In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor of physics at Linfield College) discuss the solar neutrino problem. The sun produces a lot of subatomic particles called neutrinos. In fact, there are roughly 1016 neutrinos passing through the human body every second. However, these particles are difficult to measure, and for many years researchers were finding only a third of the expected number coming from the sun. If true, that would have meant that our understanding of the sun was completely wrong. The final answer was both surprising and revolutionary
Neutrinos remain enigmatic and elusive particles. They are invaluable astronomical and terrestrial m...
AbstractThis paper reviews solar neutrino observations interpreted in the context of the Solar Stand...
Pág.: 240A guide to the fascinating interplay between particle physics and astronomy that highlights...
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor...
The Sun produces neutrinos due to nuclear fusion in its core via the PP chain. These electron neutri...
A distinguished astrophysicist reports on a still-unsolved problem for scientific detectives
Nuclear fusion reactions take place in the core of the Sun. On our neighborhood star, hydrogen is be...
The Sun is a typical main sequence star that generates its energy via the fusion of hydrogen into he...
In the paper attached to this thesis, Paper I, we have calculated the flux of neutrinos that emanate...
We are kidding, neutrinos. We love you. You\u27re just a little bit scary! In this episode we discus...
The end of an era came on 28 November 2006 when the Sudbury Neutrino Observatory (SNO) finally stopp...
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor...
In the standard model of particle physics, neutrinos are necessarily massless. How-ever, recent expe...
The Sun is fueled by a series of nuclear reactions that produce the energy that makes it shine. Neut...
Neutrinos are neutral, nearly massless particles that move at nearly the speed of light and easily p...
Neutrinos remain enigmatic and elusive particles. They are invaluable astronomical and terrestrial m...
AbstractThis paper reviews solar neutrino observations interpreted in the context of the Solar Stand...
Pág.: 240A guide to the fascinating interplay between particle physics and astronomy that highlights...
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor...
The Sun produces neutrinos due to nuclear fusion in its core via the PP chain. These electron neutri...
A distinguished astrophysicist reports on a still-unsolved problem for scientific detectives
Nuclear fusion reactions take place in the core of the Sun. On our neighborhood star, hydrogen is be...
The Sun is a typical main sequence star that generates its energy via the fusion of hydrogen into he...
In the paper attached to this thesis, Paper I, we have calculated the flux of neutrinos that emanate...
We are kidding, neutrinos. We love you. You\u27re just a little bit scary! In this episode we discus...
The end of an era came on 28 November 2006 when the Sudbury Neutrino Observatory (SNO) finally stopp...
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor...
In the standard model of particle physics, neutrinos are necessarily massless. How-ever, recent expe...
The Sun is fueled by a series of nuclear reactions that produce the energy that makes it shine. Neut...
Neutrinos are neutral, nearly massless particles that move at nearly the speed of light and easily p...
Neutrinos remain enigmatic and elusive particles. They are invaluable astronomical and terrestrial m...
AbstractThis paper reviews solar neutrino observations interpreted in the context of the Solar Stand...
Pág.: 240A guide to the fascinating interplay between particle physics and astronomy that highlights...