Prospects for direct CP tests of hqq interactions by Alonso, R, Fraser-Taliente, C, Hays, C, Spannowsky, M

“…In h → bb̅ → Λb<SPAN STYLE="text-decoration:overline">Λ</SPAN>b decays a CP-sensitive distribution could be measured with a high-luminosity e+e− collider, while in both h → bb̅ → Λb<SPAN STYLE="text-decoration:overline">Λ</SPAN>b and h → cc̅ → Λc<SPAN STYLE="text-decoration:overline">Λ</SPAN>c decays such a distribution could be measured with a very high luminosity μ+μ− collider. …”

Measurement of the positive muon anomalous magnetic moment to 0.46 ppm by Abi, B, Albahri, T, Al-Kilani, S, Azfar, F, Henry, S, Et al.

“…The storage ring magnetic field is measured using nuclear magnetic resonance probes calibrated in terms of the equivalent proton spin precession frequency&nbsp;<span tabindex="0">&tilde;&omega;&prime;p</span>&nbsp;in a spherical water sample at&nbsp;<span tabindex="0">34.7&thinsp;&deg;C</span>. The ratio&nbsp;<span tabindex="0">&omega;a/&tilde;&omega;&prime;p</span>, together with known fundamental constants, determines&nbsp;<span tabindex="0">a&mu;(FNAL)=116592040(54)&times;10&minus;11</span>&nbsp;(0.46&nbsp;ppm). …”

Regulation of the enzymes concerned in the degradation of aromatic compounds in pseudomonas putida by Higgins, S, Higgins, Steven James

“…Those for the benzoate and mandelate regulons were similar (<span style="text-decoration: overline">c</span>. 0.5 mM) and much higher than that for parahydroxybenzoate hydroxylase (andlt; 0.01 mM).…”