  This study investigates the evolution and dissociation dynamics of $c\bar{c}$
and $b\bar{b}$ pairs within the Glasma medium, resulting from the collision of
ultra-relativistic heavy ions. An attractive potential is used to create the
pairs, but the strong Glasma fields dominate over it, causing an increase in
pair separation and subsequent dissociation. The observed finite probability of
dissociation for these states reveals the intricate interplay between QCD
dynamics and the suppression of $c\bar{c}$ and $b\bar{b}$ states during the
Glasma phase. The research highlights differences between $c\bar{c}$ and
$b\bar{b}$ pairs, revealing the role of quark flavor in the dissociation
process. Dissociation spectra analysis indicates a peak shift towards higher
momentum, reflecting a slight energy gain by the pairs. This investigation
provides valuable insights into the complex dynamics of $c\bar{c}$ and
$b\bar{b}$ pairs in the Glasma, which may help in better interpretation of
experimental results on further integration with subsequent phases of the
created matter.
