Hydrogen and anti-hydrogen are unremarkably the same.
The mystery deepens.
Why does the universe still exist? That’s an intriguing question if I’ve ever heard one.
Physicists just fulfilled one of their long-standing goals.
All models of particle physics are based on the mundane assumption that matter and anti-matter are indistinguishable, but we can’t be sure. Luckily, an experiment at Brookhaven National Lab seems to confirm this basic caveat of particle physics after it found the attractive forces between antiprotons are the same as those seen in regular matter.
The nucleus of an atom is closely shaped like a sphere or rugby ball, signifying that mass is evenly distributed inside it. What happens when you encounter an atom whose nucleus stays away from this conventional shape? Well, this would be a good hint to start finding alternative theories, and wouldn’t you know it scientists at CERN have actually found
A $1.6 billion cosmic ray experiment on the International Space Station has come across evidence of antimatter in space, a remarkable finding that was recently presented during a seminar at CERN and which might help probe the mysteries of dark matter – one of the major components that make up the Universe. The find was made using the Alpha Magnetic Spectrometer (AMS), an instrument
A novel technique for cooling antimatter down to the point where it might become almost stationary might provide scientists with a better basis for studying one of the greatest modern mysteries today. Antimatter, as it name implies, is the total opposite of matter and when the two meet they cancel each other out. For instance the opposite of an electron
Physics is still not sure what to make of antimatter; theoretically speaking, after the Big Bang, matter and antimatter were created in equal amounts. But if this is the case, then where is all the antimatter ? Matter vs antimatter An antiparticle has exactly the same mass as a particle, but a opposite electrical charge, and thus, if you would
It always baffles me to see how science news propagate; it seems whenever a study or a report is published, there are two waves of acknowledgement: the first one, science sites and magazines write about it, and the second one, the supermassive one, where the media picks it up. This is exactly the case here. News and antinews [Warning: there
The team operating the Antihydrogen Laser Physics Apparatus (ALPHA) at the CERN laboratory in Geneva, Switzerland reported storing antimatter for approximately 1000 seconds, which might not seem like much of a big deal, but it is about 10.000 times longer than the previous record ! A cloud of antihydrogen This study will hopefully reveal more about the elusive antimatter, and
The LHC isn’t the only particle accelerator doing serious business these days; scientists at Brookhaven National Laboratory on Long Island working at the Relativistic Heavy Ion Collider (RHIC) have managed to achieve something that was previously thought to be impossible. In that way, the title is a bit misleading – you cannot really break a law of nature, because that
The Large Hadron Collider at CERN has started doing some serious business. This time, an extremely rare particle containing equal parts of matter and antimatter popped up during experiments at the world’s largest and hottest particle accelerator. The particle, named a B meson is made out of one quark (the building blocks of protons and neutrons) and one antiquark
For physicists, antimatter is probably the most valuable substance ever; the slightest bit of it could provide extremely valuable information that can help clear out some of the most stressing issues in modern physics. However, the thing is these little gifts are pretty hard to wrap. However, the ALPHA project at CERN achieved this remarkable feat and took a huge
Antimatter is a fascinating story; basically nobody knows for sure what it could do and scientists have been trying to understand it for years. The artificial production of atoms of antimatter (specifically antihydrogen) first became a reality in the early 1990s. For example an atom of antihydrogen is composed of a negatively-charged antiproton being orbited by a positively-charged positron. But