Manuscript VII-G@1 · VII-G.tex · example · 54f561e8

Example: Correct Lorentz part, wrong affine word

Geometric and field-theoretic boundaries › Two geometric negative tests · lines 2169–2179

For $ϵ \neq = 0$ ,

J_{ϵ} (z) = R (μ) z + ϵ e_{0}

has the same Lorentz part as the spinless identification, but no fixed point: its time coordinate increases by $ϵ$ . In particular, it does not fix the stationary worldline pointwise. This is why a certificate must check the full affine peripheral word, not only its Lorentz factor CheungVIIF.

Displayed formulas in this passage

unlabeled · line 2171
$J_{ϵ} (z) = R (μ) z + ϵ e_{0}$

Nearby in this section

example: Example: A stale deficit identification
section: Two geometric negative tests