
After a decade of detailed and careful measurements, scientists announced that the W-particle has a larger size than previously theorized, shaking the foundations of understanding how the universe works.
These foundations are built on the standard model of W-particle, which is the best theory by which scientists have described the fundamentals of the universe and the forces that operate in it.
The W particle has electric charge, which is at the centre of it and contains what is called the 'pale force', one of the four fundamental forces of nature and consequently a pillar in the standard scientific model.
However, more accurate measurements of The W-Boson particle directly contradict the rules of the standard model, according to a study published in the journal Science.
This result was achieved after the commitment of more than 400 scientists in 10 years to record and investigate the data after 450 trillion experimented collisions to determine the size of the W particle.
Particle collisions were carried out at a rapid rate in "Tevatron", a scientific laboratory in Illinois, USA. It was the world's largest axelerator until 2009, when it was surpassed by the Large Hadron Collider in Switzerland, which a few years ago discovered the Higgs particle.
Particle W, along with that Z are part of what is considered by scientists to be the 'weak force', one of the four fundamental forces of the universe. Despite gravity, electromagnity and power, weak force neither pushes nor draws in those sizes to transform particles into lighter parts.