Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An individual defect in a nematic liquid crystal moves not only in response to its interaction with other defects but also in response to external fields.  analyze the motion of a dge disclination in the presence of an applied field of strength H.  neglect backflow and seek steadily traveling patterns. The stationary picture yields a semi-infinite wall of strength $\pi$, bounded by the defect line.  find that the disclination advances into the region containing the wall at velocity v(H), where v scales as H/|log H| as long as the magnetic coherence length is greater than the core radius. When the external field is applied in the presence of a pair of disclinations, their dynamics is strongly influenced.  compute the expected relative velocity of the disclinations as a function of distance and field. The natural tendency for the disclinations to annihilate each other can be overcome by a sufficiently strong field suitably directed.
['Paolo Biscari', 'T. J. Sluckin']
I am writing a research paper on a idea Field-induced motion of nematic disclinations
[{"from": "human", "value": "I am writing a research paper on a idea Field-induced motion of nematic disclinations"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An individual defect in a nematic liquid crystal moves not only in response to its interaction with other defects but also in response to external fields.  analyze the motion of a dge disclination in the presence of an applied field of strength H.  neglect backflow and seek steadily traveling patterns. The stationary picture yields a semi-infinite wall of strength $\\pi$, bounded by the defect line.  find that the disclination advances into the region containing the wall at velocity v(H), where v scales as H/|log H| as long as the magnetic coherence length is greater than the core radius. When the external field is applied in the presence of a pair of disclinations, their dynamics is strongly influenced.  compute the expected relative velocity of the disclinations as a function of distance and field. The natural tendency for the disclinations to annihilate each other can be overcome by a sufficiently strong field suitably directed."}]