← Mathematical compendium
Published equation contexts
10−9
Why this formula appears here
Lay all of it out in one table, rows for experiments and columns for the five components, and four columns get real entries: ηcl constrained at the 10^{-15} level by MICROSCOPE, η^diag constrained by every dual-species and clock test in the list, η^coh constrained at the low- 10^{-9} level by Rosi and colleagues’ internal-superposition test, η^sup constrained by Overstreet and colleagues’ gravitational Aharonov-Bohm result. The fifth column, η^ent , has nothing in it — not a weak bound, not a preliminary number, nothing. The paper’s proposition on this point is not merely that the entangled component happens to be unmeasured; it proves, within its…
Read the full article-specific guide →
How to interpret it
Read this expression with the definitions, units, and assumptions supplied by the article.
Research cited beside this formula
Published contexts (1)
A symbol can carry a different meaning in another article. Each occurrence keeps its own guide and term definitions.
Equation 26 · Quantum Relativity
This mathematical expression combines the displayed quantities; its precise role follows from the surrounding article text.
Lay all of it out in one table, rows for experiments and columns for the five components, and four columns get real entries: ηcl constrained at the 10^{-15} level by MICROSCOPE, η^diag constrained by every dual-species and clock test in the list, η^coh constrained at the low- 10^{-9} level by Rosi and colleagues’ internal-superposition test, η^sup constrained by Overstreet and colleagues’ gravitational Aharonov-Bohm result. The fifth column, η^ent , has nothing in it — not a weak bound, not a preliminary number, nothing. The paper’s proposition on this point is not merely that the entangled component happens to be unmeasured; it proves, within its…
Equation guide → ·
Article →