Three fields, rippling — hydrogen on an 8×8 grid, honestly
You were right — the Higgs is not the only field that ripples. In the honest (quantum-field) picture, everything is a field, and every particle is a ripple in one. Three are drawn here, all alive. The Higgs field sits at its nonzero value everywhere and fluctuates; its ripple-quantum is the 125 GeV Higgs boson. The electron field fills space too, and the 64 clouds are its standing-wave excitations — the bound electron literally is a standing wave, which is exactly why energy comes in discrete levels: only certain waves fit. The gravity field — spacetime geometry — ripples as well, and those ripples are gravitational waves, real, caught by LIGO in 2015. The honest catch sits on that last one: a quiet grid of atoms produces essentially no gravity — it is 10⁻⁴⁰ of the electric force, so the grid is drawn wildly exaggerated, and real gravitational ripples need merging black holes, not hydrogen. Toggle each field; press emit GW to send a (hugely exaggerated) ripple across the metric.
Bridge-Burners LLC · Fiddler · 3 fields · electron standing waves = the atoms · gravity ×10³⁶ to be seen · self-testing
The three fields
Higgs — VEV everywhere; ripple = Higgs boson (125 GeV); gives ~1% of mass
electron — ripple = electron; bound standing waves = the clouds; quantizes energy
LiteralEvery particle is a field excitation (QFT). The bound electron is a standing wave → discrete energy (13.6 eV). Higgs ripple = 125 GeV boson. Gravitational waves are real (LIGO 2015). All confirmed.
BridgeThe fields' colours, amplitudes and ripple speeds are schematic. The electron "standing wave" shimmer shows phase; |ψ|² is actually stationary (that is why orbitals are stable).
SpeculativeThe gravity field is drawn ~10³⁶× exaggerated; truly it is flat here (10⁻⁴⁰ of EM). GW ripples need violent events, not atoms. Higgs gives ~1% of mass (~99% QCD). Lattice is a scaffold — real H is H₂.