Condensed Matter: Electronic Structure, Electrical, Magnetic, And Optical Properties ×

Showing 5 of 5 papers in Condensed Matter: Electronic Structure, Electrical, Magnetic, And Optical Properties

PhysAgent: A Multi-Agent Approach to Automated Discovery of Physical Laws

Xiao-Qi Han, Ze-Feng Gao, Zhong-Yi Lu, Peng-Jie Guo, Ze-Feng Gao, Zhong-Yi Lu
2025-07-30 ChinaXiv: chinaxiv-202508.00189 Mixed Source

The discovery of physical laws has traditionally relied on human intuition, analytical reasoning, and experimental observation. However, modern physics research is increasingly constrained by numerous challenges, such as high specialization, fragmented workflows, and limited computational resources,…

Thermodynamic adsorption potential of superconductors

Jiu Hui Wu, Jiu Hui Wu
2025-07-10 ChinaXiv: chinaxiv-202507.00099 Original EN

Based on the general thermodynamic analysis of Polanyi adsorption potential, the adsorption potential condition for superconductors is obtained exactly by using the quantum state equation we presented. Because this adsorption potential results in changes of electron concentration, temperature and pr…

Large-scale ultra-fast strain engineering of CVD-grown two-dimensional materials on strain self-limited deformable nanostructures towards enhanced field effect transistors

Zheng Huang, Nan Lu, Zifeng Wang, Shuoheng Xu, Jie Guan, Yaowu Hu, Yaowu Hu
2022-04-30 ChinaXiv: chinaxiv-202205.00002

Strain engineering of 2D materials is capable of tuning the electrical and optical properties of the materials without introducing additional atoms. However, there are still great challenges in realizing straining of 2D materials with CMOS compatibility. Here, a method for large-scale ultrafast stra…

Classical Circuit Simulation of the Non-Reciprocal Aubry-Andr\'e Model

成恩宏 (Enhong Cheng), Li-Jun Lang, Li-Jun Lang
2022-03-24 ChinaXiv: chinaxiv-202202.00008

The introduction of non-Hermiticity extends concepts in traditional Hermitian quantum systems and induces many novel physical phenomena, such as the non-Hermitian skin effect unique to non-Hermitian systems, which has made the simulation of non-Hermitian quantum models a focus of attention. Compared…