Children-Kinematics
A set of studies relating to the decay children of truth-tops. These studies aim to investigate the kinematics of the decay products from resonance tops and compare these to background spectator tops.
Figure 5.a
A plot of the transverse momenta of truth children originating from resonance and spectator tops.
Figure 5.b
Transverse momenta distribution of the truth children originating from resonant top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.c
Transverse momenta distribution of the truth children originating from spectator top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.d
A plot of the pseudorapidity of truth children originating from resonance and spectator tops.
Figure 5.e
Pseudorapidity distribution of the truth children originating from resonant top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.f
Pseudorapidity distribution of the truth children originating from resonant top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.g
A plot of the azimuthal angular distribution of truth children originating from resonance and spectator tops.
Figure 5.h
Azimuthual angular distribution of the truth children originating from resonant top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.i
Azimuthual angular distribution of the truth children originating from spectator top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.j
A plot of the truth children’s energy originating from resonance and spectator tops.
Figure 5.k
The energy distribution of the truth children originating from resonant top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.l
The energy distribution of the truth children originating from spectator top-quarks. A stack plot showing the underlying distribution associated with the PDGID’s of the truth children.
Figure 5.m
Transverse momenta of the top-quark truth children, segmented into their respective decay mode (leptonic and hadronic)
Figure 5.n
Pseudorapidity of the top-quark truth children, segmented into their respective decay mode (leptonic and hadronic)
Figure 5.o
Azimuthal angle of the top-quark truth children, segmented into their respective decay mode (leptonic and hadronic)
Figure 5.p
Energy of the top-quark truth children, segmented into their respective decay mode (leptonic and hadronic)
Figure 5.q
R between truth children which originate from the same or different top-quarks.
Furthermore, the figure is segmented into whether the paired objects originate from spectator (SS), resonant top-pairs (RR) or a mixture (RS).
Figure 5.r
The invariant mass of summed truth-children, which originate from mutual top-quarks, where the parent top-quarks can be spectators or resonance based.
Figure 5.s
A two dimensional heat-map of Figures.5.q and Figures.5.r.
Figure 5.t
A heat-map of the top-quark momenta and 
between truth-children.
Figure 5.u
A heat-map of the top-quark energy and between truth-children.
Figure 5.v
A distribution plot of the between originating top-quark and children, with plots being segmented by resonant/spectator and decay mode.
Figure 5.w
A plot of the fractional Top-Quark Transverse Momenta dispersion distribution of decay children (Resonance).
Figure 5.x
A plot of the fractional Top-Quark Transverse Momenta dispersion distribution of decay children (Spectator).
Figure 5.y
A plot of the fractional Top-Quark Energy dispersion distribution of decay children (Resonance).
Figure 5.z
A plot of the fractional Top-Quark Energy dispersion distribution of decay children (Spectator).