симетрија

симетрија

Physicists use symmetries to restrict possible theories of fundamental particles. As an analogy, consider the human face. If you were able to see only the right side of a person's face, you would still be able to guess what the other side of the face looks like, because of the symmetry that our bodies possess. The other side of the face cannot look like just anything, you know what it looks like-because of symmetry. Similarly, symmetries observed in nature limit what theories look like.

0 0

Améliorer

Ajouter une image

Partie du discours : nom
Synonyme(s) :
Blossaire :
Secteur d’activité/Domaine : Physique
Catégorie : La physique des particules
Company: Berkeley
Produit :
Acronyme-Abréviation :

Suite

Ajouter à Mon Glossaire

Autres langues :

Suite

Commentaires

Voir les termes similaires

билатерална симетрија

Archéologie; Évolution de l'humanité

Anatomical features for which the right and left sides are close to being mirror images of one another.

билатерална симетрија

Biologie; Général

In animals, refers to those that have a single axis of symmetry."

билатерална симетрија

Biologie; Biologie cellulaire

In animals, refers to those that have a single axis of symmetry.

акцелератор

Physique; La physique des particules

Accelerators are ring-shaped or linear devices that accelerate charged particles. More powerful than any other microscope, high-energy accelerators allow physicists to study ...

антиматерија

Physique; La physique des particules

All particles of ordinary matter (electrons, protons, neutrons) have anti-matter partners that appear identical in all respects (e.g. mass, spin) except that they have the ...

антикварк

Physique; La physique des particules

The anti-matter partner of the quark.

античестица

Physique; La physique des particules

The generic term for an anti-matter partner of a particle.

антипротон

Physique; La physique des particules

The anti-matter partner of the proton.

космички зраци

Physique; La physique des particules

Any of the particles from outer space that are continuously colliding with the Earth's atmosphere. They are mostly protons, with some nuclei, electrons, and photons. Their ...