Abstract

Synergetic innovation between pharmaceutical enterprises and scientific research institutions is extremely important for the development of innovative drugs. However, it is unstable in the pharmaceutical industry, which seriously hinders the development of innovative drugs in the World. China is the country with the biggest population, and therefore problems in this country are ones of the most important. In this context, we studied the influence of strengthening correlation degree on synergetic innovation between pharmaceutical enterprises and scientific research institutions by using quantum game. Through the establishment of quantum game model, we obtain the optimal strategy of both players in different case. The results show that the quantum game can solve the problem of “prisoner’s dilemma” existing in the game between pharmaceutical enterprises and scientific research institutions; it is easier for the two players to choose complete synergy when they are entangled state and quantum strategy has been adopted; when pharmaceutical enterprises and scientific research institutions are not in a state of entanglement, the quantum game has no difference with classical game in this case.

Highlights

  • The pharmaceutical industry is a vital and indispensable industry for a country, and it requires constant investment and innovation

  • Based on the quantum game model, this paper analyzes the influence of strengthening the correlation degree, between pharmaceutical enterprises and scientific research institutions on synergetic innovation

  • (3) When pharmaceutical enterprises and scientific research institutions are not in a state of entanglement, the payoff of both players of the game has nothing to do with the use of quantum game

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Summary

INTRODUCTION

The pharmaceutical industry is a vital and indispensable industry for a country, and it requires constant investment and innovation. In order to achieve rational distribution, promote innovation and development, and form the whole advantage in pharmaceutical industry, how to encourage pharmaceutical enterprises to synergy with scientific research institutions and improve the efficiency of synergetic innovation has very important research value. Due to the existence of moral hazard problems in the process of synergetic innovation between pharmaceutical enterprises and scientific research institutions, the degree of synergy between the two players is a continuous variable, and in the intermediate state of ‘‘complete coordination’’ and ‘‘complete non-coordination’’, which is similar to the superposition state in quantum mechanics. It is reasonable to analyze the influence of strengthening correlation degree on synergetic innovation between pharmaceutical enterprises and scientific research institutions using quantum game. The forth part is the conclusions and offers some suggestions on how to strengthen the correlation degree between pharmaceutical enterprises and scientific research institutions

MODEL DESCRIPTION
MODEL ANALYSIS IN DIFFERENT SITUATIONS
Msin2 θ2
Msin2 θ1
CONCLUSIONS AND SUGGESTIONS
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