2026-07-072026-07-07http://salesiana.dossiersoluciones.com/handle/123456789/46397A very light gluino ($m_{\tilde g} \lsim 2 \gev$) is still consistent with experimental data and is attractive from a theoretical standpoint. This has been shown to lead to a small gluino content of the proton. We use this effect to demonstrate that such a light gluino could lead to a striking enhancement, at Tevatron, of monojets accompanied by large missing momentum. A reanalysis of the existing data may thus rule out a light gluino for a common squark mass of upto $\sim 600 \gev$.LaTeX, 8 pages, 2 figs (embedded)High Energy Physics - Phenomenologytext