The aim of Neural Regeneration Research (NRR) is to build an international academic exchange platform on neural regeneration research and deliver the forefront information among experts and physicians. NRR reports man...The aim of Neural Regeneration Research (NRR) is to build an international academic exchange platform on neural regeneration research and deliver the forefront information among experts and physicians. NRR reports many kinds of basic researches on neuroscience and the subjects closed to neural regeneration research, such as neurophysiology, molecular neurobiology, neuroimmunology,展开更多
The aim of Neural Regeneration Research (NRR) is to build an international academic exchange platform on neural regeneration research and deliver the forefront information among experts and physicians. NRR reports man...The aim of Neural Regeneration Research (NRR) is to build an international academic exchange platform on neural regeneration research and deliver the forefront information among experts and physicians. NRR reports many kinds of basic researches on neuroscience and the subjects closed to neural展开更多
Submission Open:15 March 2017 Submission Deadline:15 April 2017 The idea of parity-time(PT)symmetry,first introduced in quantum mechanics,was recently realized in the context of photonics in the form of balanced gain-...Submission Open:15 March 2017 Submission Deadline:15 April 2017 The idea of parity-time(PT)symmetry,first introduced in quantum mechanics,was recently realized in the context of photonics in the form of balanced gain-loss structures with special symmetries.In recent years。展开更多
文摘The aim of Neural Regeneration Research (NRR) is to build an international academic exchange platform on neural regeneration research and deliver the forefront information among experts and physicians. NRR reports many kinds of basic researches on neuroscience and the subjects closed to neural regeneration research, such as neurophysiology, molecular neurobiology, neuroimmunology,
文摘The aim of Neural Regeneration Research (NRR) is to build an international academic exchange platform on neural regeneration research and deliver the forefront information among experts and physicians. NRR reports many kinds of basic researches on neuroscience and the subjects closed to neural
文摘Submission Open:15 March 2017 Submission Deadline:15 April 2017 The idea of parity-time(PT)symmetry,first introduced in quantum mechanics,was recently realized in the context of photonics in the form of balanced gain-loss structures with special symmetries.In recent years。
