近年来国内学者忆阻器在神经形态计算电路、逻辑电路设计和运算、构建物理神经元模型方面取得了很多有趣的成果。国内的相关团队在忆阻神经元电路建模，动力学和应用控制方面的研究结果引人瞩目，一定程度上促进了学科交叉融合，对非线性动力学和计算神经学科发展做出了重要贡献。 受同行委托和期刊邀请，俺与合作者在两份国际期刊组织了相关专题，欢迎同行继续关注和分享相关重要成果。

1. The European Physical Journal Special Topics  专题征稿

投稿地址：https://www.editorialmanager.com/epjs/Default.aspx

专题名称：Functional Neurons and Networks

The main topic about this special issue appreciates the following studies:

1.       Model proposal of functional neuron models, map neuron and oscillator-like neuron

2.       Complex variable neuron model

3.       Neural circuits implement and function enhancement

4.        Hybrid neuron model

5.       Nonlinear resonance in functional neurons and energy estimation

6.       Interaction and cooperation between functional neurons (visual, auditory and olfactory neurons).

7.       Adaptive controllability and synaptic plasticity in biophysical neurons

8.       Energy balance and synchronization between neurons

9.       Control pattern formation and stability in networks composed of functional neurons

10.   Heterogeneity and defects dynamics in functional neural networks.

11.   Neural circuit controls electromechanical arm/leg

12.   Functional neuron for image encryption

客座编辑： 

Professor/Dr.  Jun Ma：School of Science, Lanzhou University of Technology University, Lanzhou 730050, China E-Mail: hyperchaos@lut.edu.cn .

Professor/Dr. Dibakar Ghosh: Physics and Applied Mathematics Unit, Indian Statistical Institute, Kolkata 700108, India E-Mail: diba.ghosh@gmail.com

Professor/Dr. Prof. Ergin Yilmaz: Department of Biomedical Engineering, Bülent Ecevit University, 67100, Zonguldak, Turkey E-Mail: erginyilmaz@yahoo.com

以上专题已经收到各类投稿约60篇，拟录用了21篇，拒稿9篇，其余稿件皆在修改和评审中，投稿截止日期2025年7月31日, 本刊发表的论文不收取任何费用。https://link.springer.com/collections/ejhejfadia

2. Chinese Physics B 专题征稿

征稿题目：Biophysical Circuits: Modeling & Applications in Neuroscience

投稿地址：http://cpb.iphy.ac.cn

All submissions can be in the field relative to the following topics and the coherent physical principles should be addressed in clear way.

1.       Memristor manufacturing and physical property.

2.       Memristor application in morphological computing and logic operation.

3.       Memristive neurons and memristor-coupled circuit.

4.       Patterns, wave, defects and synchronization stability in Memristive networks.

5.       Continuous and discrete memristor, energy characteristic, multistability.

6.       Interaction between neural circuit and electromechanical arm/leg, robotic arm.

7.       Nonlinear resonance and electromagnetic field effect in functional neurons and neural circuits.

8.       Memcapacitor and meminductor, energy property and physical effect in nonlinear circuits.

9.       Application of neural circuits and adaptive energy control in neurons.

客座编辑： 

Professor Jun Ma, Department of Physics, Lanzhou University of Technology, Lanzhou 730050, China. E-mail: hyperchaos@lut.edu.cn. 

 Professor Kehui Sun, School of Physics, Central South University, Changsha,China. E-mail:       kehui@csu.edu.cn 

.    该专题已经在Chinese Physics B系统里开启，投稿请选择正确的专题分类，投稿截止日期9月30日。