Update README.md

README.md

@@ -299,6 +299,6 @@ $$S = k_0 \cdot q \cdot \Phi \qquad L_a = k_0 \cdot q \cdot \Phi$$
 
 The product of charge × magnetic flux has the dimensions of an **action** and of an **angular momentum**: [C]·[Wb] = [J·s]. This isn't a coincidence — it's the backbone of three chapters of quantum physics:
 
-- $$q\Phi/\hbar$$ is a phase → the **Aharonov–Bohm effect**;
-- $$L_a = q\Phi$$: the electromagnetic field stores genuine angular momentum → the **Feynman disk paradox**;
-- $$q\Phi = n\hbar$$ → **flux quantization** in superconductors and the **Dirac condition** for the magnetic monopole.
+- $q\Phi/\hbar$ is a phase → the **Aharonov–Bohm effect**;
+- $L_a = q\Phi$: the electromagnetic field stores genuine angular momentum → the **Feynman disk paradox**;
+- $q\Phi = n\hbar$ → **flux quantization** in superconductors and the **Dirac condition** for the magnetic monopole.