S. Descotes-Genon

activity

20022026

most citedFuture Physics Programme of BESIII

566 citations · 6.2k across the 101 of their papers we have counts for

collaborators

Showing 2010Show all

4 papers · 1 filter

hep-ph2010

Extracting strong phase and $C P$ violation in $D$ decays by using quantum correlations in $ψ (3770) \to D^{0} D^{0} \to (V_{1} V_{2}) (K π)$ and $ψ(3770)\to D^0\overline{D}^0\to (V_1V_2)(V_3V_4)

Xian-Wei Kang, Jerome Charles, Sebastien Descotes-Genon +1

We exploit the angular and quantum correlations in the $D D ˉ$ pairs produced through the decay of the $ψ (3770)$ resonance in a charm factory to investigate CP-violation in two…

hep-ph2010★ 61 cited

Minimal Flavour Violation for Leptoquarks

Sacha Davidson, Sebastien Descotes-Genon

Scalar leptoquarks, with baryon and lepton number conserving interactions, could have TeV scale masses, and be produced at colliders or contribute to a wide variety of rare decays.…

hep-ph2010★ 27 cited

Chiral dynamics with strange quarks in the light of recent lattice simulations

V. Bernard, S. Descotes-Genon, G. Toucas

Several lattice collaborations performing simulations with 2+1 light dynamical quarks have experienced difficulties in fitting their data with standard Nf=3 chiral expansions at ne…

hep-ph2010★ 211 cited

Anatomy of New Physics in B-Bbar mixing

A. Lenz, U. Nierste, J. Charles +7

We analyse three different New Physics scenarios for Delta F=2 flavour-changing neutral currents in the quark sector in the light of recent data on neutral-meson mixing. We paramet…

Extracting strong phase and CP violation in D decays by using quantum correlations in ψ(3770)→D0D0→(V1​V2​)(Kπ) and $ψ(3770)\to D^0\overline{D}^0\to (V_1V_2)(V_3V_4)

Minimal Flavour Violation for Leptoquarks

Chiral dynamics with strange quarks in the light of recent lattice simulations

Anatomy of New Physics in B-Bbar mixing

Extracting strong phase and $C P$ violation in $D$ decays by using quantum correlations in $ψ (3770) \to D^{0} D^{0} \to (V_{1} V_{2}) (K π)$ and $ψ(3770)\to D^0\overline{D}^0\to (V_1V_2)(V_3V_4)