Mao made great efforts to expand his research into the fields of hypernuclear and vacuum antiparticle energy spectrum and high-energy nuclear astrophysics (the physical properties of neutron stars and pulsars), and made many research achievements in these new fields. His academic papers published during his work in Institute of High Energy were included in SCI database (including those published by graduate students under his supervision), and 55 papers were cited and 49 papers were cited. Most of his quotations are international. What is particularly commendable is that his English paper published in the domestic journal Astronomy and Astrophysics in 2003, which was considered by Gao Energy, has been cited by foreign scholars 12 times. In 2004, at the initiative of Nova Science Press, he also completed his personal monograph Relativistic Micro Quantum Transport Equation. It was rated as "This book marks the further affirmation of Guang Jun's research field and its contribution by the international nuclear physics community. This book is not a compilation of published papers, but a qualitative improvement by adding new scientific research blood through further systematic summary. " "He provides readers with a complete and systematic bird's eye view of the research field of heavy ion transport." More importantly, this monograph contains a large number of complex collision cross-section formulas derived by Mao for the first time in the world. These collision cross-section formulas determine the collision term in relativistic microscopic quantum transport equation, which is the key of relativistic microscopic quantum transport theory. All these show that Mao's research work in the Institute of High Energy Physics for just three years is fruitful and excellent. However, in 2004, the Institute of High Energy Physics made an early evaluation of Mao. The contract for the first phase of Mao's research on neutron stars, strange stars and pulsars, which started in 2003, will not expire until February 2005, so some of his articles will not be published until 2005. The evaluation result is called "unqualified". At that time, the jury emphasized that "the number of papers published by researcher Mao was small" and accused that "most of his papers were published in non-international mainstream physics journals". In fact, Mao's articles published in non-international mainstream physics journals have also attracted the attention of many international peers. He has made internationally influential work in the new research direction he has chosen and become an outstanding and influential scientist in the field of international nuclear physics. An old scientist thought: "At that time, the leaders of the Institute of High Energy Physics were eager to evaluate Mao's work in advance, which showed that the leaders and judges of the Institute did not pay attention to the importance of Dr. Mao's work in high energy at all, so the fairness and justice of the evaluation could not be guaranteed, and the result would be extremely unfair and completely wrong!" However, why are some leaders of the institute eager to do so and urgently need a "unqualified" conclusion? This is a question that everyone with conscience should think about!