\begin{table}[H]
\centering
\caption{Physicists with the lowest change scores $c_a$. $D(\bm{I_a})$ and $D(\bm{S_a})$ measure the diversity of intellectual and social capital. Numbers in parentheses indicate the share of attention dedicated to each research area. Asterisks ($\ast$) indicate physicists with a permanent position.}
\label{table:low_disruption}
\begin{tabular}{p{0.15\textwidth}|c|c|c|b{0.25\textwidth}|b{0.25\textwidth}}
\toprule
              Physicist & $c_a$ & $D(\bm{I_a})$ & $D(\bm{S_a})$ &                   Previous main area &                       Current main area \\
\midrule
     J.~Huston ($\ast$) &  0.03 &          2.96 &          5.50 &              Collider physics (0.61) &              Collider physics (0.60)\\ \hline
  U.~D.~Alesio ($\ast$) &  0.03 &          1.68 &          4.50 &              Collider physics (0.87) &              Collider physics (0.88)\\ \hline
          A.~V.~Lipatov &  0.03 &          2.88 &          4.28 &              Collider physics (0.68) &              Collider physics (0.68)\\ \hline
             S.~Goswami &  0.03 &          2.15 &          5.22 &  Neutrinos \& flavour physics (0.83) &  Neutrinos \& flavour physics (0.79)\\ \hline
            S.~Schumann &  0.04 &          4.15 &          7.90 &              Collider physics (0.46) &              Collider physics (0.45)\\ \hline
           M.~Trigiante &  0.04 &          5.11 &          6.42 & String theory \& supergravity (0.55) & String theory \& supergravity (0.56)\\ \hline
               I.~Vitev &  0.04 &          2.95 &          5.49 &              Collider physics (0.72) &              Collider physics (0.73)\\ \hline
           Andreas Metz &  0.04 &          2.01 &          3.61 &              Collider physics (0.85) &              Collider physics (0.89)\\ \hline
           A.~Bacchetta &  0.04 &          2.07 &          3.19 &              Collider physics (0.84) &              Collider physics (0.81)\\ \hline
            D.~Martelli &  0.04 &          4.42 &          5.97 & String theory \& supergravity (0.57) & String theory \& supergravity (0.58)\\ \hline
 Xin Nian Wang ($\ast$) &  0.04 &          2.61 &          4.06 &              Collider physics (0.77) &              Collider physics (0.75)\\ \hline
     F.~Murgia ($\ast$) &  0.04 &          1.84 &          4.57 &              Collider physics (0.86) &              Collider physics (0.87)\\ \hline
              C.~Pisano &  0.05 &          1.77 &          4.53 &              Collider physics (0.87) &              Collider physics (0.88)\\ \hline
         Y.~Mehtar Tani &  0.05 &          2.75 &          5.17 &              Collider physics (0.75) &              Collider physics (0.75)\\ \hline
           E.~R.~Sharpe &  0.05 &          2.96 &          4.05 & String theory \& supergravity (0.75) & String theory \& supergravity (0.74)\\ \hline
   J.~F.~Owens ($\ast$) &  0.05 &          2.01 &          5.42 &              Collider physics (0.78) &              Collider physics (0.80)\\ \hline
    Qiang Zhao ($\ast$) &  0.05 &          3.84 &          5.50 &                       Hadrons (0.65) &                       Hadrons (0.69)\\ \hline
   M.~Strikman ($\ast$) &  0.05 &          2.77 &          4.99 &              Collider physics (0.77) &              Collider physics (0.75)\\ \hline
P.~M.~Nadolsky ($\ast$) &  0.05 &          3.19 &          5.28 &              Collider physics (0.62) &              Collider physics (0.59)\\ \hline
    J.~Nemchik ($\ast$) &  0.05 &          2.67 &          4.69 &              Collider physics (0.80) &              Collider physics (0.78)\\ \hline
\bottomrule
\end{tabular}
\end{table}
