Interaction Atlas
Move from a monomial to its vertex, a representative Feynman diagram, and a physical process.
PlannedThe Standard Model, unfolded
An interactive journey from the symmetries of the Standard Model to its particles, interactions, and open questions.
Interactive field theory
The Standard Model, unfolded.
Follow the equation in both directions: backwards to the symmetries that constrain it, and forwards to the particles and interactions it describes.
One equation
\(\mathcal L_{\mathrm{SM}}=\mathcal L_{\mathrm{gauge}}+\mathcal L_{\mathrm{fermions}}+\mathcal L_{\mathrm{Higgs}}+\mathcal L_{\mathrm{Yukawa}}\)
many consequences
Available now
Choose how you want to enter
The two views use the same mathematical catalogue, so every term keeps the same notation, sector, and meaning.
01
Begin the guided chapter →
02
Explore the equation →
Guided route
Build the Lagrangian
Start from the gauge symmetry and add gauge fields, matter, the Higgs sector, and Yukawa couplings one layer at a time.
Free exploration
Open the Equation Atlas
Choose a field basis, isolate sectors, compare five levels of development, explain symbols, and export clean LaTeX.
Growing atlas
Where the project goes next
Each future module will remain traceable to the same exact terms rather than becoming a separate particle-physics poster.
EWSB Laboratory
Watch the Higgs shift reorganise fields into the photon, \(W^\pm\), \(Z\), masses, and Higgs interactions.
PlannedScope and extensions
Separate quantisation machinery, allowed but omitted terms, and genuine extensions such as neutrino masses, EFT operators, and gravity.
PlannedArt mode
The previous floating ribbon is paused. A new visual idea will be developed only when it adds something genuinely worthwhile.
On hold