Neutrino

/nuˈtriː.noʊ/
Noun

A neutrino is a very small, electrically neutral particle that is produced in nuclear reactions and is known for interacting very weakly with other matter.

Neutrinos are emitted during nuclear fusion in stars.
Visual representation of "neutrino" - A neutrino is a very small, electrically neutral particle that is produced in nuclear reactions and is known for interacting very weakly with other matter.

Usage tips

Neutral

neutrino physics,neutrino detection,neutrino oscillation

Noun

A neutrino is a very small, electrically neutral particle that is produced in nuclear reactions and is known for interacting very weakly with other matter.

Neutrinos are emitted during nuclear fusion in stars.
Visual representation of "neutrino" - A neutrino is a very small, electrically neutral particle that is produced in nuclear reactions and is known for interacting very weakly with other matter.

Usage tips

Neutral

neutrino physics,neutrino detection,neutrino oscillation

Definition 1 of 1
Visual representation of "neutrino"
LampPro Tip 1/3

Understanding the Weak Interactions

Neutrinos only interact via the weak force, which is why they pass through most matter unnoticed.

The neutrinos from the sun travel through Earth without any interaction.
LampPro Tip 2/3

The Role in the Universe

Neutrinos are essential for understanding reactions in stars and supernovae.

Studying neutrinos helps scientists learn about the processes occurring in stars.
LampPro Tip 3/3

Detection Challenges

Detecting neutrinos requires advanced technology because they rarely interact with matter.

Neutrino detectors are built deep underground to avoid interference from other particles.
LampPro Tip 1/3

Understanding the Weak Interactions

Neutrinos only interact via the weak force, which is why they pass through most matter unnoticed.

The neutrinos from the sun travel through Earth without any interaction.
LampPro Tip 2/3

The Role in the Universe

Neutrinos are essential for understanding reactions in stars and supernovae.

Studying neutrinos helps scientists learn about the processes occurring in stars.
LampPro Tip 3/3

Detection Challenges

Detecting neutrinos requires advanced technology because they rarely interact with matter.

Neutrino detectors are built deep underground to avoid interference from other particles.
LampPro Tip 1/3

Understanding the Weak Interactions

Neutrinos only interact via the weak force, which is why they pass through most matter unnoticed.

The neutrinos from the sun travel through Earth without any interaction.
LampPro Tip 2/3

The Role in the Universe

Neutrinos are essential for understanding reactions in stars and supernovae.

Studying neutrinos helps scientists learn about the processes occurring in stars.
LampPro Tip 3/3

Detection Challenges

Detecting neutrinos requires advanced technology because they rarely interact with matter.

Neutrino detectors are built deep underground to avoid interference from other particles.
Visual representation of the word "Neutrino"

Never forget "Neutrino"

Humans forget easily. That's why you should download WordUp: Smart reminders, word games, AI practice, and much more!

Download on the App StoreGet it on Google PlayGet it from MicrosoftGet it on AppGallery
Chrome

WordUp Chrome Extension

As you browse the web instantly look up words you don’t know.

Get Chrome Extension
Back to top