… A prototype of TOC-729-1 based on a single 40 Ca + ion with 7.8 × 10 − 17 uncertainty …
source of systematic uncertainty due to the long feedback period of the single-ion clock and the …

… minimize the contribution of systematic frequency shifts have … frequency uncertainty of 7.8
× 10 − 17 (at the optical carrier) … a compact single-ion 171 Yb + transportable optical clock …

… on transportable optical lattice and single-ion atomic clocks … of insights on transportable
optical clock developments, which we … optical clocks systems all achieve systematic uncertainties …

… for a robust, compact and portable optical clock. The choice of … optical clock with an uncertainty
in the low parts in the 10 18 … commonly used for single ion optical clocks as it provides a …

… The author predicts that transportable single-ion optical clocks especially based on the …
transportable Ca + optical clock and its systemic uncertainty has been improved to 1.3 × 10 − 17 …

… of 10 −18 or less are realized by using single ion clocks, [ 1-3 … with a systematic uncertainty
of 7.4 × 10 −17 assembled in a … [ 22 ] Their clock is utilized to compare optical clocks in Europe…

… are inclusive of the systematic uncertainty. The shaded region indicates the uncertainty in the
… orthogonal directions (17). For determination of α z , this influences ⟨B 1 2 ⟩-⟨B 2 2 ⟩ by ≲…

… Our demonstration shows that optical clocks resolving … We typically average for 10 4 s to
achieve 10 −17 instability (… the systematic uncertainties for the beat note of two clocks, Δν …

… than MW clocks to achieve a certain fractional frequency uncertainty, … between the optical
lattice and single-ion optical clocks; … to develop a mobile/transportable compact optical clock to …

… optical clock targeting stability and a frequency uncertainty of … clock with systematic
uncertainty below 10−18. Phys. Rev. … A Compact, Transportable Single-Ion Optical Clock with 7.8 …