Sub-Orbital Space Flights & Satellite Exploration
Orbiting nearly 650 kilometres above the Earth, the Hubble space telescope has been our most powerful window on soaring star factories. It has been instrumental in providing the existence of black holes and has captured the cataclysmic end of stars far larger than our own sun. Rocking a long-established theory about universe existence, Hubble proved that the universe is expanding more and more quickly, which could ultimately destroy our entire universe. The telescope also provided the first stunningly-detailed images that illustrate how embryonic stars are born from gas and dust clouds. First recorded by Chinese astronomers in 1054 AD, Hubble has tracked the debris from a thousand year old supernova still moving into space at approximately 5 million kilometres an hour. When scientists focused Hubble on Jupiter, they were able to watch in real time the devastating effect of a comet hitting the massive planet. But the 12-ton telescope will soon be lost forever as it slowly spirals towards Earth, and astronauts will travel back into space to repair Hubble before the telescope is eventually shut down and sent back to Earth.
Tags: Telescope, technology, Hubble, Holes
Orbiting nearly 650 kilometres above the Earth, the Hubble space telescope has been our most powerful window on soaring star factories. It has been instrumental in providing the existence of black holes and has captured the cataclysmic end of stars far larger than our own sun. Rocking a long-established theory about universe existence, Hubble proved that the universe is expanding more and more quickly, which could ultimately destroy our entire universe. The telescope also provided the first stunningly-detailed images that illustrate how embryonic stars are born from gas and dust clouds. First recorded by Chinese astronomers in 1054 AD, Hubble has tracked the debris from a thousand year old supernova still moving into space at approximately 5 million kilometres an hour. When scientists focused Hubble on Jupiter, they were able to watch in real time the devastating effect of a comet hitting the massive planet. But the 12-ton telescope will soon be lost forever as it slowly spirals towards Earth, and astronauts will travel back into space to repair Hubble before the telescope is eventually shut down and sent back to Earth.
Tags: science, creation, universe, Telescope
Orbiting nearly 650 kilometres above the Earth, the Hubble space telescope has been our most powerful window on soaring star factories. It has been instrumental in providing the existence of black holes and has captured the cataclysmic end of stars far larger than our own sun. Rocking a long-established theory about universe existence, Hubble proved that the universe is expanding more and more quickly, which could ultimately destroy our entire universe. The telescope also provided the first stunningly-detailed images that illustrate how embryonic stars are born from gas and dust clouds. First recorded by Chinese astronomers in 1054 AD, Hubble has tracked the debris from a thousand year old supernova still moving into space at approximately 5 million kilometres an hour. When scientists focused Hubble on Jupiter, they were able to watch in real time the devastating effect of a comet hitting the massive planet. But the 12-ton telescope will soon be lost forever as it slowly spirals towards Earth, and astronauts will travel back into space to repair Hubble before the telescope is eventually shut down and sent back to Earth.
Tags: Black, technology, creation, Multiverse
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: Kaku, Black, Big, particle
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: george, Noory, parallel, Dark-matter
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: Multiverse, parallel, invisibility-research, M-theorie
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: Michio, of, teleportation, bell
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: CERN, parallelworlds, impossible, to
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: invisibility-research, Black, parallel, Michio
Filling in for George Noory, Art Bell was joined for the entire program by one of his favorite guests, theoretical physicist Dr. Michio Kaku, for a discussion on a variety of science-related topics. Kaku provided an update on the problem-plagued Large Hadron Collider (LHC), while quashing a theory that suggested the giant particle accelerator was being sabotaged from the future. Kuku said the LHC is operating very smoothly now and should begin producing real data in six months. Scientists hope this colossal experiment will help them better understand the birth of our universe and prove the existence of dark mater, Kaku explained. He commented on the Royal Society’s recent conference on extraterrestrial life and its possible effect on humanity. According to Kaku, this topic is being debated in serious academic circles for a few reasons: the discovery of numerous extrasolar planets, the Kepler Telescope, and the Allen Telescope Array (ATA). So far we have found 400 exoplanets about the size of Jupiter, Kaku said. Kepler will help us find much smaller Earth-size planets, perhaps some with liquid oceans, where life could have developed. The ATA will allow us listen for distant signals from these potential alien civilizations, he added. If other life exists in the universe, Kaku thinks it would have evolved very differently from life on Earth. Aquatic species may be teaming beneath the ocean ice on moons which surround Jupiter-size planets, he speculated. And advanced …
Tags: CERN, Alien-civilization, physics, time