Dark matter hunting is ongoing underground. In the first work with LUX-ZEPLIN (LZ) that lasted more than three months and ended this April. The world's most sensitive dark matter detector has found no trace of hypothetical dark matter debris known as Weakly Interacting Massive Particles (WIMPs) in space, despite a lack of hard data.
The No. 1 เกมยิงปลา Entertainment Trend Leader in Thailand SCB99 Online Casino 2022, Win Hundreds of Thousands, Unlimited, No Cheating, Make Good Money, Play for Free via the Webpage offers online casino games various types So that you can get rich every second meet the bet A new value for money Give hard, pay for real, make a lot of money, even with a small investment.
But scientists insist that the US Department of Energy-led experiments is working as planned This makes it possible to find dark matter in the future. For now, it's strange. We're saying we're The best in the world to find nothing But the chances of discovering new physics in the next few years are all possible,” Chamkaur Ghag,
a physicist and professor at University College London and a team member of the LUX experiment, told New Scientist.Dark matter accounts for 27 percent of the universe. (The visible matter in stars and galaxies is probably only 5 percent.) That said, no one has ever detected it. That's because dark matter has particles that don't emit, don't absorb, or reflect light.
This makes it difficult to measure with electromagnetic radiation. But physicists and astronomers know that dark matter exists because of the effects of gravity on visible objects, such as preventing stars from catapulting around space and preventing galaxies from collapse. It is presumed to be the invisible glue that holds the universe together.
