Neutrino Science

NEUTRINO SCIENCE
THE WORLDS #1 SOURCE FOR NEUTRINO RESEARCH

We realize they have three various masses as well, but we don’t know…
The fact that neutrinos exist in three flavors is maybe the most crucial thing to …
One of the most successful ways for scientists to examine neutrinos is to use particle…
Neutrinos are elementary particles, which means they are one of the many sorts of small…

NEUTRINOS
KEY FACTS

1930

Paulis NEUTRINO Proposal

1956

NEUTRINO Direct detection

92

YEARS OF NEUTRINO SCIENCE

2015

Nobel Prize in Neutrino Physics

NEUTRINOS ARE FASCINATING
PARTICLES IN OUR UNIVERSE

...that could hold the key to answering many questions about the universe

What are the properties of neutrinos ?

Neutrinos are...

  • FUNDAMENTAL
  • ABUNDANT
  • ELUSIVE
  • OSCILLATING

fundamental particles !

  • MYSTERIOUS
  • DIVERSE
  • LIGHTWEIGHT
  • VERY MYSTERIOUS

FLAVORS OF NEUTRINOS

The fact that neutrinos exist in three flavors is maybe the most crucial thing to know about them. Each type of neutrino is regarded as a fundamental particle, or one of the fundamental building components of our universe that cannot be broken down further.

Muon Neutrino (ve) 100%
Electron Neutrino (νμ) 100%
Neutrino Tau (ντ) 100%

WHAT EXACTLY IS A NEUTRINO?

It’s true that a neutrino is a particle! It’s one of the so-called fundamental particles, meaning it’s made up of no smaller components that we’re aware of. Neutrinos belong to the same family as the most well-known fundamental particle, the electron….

LATEST NEWS & BLOGS

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The universe we know—the bright stars scattered across the night sky, the swirling galaxies millions of light-years away, and the dense, shadowy black holes lurking in deep space—holds far more than meets the eye. Between these grand celestial phenomena, a steady stream of particles races through space and time, gliding invisibly through matter and passing through entire planets, stars, and galaxies without a trace. These elusive messengers, known as neutrinos, are among the most mysterious subatomic particles we know. They dance undetected through our world and beyond, seemingly ghostlike but undeniably present in every corner of the cosmos.
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The hum of AI is no longer just a whisper in the tech labs of Silicon Valley—it’s everywhere, transforming industries, redefining services, and embedding itself into the fabric of daily life. From managing sprawling digital landscapes to executing data-heavy processes in milliseconds, AI represents a major leap in computational power, and this leap comes with an equally monumental demand for energy.
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In the quiet, often overlooked corners of scientific exploration, some of the most groundbreaking discoveries are made. Take, for example, the nearly invisible neutrino—once considered little more than a theoretical curiosity. Yet today, these elusive particles are at the center of a global research effort aimed at transforming our understanding of the universe.
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The modern world, teeming with devices that demand constant power, is caught in a relentless chase for energy. The infrastructure of yesterday, built to accommodate the predictable needs of a simpler era, now strains under the burden of an increasingly digital and electrified future. Yet, amid this challenge, a new dawn of energy innovation is emerging—one that transcends the limitations of conventional renewable resources.