El secreto mejor guardado del Higgs: sus 3 hermanos desaparecidos

Everyone has heard that the Higgs field gives particles mass. But almost no one explains how it actually happens. In this video, we'll discover that the problem of mass is deeply connected to something seemingly unexpected: the polarization modes of elementary particles. We'll see why a massless photon can only have two polarizations, why the W and Z bosons need a third, and how that simple observation leads directly to the Higgs mechanism. The surprising thing is that the famous Higgs boson doesn't come alone. The Higgs field originally contains four degrees of freedom: three of them are absorbed by the W and Z bosons to become their longitudinal polarizations, while the fourth survives as the particle we discovered at CERN in 2012. In other words, the Higgs boson has three secret siblings that remain hidden within the weak bosons. Furthermore, we'll see how this same idea is related to the mass of electrons and quarks, the role of chirality in fermions, and some of the greatest open mysteries of modern physics. A visual and intuitive explanation of the Higgs mechanism that connects relativity, gauge symmetries, polarization, and mass in a way you've probably never experienced before. Video by: Ángel Urania Production: Daniel Aller, Ángel Uranga, and Laura Marcos Don't miss any videos: just... SUBSCRIBE! It's FREE!: /@iftmadrid Follow us on X! - https://x.com/ift_uam_csic INSTAGRAM! - ift_madrid TikTok! - ift_uam_csic Also on FACEBOOK! - iftmadrid We're now on Bluesky! - https://bsky.app/profile/iftuamcsic.b... And check out our website! - https://www.ift.uam-csic.es Video Credits: Cosmic Eye:    • Universe Size Comparison | Cosmic Eye (Ori...   CERN Higgs Discovery:    • HIGGS BOSON - HIGHLIGHTS OF THE DISCOVERY   Chapters 00:00 What is the Higgs boson? 02:00 The essence of the Higgs mechanism and its origin 09:00 The Higgs field and its three missing siblings 09:55 Fundamental particles and their relationship to the Higgs field and its mechanism