neutrino

Converse of object

• emit: The fusion processes at the heart of Sun emit neutrinos of the electron variety.
• detect: Despite being very difficult to detect the neutrino was observed in the 1960s.
• produce: Remember that the tau decays to produce two neutrinos in addition to the muon.
• call: In the process of fusing hydrogen to form helium, the nuclear reactions also produce elementary particles called neutrinos.

Adjective modifier

• solar: Experiments into solar neutrinos finds a surprising deficit in the number produced.
• atmospheric: The lecture covers the topics: the Solar neutrino problem, atmospheric neutrinos, neutrino oscillations, neutrino mass and Majorana neutrinos.
• high: The implications for high energy neutrino, gamma ray and cosmic ray production in GRB and AGN jets are discussed.
• many: Just out of curiosity, look up how many neutrino 's we survive from passing through our body from the Sun every second!
• massive: One chapter provides a self-contained introduction to weak interaction phenomenology, including massive neutrinos of both Dirac and Majorana type.

Modifies a noun

• oscillation: Explain how both of these problems could be resolved by possible neutrino oscillations.
• flux: And, no, a sub's neutrino flux is not strong enough to give away its position.
• detector: Indeed, dedicated neutrino detectors struggle just to record a handful of incoming neutrinos from potent nearby sources like the sun.
• telescope: Scientific Impact A new window into the Universe opens with the advent of high energy neutrino telescopes.
• physic: The site also has an essay describing the history of neutrino physics.
• astronomy: Neutrino astronomy could be said to have been born.

Noun used with modifier

• muon: Currenly has the best limit on electron neutrino to muon neutrino oscillations.
• tau: An example of this would be a tau neutrino with considerable mass.
• high-energy: Development of techniques for detection of high-energy neutrinos from outer space.
• electron: Of these, only the neutrino has been proved to exist and the electron neutrino, at least, has little or no mass.
• energy: Scientific Impact A new window into the Universe opens with the advent of high energy neutrino telescopes.