Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Quantum correlations of a qutrit pair in rner states undergoing local and nonlocal unitary operations are quantified in terms of two different methods, i.e., quantum discord (Ollivier and Zurek in Phys Rev Lett 88:017901, 2001) and measurement-induced disturbance (Luo in Phys Rev A 77:022301, 2008). Analytic expressions of the two kinds of quantum correlations in the system are worked on and found to be completely the same. By virtue of investigations and discussions,  expose some distinct features of the correlations and their underlying physics. More importantly,  found that both local and nonlocal unitary operations cannot increase quantum correlation in a qutrit rner state for the two quantifiers which are concerned.
['Guofeng Li', 'Yi-Min Liu', 'Haojie Tang', 'Xiaofeng Yin', 'Zhanjun Zhang']
I am writing a research paper on a idea Analytic expression of quantum correlations in qutrit Werner states undergoing local and nonlocal unitary operations
[{"from": "human", "value": "I am writing a research paper on a idea Analytic expression of quantum correlations in qutrit Werner states undergoing local and nonlocal unitary operations"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Quantum correlations of a qutrit pair in rner states undergoing local and nonlocal unitary operations are quantified in terms of two different methods, i.e., quantum discord (Ollivier and Zurek in Phys Rev Lett 88:017901, 2001) and measurement-induced disturbance (Luo in Phys Rev A 77:022301, 2008). Analytic expressions of the two kinds of quantum correlations in the system are worked on and found to be completely the same. By virtue of investigations and discussions,  expose some distinct features of the correlations and their underlying physics. More importantly,  found that both local and nonlocal unitary operations cannot increase quantum correlation in a qutrit rner state for the two quantifiers which are concerned."}]