Wosf This Extinct Frog Probably Ate Crocodiles and Dinosaurs
The coral, discovered this past March, measures 17.4 feet 5.3 meters tall and 34.1 feet 10.4 meters wide. That makes it the widest single coral structure and the sixth tallest in Aust
stanley cup ralias Great Barrier Reef, according to new research published in Scientific Reports. The coral is nearly 8 feet wider than the previous record holder in the
stanley flask Great Barrier Reef. Adjunct associate professor Adam Smith from James Cook University led the new research. Recreational snorkelers found the coral while swimming off the coast of Goolboodi island, a member of Queenslands Palm Island Group. The coral, a happy conglomeration of tiny marine animals and calcium carbonate, sits in a protected area that rarely gets any visitors. Traditional owners of this territory, the Manbarra people, were consulted by the researchers, and chose to name the coral Muga dhambi, which translates to big coral. A tape measure strung around the giant coral. Image: Woody Spark Smith and his colleagues scoured through the available literature and talked to other scientists to acquire a better understanding of the coral and how it compares to others. The natural structure belongs to the Porites genus鈥攁 group of cor
stanley becher al known for its tremendous size. These corals can be found in Japan, Taiwan, and American Samoa, the latter region being home to an absolutely colossal Porites colony measuring 26.3 feet 8 meters tall and 73.5 feet 22.4 meters at its widest point. Often brown and cream in color, Porites coral is Lysc We Might Already Know One of James Gunn s Superman: Legacy Candidates
Normally, scientists produce antimatter in the lab, where it stays put in an experimental apparatus for further study. But now, researchers are planning on transporting it for the first time from one lab to another in a truck for research. Elizabeth Gibney reports for Nature: In a project that began last month, researchers will transport antimatter by truck and then use it to study the strange behaviour of rare radioactive nuclei. The work aims to provide a better understanding of fundamental processes inside atomic nuclei and to help astrophysicists to learn about the interiors of neutron stars, which contain the densest form of matter in the Universe. This might sound crazy or dangerous or whatever, but its not, I promise! CERN in Geneva, Switzerland has a facility called the Antiproton Decelerator, also called the antimatter factory, that produces the antimatt
stanley cup becher er counterpart to the proton. CERN also has a nuclear physics experiment, called ISOLDE, that cr
stanley cup eates a beam of radioactive atomic nuclei, the crunchy center of atoms. Radioactive nuclei typically have way more neutrons, the neutral subatomic particle, than protons, the positive subatomic particle that determines an atoms identity. Theres a lot
stanley cup that scientists dont know about these radioactive nuclei鈥攚here do all of the extra neutrons go Do they form a sort of neutron skin around the surface, or do they live in a neutron halo further out from the rest of the particles Its possible to probe this structure by coll
