On Long Island, a massive particle detector has just passed a crucial test, bringing us closer to understanding the universe's earliest moments. The sPHENIX detector, a 1, 000-ton behemoth, successfully measured energy levels from high-speed gold ion collisions. This success is like a new telescope taking its first picture—it's not groundbreaking yet, but it's a sign...
The universe is full of mysteries, and one of the biggest is the neutrino. These particles are so small that they are nearly impossible to detect. Scientists have been trying to figure out just how tiny they are. Recently, they set a new record for the upper limit of a neutrino's mass: no more than 0. 45 electron volts (eV). To put this into perspective, an electron ...
Astronomers and physicists are buzzing about a recent discovery made deep in the Mediterranean Sea. They've spotted a tiny, ghostly particle zooming through space at mind-blowing speeds. This particle, a neutrino, is believed to be the fastest ever detected on Earth. The discovery was made by a global team of roughly 350 scientists. They found the neutrino using a ...
Did you know that nature might be showing a preference for certain particles over others? This is what physicists call CP violation, and it's a big deal in the world of particle physics! Let's dive into this fascinating topic and explore how rare decays play a crucial role in understanding this phenomenon. Just imagine you're looking at a particle, and you notice th...
Let's dive into the world of particle physics with TESLA, a powerful electron-positron linear collider. This advanced machine is designed to operate at energies ranging from 500 to 800 GeV. But what does this mean for physics? Well, these energy levels allow scientists to probe deeper into the building blocks of our universe. TESLA's performance is heavily influence...
Imagine you're a detective, and your job is to solve mysteries of the smallest particles in the universe. That's what scientists are doing with the TESLA collider and its special detective tool, a new high-energy e+e- annihilation detector. This isn't your typical detective work; we're talking about particles so small they can't even be seen with a microscope. The T...
Imagine a vast digital library where anyone can explore and contribute to science. That's the European Open Science Cloud in a nutshell. It's designed to make data easy to find, use, and share. And guess who's one of the biggest groups using it? Regular people like you and me! We don't need to be experts to make a real difference in science, especially in areas like ...
Imagine a new, even more powerful particle collider than the one that found the famous Higgs boson! That's what Mark Thomson, the next director-general of CERN, has in mind. He believes the Future Circular Collider (FCC) is the way to go for science. This isn't just any collider; it's a 91-kilometer beast that could cost around $17 billion. But Thomson thinks it's wo...
Have you ever pondered why the universe is filled with matter instead of antimatter? The answer might be hiding in the intriguing world of particle physics, specifically in a phenomenon called CP violation. CP violation is a fascinating concept that describes the slight differences in behavior between particles and their antimatter counterparts. Think of it like loo...
Europe's Open Science Cloud (EOSC) is all about making data easy to find, use, and share. Unlike experts, the public needs a simpler way to dive into science. Even so, they're making big waves, especially in fields like astrophysics. This review looks at how everyday people are contributing to science through the EOSC. The EOSC is like a huge library where data is t...