In 2006, Lucy Lawless donated her personal Xena costume to the Museum of American History. In an interview the same year with "Smithsonian" magazine, she was asked the question "Was the Warrior Princess outfit comfortable?" and she responded:
At the age of nineteen, Lawless became pregnant with Garth's child. In 1988, they married in Kalgoorlie, Australia. They returned to New Zealand and had a daughter, Daisy Lawless (born 15 July 1988), who also attended Marist College, New Zealand. The couple divorced in 1995. Lawless married "Xena" executive producer Robert Tapert on 28 March 1998. Lawless and Tapert have two sons: Julius Robert Bay Tapert (born 16 October 1999) and Judah Miro Tapert (born 7 May 2002), both born in Auckland.
The following table shows all the movies she has been in, the role she played and when the movie was released
Raccoon (disambiguation)
A raccoon (sometimes racoon) is a mammal native to the Americas.
Raccoon may also mean:
North York
North York may mean:
Red Army Faction
The Red Army Faction or RAF (German "Rote Armee Fraktion"), was one of postwar West Germany's most active and prominent militant left-wing groups.
It described itself as a communist "urban guerrilla" group engaged in armed resistance, while it was described by the West German government as a terrorist group.
The RAF was formally founded in 1970 by Andreas Baader, Gudrun Ensslin, Horst Mahler, Ulrike Meinhof, Irmgard Möller and others.
The Red Army Faction operated from the 1970s to 1993, committing numerous crimes, especially in the autumn of 1977, which led to a national crisis that became known as "German Autumn".
It was responsible for 34 deaths including many secondary targets such as chauffeurs and bodyguards—and many injuries in its almost 30 years of existence. It ceased activities in 1993 and disbanded in 1998.
Large Hadron Collider
The Large Hadron Collider (LHC) is the world's biggest and most powerful particle accelerator. It was built by the European Organization for Nuclear Research (CERN). It is a giant circular tunnel built underground. The tunnel is 17 miles (27 kilometers) long, and between 50 and 175 meters below the ground. It lies beneath the border of Switzerland and France. 10,000 scientists and engineers from over 100 different countries worked together in the making of this project, and it cost 10.4 billion Swiss francs ($10 billion) to build. It is now the largest and most complicated experimental research facility in the world.
As its name states, the research at the LHC involves the collision of hadrons. A hadron is a particle which consists of a number of quarks held together by the subatomic strong force. Protons and neutrons are examples of a hadron. The LHC primarily uses the collision of protons in its experiments. Protons are parts of atoms with a positive charge. The LHC accelerates these protons through the tunnel until they reach nearly the speed of light. Different protons are directed through the tunnel in opposite directions. When they collide, they create conditions similar to the early universe.
The LHC attempts to study elementary particles and the ways they interact. Researchers have used it to learn about quantum physics, and they hope to learn much more about the structure of space and time. The observations researchers are able to make can help us learn what the universe might have been like within milliseconds after the big bang.
The LHC ionizes Hydrogen atoms to get their protons. A Hydrogen atom consists of only one proton and one electron. When they ionize the atoms, they are removing the one electron to give it a net positive charge. The Hydrogen protons are then directed through the circle by electromagnets. In order for the magnets to be strong enough, it must be very cold. The inside of the tunnel is cooled by liquid helium. They keep the temperature at just above absolute zero. The protons hit one another at close to the speed of light and this creates lots of particles, many of which only live a short time before decaying to lighter particles. At the four collision sites, there are large detectors called ALICE, ATLAS, CMS and LHCb.
When the particles hit each other, their energy is converted into many different particles, and sensitive detectors keep track of the pieces that are created. By looking carefully at the detector data, scientists can study what the particles are made of and how the particles interact. This is the only way to detect some particles because very high energy is needed to create them. The LHC's particle collisions have the energy needed.
The LHC has three main parts to it. There is the particle accelerator, the four detectors, and the Grid. The accelerator creates the collision, but the results cannot be directly observed. The detectors turn it into usable data and send it to the Grid. The Grid is a computer network that the researchers use to interpret the data. There are 170 locations in 36 different countries which are filled with regular desktop computers. All of these computers are connected, and together they act as a supercomputer. The LHC's Grid is considered the most powerful supercomputer ever built. The computers share processing power and data storage space.
The Grid is very powerful, but it is only able to take in about one percent of the data it receives from the detectors. Its limitations have motivated attempts at creating quantum computers, which could use what the LHC has taught us about quantum mechanics in order to make faster computers.
Scientists used the LHC to find the Higgs boson, a particle predicted to exist by the Standard Model.
Some people thought the LHC could create a black hole, which would be very dangerous. There are two reasons not to be worried. The first is that the LHC didn't do anything that the cosmic rays that hit the Earth every day don't do, and these rays do not create black holes. The second reason is that even if the LHC did make black holes, they would be very tiny. The smaller a black hole is, the shorter its life. Very tiny black holes would evaporate before they could hurt people.
The LHC was first used on September 10, 2008, but it did not work because a cooling system broke. The magnets that help to move the charged particles must be cold. The failure caused part of the facility to collapse. The lab shut down for the winter and the collider was not used again until November 2009. While it was being repaired, scientists used the Tevatron to look for the Higgs Boson. When the LHC was restarted in November 2009, it set a new speed record by accelerating protons to 1.18 TeV (teraelectronvolt, or trillion electronvolt). On March 30 2010, the LHC created a collison at 3.5 TeV.
Self-Monitoring, Analysis and Reporting Technology
Self-Monitoring, Analysis, and Reporting Technology, or S.M.A.R.T. is a system to watch computer hard disks to help stop the risk of failures. It does this by watching of the hard disks to try and see when a failure might happen and where.
Hard drive failures fall into two categories:
Predictable failures can be detected by certain monitoring devices. This is like a thermometer in a vehicle that can alert the driver to do something before serious damage occurs, for example because the engine is too hot.
About 60% of all drive failures are caused by failing mechanics. Most mechanical failures result from gradual wear. An eventual failure may be catastrophic. Before complete failure occurs, there are usually certain signs that failure is imminent. These may include increased heat output, a more noisy drive, problems with reading or writing data and a big increase in the number of damaged disk sectors.