Lecture 1 | New Revolutions in Particle Physics: Standard Model

This lecture is the opening of Stanford University's renowned physicist Leonard Susskind's series "The New Particle Physics Revolution: The Standard Model." Delivered in 2010, this session begins with the most fundamental Coulomb's law, gradually leading to the quantum origin of covalent bonds, and provides an introductory overview of the names and properties of elementary particles, laying a clear physical picture for the subsequent deep dive into the Standard Model. The central highlight lies in Professor Susskind's use of intuitive physical imagery and vivid derivations, helping viewers grasp "how seemingly abstract particle physics grows out of everyday electromagnetic phenomena," while also seeding foreshadowing of symmetry and quantum field theory. It is suited for enthusiasts with a background in first-year calculus and general physics, or students currently studying quantum mechanics or particle physics, as an introductory guide; those with no prior background can also follow his train of thought to appreciate the beauty of physics, though they should be prepared to pause and reflect. The total video length is unknown; viewing in segments is recommended, with each segment lasting approximately thirty minutes. Taking notes on key concepts and formula connections while watching will yield the best results.