Podcasts about science: space science

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 35696]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Health and Medicine] [Science] [Show ID: 35697]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35696]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 35696]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Health and Medicine] [Science] [Show ID: 35697]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35696]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35696]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35696]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35696]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

New state-of-the-art chronologic measurements of rocks brought to Earth by Apollo astronauts reveal that many of the historical age determinations are erroneous. The new measurements presented by cosmochemist Lars Borg demonstrate that the Moons mantle and crust formed contemporaneously between 4.33 and 4.38 billion years ago. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35696]

Limited medical equipment on space craft makes medical care in space a real challenge. Ordinary problems must be dealt with, as well as problems related to the unique environment of space. As NASA plans for new crewed exploration missions, beyond low earth orbit, telemedicine support will be limited, and medical evacuation to earth will no longer be possible. To address this problem, LLNL and NASA Ames Research Center are developing a novel diagnostic instrument to help provide medical care on deep space missions. The technology consists of a blood analysis system, based on microfluidics, together with a breath analysis system that uses carbon nanotube sensors. The technology is designed to support future missions to the moon and Mars, and it is expected to be used for terrestrial medicine as well, in a variety of arenas where medical resources are limited. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35697]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35698]

Our planet has been continually bombarded by asteroids since its formation, 4.5 billion years ago. While the frequency of large impacts has decreased, many potential Near-Earth Object threats remain undiscovered, so if or when they will impact Earth remains unknown. Fortunately, if an Earth-threatening asteroid is discovered in time, there are ways to mitigate or even prevent a disaster. Scientists at LLNL provide computer simulations in preparation these scenarios so if the time comes where an asteroid is headed our way, we will be prepared. Series: "Lawrence Livermore National Lab Science on Saturday" [Show ID: 35698]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

In this candid and heartwarming interview, Tam O'Shaughnessy, the life partner of the late astronaut Sally Ride, describes her long relationship with the first American woman in space. From their days on the teen tennis circuit in California through Sally’s historic flights on the Space Shuttle Challenger to their parallel academic careers and later, founding their own company, Tam tells how their deep friendship blossomed over time into a romance that ended with Sally’s death from cancer in 2012. As the Executive Director of Sally Ride Science@UC San Diego, Tam continues to inspire girls to embrace STEM, and shares her profound pride as the sponsor of the newly commissioned R/V Sally Ride, the first Naval academic research vessel ever named for a woman, now operated by the Scripps Institution of Oceanography at UC San Diego. Series: "Women in Science" [Public Affairs] [Humanities] [Science] [Education] [Show ID: 31454]

Karin Sandstrom studies the interstellar medium - the dust and gas in galaxies and between stars, and especially how ultraviolet light interacts with soot-like polycyclic aromatic hydrocarbons. That, she says, is key to everything - how stars (and planets) form, how galaxies evolve, and perhaps how life emerged. Series: "Women in Science" [Science] [Show ID: 30014]

Karin Sandstrom studies the interstellar medium - the dust and gas in galaxies and between stars, and especially how ultraviolet light interacts with soot-like polycyclic aromatic hydrocarbons. That, she says, is key to everything - how stars (and planets) form, how galaxies evolve, and perhaps how life emerged. Series: "Women in Science" [Science] [Show ID: 30014]

Karin Sandstrom studies the interstellar medium - the dust and gas in galaxies and between stars, and especially how ultraviolet light interacts with soot-like polycyclic aromatic hydrocarbons. That, she says, is key to everything - how stars (and planets) form, how galaxies evolve, and perhaps how life emerged. Series: "Women in Science" [Science] [Show ID: 30014]

Karin Sandstrom studies the interstellar medium - the dust and gas in galaxies and between stars, and especially how ultraviolet light interacts with soot-like polycyclic aromatic hydrocarbons. That, she says, is key to everything - how stars (and planets) form, how galaxies evolve, and perhaps how life emerged. Series: "Women in Science" [Science] [Show ID: 30014]

UC San Diego astrophysicist Brian Keating presents cosmological observations that have revealed a mysterious universe, pointing to the startling possibility that our cosmos might be just the most insignificant speck of what is now called “the Multiverse.” New telescopes such as the BICEP based in Antarctica hint at an infinite universe with the possibility of unimaginable fecundity, yet devoid of life other than here on Earth. Keating explores what this implies about free will in an infinite universe, with infinite degrees of freedom and choices. Series: "Library Channel" [Humanities] [Science] [Show ID: 29100]

UC San Diego astrophysicist Brian Keating presents cosmological observations that have revealed a mysterious universe, pointing to the startling possibility that our cosmos might be just the most insignificant speck of what is now called “the Multiverse.” New telescopes such as the BICEP based in Antarctica hint at an infinite universe with the possibility of unimaginable fecundity, yet devoid of life other than here on Earth. Keating explores what this implies about free will in an infinite universe, with infinite degrees of freedom and choices. Series: "Library Channel" [Humanities] [Science] [Show ID: 29100]

UC San Diego astrophysicist Brian Keating presents cosmological observations that have revealed a mysterious universe, pointing to the startling possibility that our cosmos might be just the most insignificant speck of what is now called “the Multiverse.” New telescopes such as the BICEP based in Antarctica hint at an infinite universe with the possibility of unimaginable fecundity, yet devoid of life other than here on Earth. Keating explores what this implies about free will in an infinite universe, with infinite degrees of freedom and choices. Series: "Library Channel" [Humanities] [Science] [Show ID: 29100]

UC San Diego astrophysicist Brian Keating presents cosmological observations that have revealed a mysterious universe, pointing to the startling possibility that our cosmos might be just the most insignificant speck of what is now called “the Multiverse.” New telescopes such as the BICEP based in Antarctica hint at an infinite universe with the possibility of unimaginable fecundity, yet devoid of life other than here on Earth. Keating explores what this implies about free will in an infinite universe, with infinite degrees of freedom and choices. Series: "Library Channel" [Humanities] [Science] [Show ID: 29100]

NASA's NuSTAR spacecraft, launched in June of 2012, uses technology developed in part by Lawrence Livermore National Laboratory to take pictures of the sky in the most energetic X-rays ever to be focused. Bill Craig and Michael Pivovaroff talk about the innovative technology at the heart of NuSTAR and discuss some of the exciting science results from the first few months of NuSTAR's mission. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 25748]

NASA's NuSTAR spacecraft, launched in June of 2012, uses technology developed in part by Lawrence Livermore National Laboratory to take pictures of the sky in the most energetic X-rays ever to be focused. Bill Craig and Michael Pivovaroff talk about the innovative technology at the heart of NuSTAR and discuss some of the exciting science results from the first few months of NuSTAR's mission. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 25748]

NASA's NuSTAR spacecraft, launched in June of 2012, uses technology developed in part by Lawrence Livermore National Laboratory to take pictures of the sky in the most energetic X-rays ever to be focused. Bill Craig and Michael Pivovaroff talk about the innovative technology at the heart of NuSTAR and discuss some of the exciting science results from the first few months of NuSTAR's mission. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 25748]

NASA's NuSTAR spacecraft, launched in June of 2012, uses technology developed in part by Lawrence Livermore National Laboratory to take pictures of the sky in the most energetic X-rays ever to be focused. Bill Craig and Michael Pivovaroff talk about the innovative technology at the heart of NuSTAR and discuss some of the exciting science results from the first few months of NuSTAR's mission. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 25748]

After traveling through the inner solar system for seven years, NASA's MESSENGER spacecraft reached Mercury in March 2011 and became the first ever mission to orbit this mysterious planet. Since then MESSENGER has been making measurements with its suite of scientific instruments including gamma-ray, neutron and x-ray spectrometers, magnetometer, laser altimeter, cameras and other instruments. Join Morgan Burks, a physicist at Lawrence Livermore National Laboratory, to explore the mysteries surrounding Mercury's formation and composition and the instruments that need to work at cryogenic temperatures in one of the hottest places in the solar system. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 24905]

After traveling through the inner solar system for seven years, NASA's MESSENGER spacecraft reached Mercury in March 2011 and became the first ever mission to orbit this mysterious planet. Since then MESSENGER has been making measurements with its suite of scientific instruments including gamma-ray, neutron and x-ray spectrometers, magnetometer, laser altimeter, cameras and other instruments. Join Morgan Burks, a physicist at Lawrence Livermore National Laboratory, to explore the mysteries surrounding Mercury's formation and composition and the instruments that need to work at cryogenic temperatures in one of the hottest places in the solar system. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 24905]

After traveling through the inner solar system for seven years, NASA's MESSENGER spacecraft reached Mercury in March 2011 and became the first ever mission to orbit this mysterious planet. Since then MESSENGER has been making measurements with its suite of scientific instruments including gamma-ray, neutron and x-ray spectrometers, magnetometer, laser altimeter, cameras and other instruments. Join Morgan Burks, a physicist at Lawrence Livermore National Laboratory, to explore the mysteries surrounding Mercury's formation and composition and the instruments that need to work at cryogenic temperatures in one of the hottest places in the solar system. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 24905]

After traveling through the inner solar system for seven years, NASA's MESSENGER spacecraft reached Mercury in March 2011 and became the first ever mission to orbit this mysterious planet. Since then MESSENGER has been making measurements with its suite of scientific instruments including gamma-ray, neutron and x-ray spectrometers, magnetometer, laser altimeter, cameras and other instruments. Join Morgan Burks, a physicist at Lawrence Livermore National Laboratory, to explore the mysteries surrounding Mercury's formation and composition and the instruments that need to work at cryogenic temperatures in one of the hottest places in the solar system. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 24905]

Space junk - thousands of debris objects are hurtling around the earth with the potential of crashing into one another. As we launch more satellites, the risk of a satellite colliding with another satellite or a piece of space junk increases, threatening those satellite services we depend on. John Henderson, remote sensing scientist at Lawrence Livermore National Laboratory reviews the many ways we use satellites, how space collisions happen, how much of a danger space collisions are, and what can be done to prevent space collisions. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 24517]

Space junk - thousands of debris objects are hurtling around the earth with the potential of crashing into one another. As we launch more satellites, the risk of a satellite colliding with another satellite or a piece of space junk increases, threatening those satellite services we depend on. John Henderson, remote sensing scientist at Lawrence Livermore National Laboratory reviews the many ways we use satellites, how space collisions happen, how much of a danger space collisions are, and what can be done to prevent space collisions. Series: "Lawrence Livermore National Lab Science on Saturday" [Science] [Show ID: 24517]