LIMITATIONS OF GAUGE INVARIANCE
LIMITATIONS OF GAUGE INVARIANCE
LIMITATIONS OF GAUGE INVARIANCE
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THERE ARE HINTS <strong>OF</strong> BASIC PROBLEMS<br />
For example:<br />
• The equations of quantum mechanics are all in terms of potentials and<br />
not fields. Many attempts have been made to write the Schrödinger<br />
equation directly in terms of E and B, but none have succeeded. All such<br />
attempts have yielded nonlocal formulations.<br />
• In textbooks on classical mechanics it is common to find<br />
demonstrations that alternative formulations (Hamiltonian, Lagrangian,<br />
…, expressed in terms of potentials) can be shown to infer Newton’s<br />
equations, but not the converse.<br />
• In strong-field physics, two gauges are in common use, and they can be<br />
shown to contradict each other in fundamental ways.<br />
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