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We study the transverse flow throughout the mass range from $^{20}Ne+^{20}Ne$to $^{131}Xe+^{131}Xe$ as a function of the impact parameter. We find that atsmaller impact parameters the flow is negative while going through the impactparameter, transverse flow vanishes at a particular colliding geometry namedGVF. We find that the mass dependence of GVF is insensitive to the equation ofstate and momentum dependent interactions whereas it is quite sensitive to thecross section. So it can act as a useful tool to pin down the nucleon nucleoncross section.

Geometry of vanishing flow: a new probe to determine the in-medium nucleon nucleon cross-section