Definitions

1. The electroweak force is the force that appears in the form of electromagnetism and the weak nuclear force. (Web site)
2. The electroweak force is a unified force that manifests as an electromagnetic force and a weak force at "standard" conditions in the universe around us.
3. The Electroweak force is a combination of Electromagnetism and weak interaction.
4. This electroweak force is a fundamental part of the Standard Model.

Single Force

1. They are no longer separate forces, but become a single force called the electroweak force. (Web site)

Boson

1. The W boson, the carrier of the electroweak force, is a key element in these predictions.

Bosons

1. The Higgs particle is as yet a hypothetical particle invoked to explain why the carriers of the electroweak force (the W and Z bosons) have mass.

Weak

1. It is now believed that weak and electromagnetic forces are manifestations of a single electroweak force.

Weak Interaction

1. Weak interaction, as a low-energy manifestation of the electroweak force, needs the Z boson in order to be completely defined.

Standard Model

1. So far, the biggest success of the Standard Model is the unification of the electromagnetic and the weak force into the so-called electroweak force. (Web site)
2. So far, the biggest success of the Standard Model is the unification of the electromagnetic and the weak forces into the so-called electroweak force. (Web site)

Unified

1. At high energies, photons take on similar energies to W and Z particles, and the forces become unified into the electroweak force.
2. The weak force has now been unified with electromagnetism, called the electroweak force. (Web site)

Grand Unified Theories

1. Somewhat more speculatively, the electroweak force and the strong nuclear interaction have been combined using grand unified theories.

Strong Force

1. The electronuclear force, in turn, differentiates into the strong force and electroweak force. (Web site)
2. There are tantalizing hints that the strong force, which binds nuclei together, will someday be unified with the electroweak force. (Web site)

Strong Nuclear Force

1. The force which is dominant in GUT (Grand Unified Theories) It combines the electroweak force with the strong nuclear force. (Web site)
2. Eventually, the grand unification is broken as the strong nuclear force separates from the electroweak force.
3. This leaves us with three fundamental forces of nature: gravity, the electroweak force and the strong nuclear force which holds protons together.

Weak Nuclear Force

1. The biggest success of the model so far has been the unification of the weak nuclear force and the electromagnetic force into a single electroweak force.

Electromagnetism

1. Even wikipedia says there are 4 but only when you probe the article will it mention how electromagnetism and weak force were combined into electroweak force. (Web site)
2. The electroweak force then separated into the weak force and electromagnetism, completing the separation of forces.
3. Scientists have demonstrated that the weak force and electromagnetism are part of the same fundamental force, which they call the electroweak force. (Web site)

Weak Nuclear Forces

1. The electromagnetic and the weak nuclear forces were unified into the electroweak force in the 1970's.
2. Electromagnetism and the weak nuclear forces have been shown to be two aspects of a single electroweak force.

Electromagnetic Force

1. There is a theory by Abdus Salam and Steven Weinberg from 1967 that explains the weak nuclear force and the electromagnetic force as the electroweak force.
2. Some scientists believe that the electromagnetic force and the weak nuclear force are both aspects of a single force called the electroweak force. (Web site)
3. The electromagnetic force and the weak nuclear force can be described as two different aspects of a single electroweak force.

Weak Interactions

1. Salam formulated the electroweak theory unifying electromagnetic and weak interactions into one basic interaction, the electroweak force. (Web site)

Weak Force

1. It has already been discovered that at high enough energies, electromagnetism and the weak force are the same force, known as the electroweak force. (Web site)
2. Glashow, Salam, and Weinberg unified the electromagnetic force and weak force into the electroweak force. (Web site)
3. Scientists have combined the electromagnetic and the weak force into the electroweak force but haven't been able to combine any of the other forces yet.

Electroweak Force

1. The Standard Model is the combination of two schemes; the electroweak force (unification of electromagnetism and weak force) plus quantum chromodynamics. (Web site)
2. Some scientists believe that the weak force and the electromagnetic force are both aspects of a single force called the electroweak force. (Web site)
3. Electromagnetism and the weak force can be seen as two aspects of the same underlying force, the electroweak force.

Categories

1. Information > Science > Physics > Weak Force
2. Weak Nuclear Force
3. Information > Science > Physics > Electromagnetic Force
4. Manufacturing > Measurement > Force > Electromagnetism
5. Strong Nuclear Force
6. Books about "Electroweak Force" in Amazon.com
   

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