside three massive caverns carved specifically for this experiment.
The sheer size of the site is breathtaking. To give an idea, workers and their heavy machinery look like toy models compared to the vastness of the space. Jaret Heise, scientific director of the facility, describes the caverns as true “cathedrals of science,” built to shield the sensitive equipment from surface noise and radiation.
DUNE is now about to enter a crucial new phase.
“We are ready to build one of the most sophisticated detectors ever created, which could completely change our understanding of the Universe’s origins,” says Heise, who has been involved in the construction for nearly a decade at the Sanford Underground Research Facility.
The project brings together more than 1,400 scientists from 35 countries, all united by the same question: Why do we exist?
This mystery goes back to the very first moments of the Universe. During the Big Bang, two types of particles were created: matter, which forms everything we know — planets, stars, and even ourselves — and antimatter, which is essentially the mirror opposite of matter.
According to the laws of physics, both should have canceled each other out, leaving behind nothing but a massive release of energy. Yet, for some unknown reason, matter won this cosmic battle. And it’s exactly this answer that scientists are now racing to uncover.
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