12-31-2024, 02:09 AM
Eqwy The Astronomer Royal tells io9 how he plans to save humanity from extinction
The Herschel Space Observatory was the world largest and most powerful infrared telescope, able to see parts of the universe nothing else could. Unfortunately, it met its maker last night when it ran out of the liquid helium coolant it requires to map hidden corners of the cosmos. Per the European Space Agency: Herschel observations have exceeded expectations, enabling scientists to learn more about how stars form, about the rates of star formation in galaxies across the cosmos, and about the origin and presence of water in different celestial bodies. While observations have come to an end and the spacecraft is to be propelled to a stable parking orbit around the Sun, where it will remain indefinitely, the science mission will continue for s stanley website everal years with many discoveries still to be made in the treasure trove of images and spec stanley cup tra collected by the observatory. So why was Herschel such a big deal With a main mirror of 11.5 feet across鈥攐ne and a half times larger than the Hubble Telescope鈥攊t was able to reveal to us a previously unseen process o stanley cup becher f star birth and galaxy formation. In fact, the big guy could chart the universe in amazing ultra-specific detail, from far-infrared to submillimeter wavelengths of light. Herschel was launched in 2009, and although he gone, he leaves behind an important legacy鈥攎ore than 35,000 scientific observations and a whopping 25,000 hours of data. Included in that are incredible images of parts of deep space like t Eytf Google Brings the Time-Lapse Pumpkin-Carving Awesome to Their Halloween Doodle
The Large Hadron Collider is constantly on the hunt for new physics 鈥?discoveries that confound and expand our current understanding of the universe 8230; and it may have found one in the decay patterns of a subatomic particle and its antimatter counterpart. Photo via NASA/Chandra Observatory. Specifically, particles called D-mesons appear to decay in a slightly different way than their antiparticles, and this seemingly small finding could explain why the early universe became dominated by matter instead of antimatter. According to project physicist Matthew Charles, the results have a statistical certainty of 3.5 sigma meaning there a 99.95% chance that these results will hold up, but still short of the 5 sigma level needed to declare this a formal discovery. However, the team still has a huge amount of data still to work through, so there an excellent chance that we ;ll know one way or the other about this result in the near future. So what exactly is g stanley thermobecher oing on here The result comes from the LHCb Collaboration, one of six ongoing experiments at the Large Hadron Collider. This particular experiment is focused on the decay of particles stanley taza known as bottom quarks, one of the most massive quarks. D-mesons are particles containing charm quarks that are created in this decay process, and which can in turn decay into other particles called kaons and pions. Accordin stanley en mexico g to our currently understanding of physics, the decay process for a D-meso
The Herschel Space Observatory was the world largest and most powerful infrared telescope, able to see parts of the universe nothing else could. Unfortunately, it met its maker last night when it ran out of the liquid helium coolant it requires to map hidden corners of the cosmos. Per the European Space Agency: Herschel observations have exceeded expectations, enabling scientists to learn more about how stars form, about the rates of star formation in galaxies across the cosmos, and about the origin and presence of water in different celestial bodies. While observations have come to an end and the spacecraft is to be propelled to a stable parking orbit around the Sun, where it will remain indefinitely, the science mission will continue for s stanley website everal years with many discoveries still to be made in the treasure trove of images and spec stanley cup tra collected by the observatory. So why was Herschel such a big deal With a main mirror of 11.5 feet across鈥攐ne and a half times larger than the Hubble Telescope鈥攊t was able to reveal to us a previously unseen process o stanley cup becher f star birth and galaxy formation. In fact, the big guy could chart the universe in amazing ultra-specific detail, from far-infrared to submillimeter wavelengths of light. Herschel was launched in 2009, and although he gone, he leaves behind an important legacy鈥攎ore than 35,000 scientific observations and a whopping 25,000 hours of data. Included in that are incredible images of parts of deep space like t Eytf Google Brings the Time-Lapse Pumpkin-Carving Awesome to Their Halloween Doodle
The Large Hadron Collider is constantly on the hunt for new physics 鈥?discoveries that confound and expand our current understanding of the universe 8230; and it may have found one in the decay patterns of a subatomic particle and its antimatter counterpart. Photo via NASA/Chandra Observatory. Specifically, particles called D-mesons appear to decay in a slightly different way than their antiparticles, and this seemingly small finding could explain why the early universe became dominated by matter instead of antimatter. According to project physicist Matthew Charles, the results have a statistical certainty of 3.5 sigma meaning there a 99.95% chance that these results will hold up, but still short of the 5 sigma level needed to declare this a formal discovery. However, the team still has a huge amount of data still to work through, so there an excellent chance that we ;ll know one way or the other about this result in the near future. So what exactly is g stanley thermobecher oing on here The result comes from the LHCb Collaboration, one of six ongoing experiments at the Large Hadron Collider. This particular experiment is focused on the decay of particles stanley taza known as bottom quarks, one of the most massive quarks. D-mesons are particles containing charm quarks that are created in this decay process, and which can in turn decay into other particles called kaons and pions. Accordin stanley en mexico g to our currently understanding of physics, the decay process for a D-meso
