南开大学|物理科学学院

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The 100th Anniversary Ceremony of the School of Physics of Nankai University

In the morning of Oct.9th, the 100thAnniversary Ceremony of the School of Physics of Nankai University was held in the small auditorium of the main building at Balitai Campus.

2022-10-10
Graphite + Diamond: A New Type of Composite Nanomaterials — Nankai University Involved in the Research for the Synthesis of New Carbon Material

Recently, Nankai University, through collaboration with Yanshan University and few other institutions, have resolved the long-standing controversies about the pathways of the graphite-to-diamond phase transformation with the high-pressure synthesis method. A new type of graphite-diamond composite material, which combines the electrical conductivity of graphite, the super hardness of diamond, and high tenacity that neither graphite nor diamond possesses, has also been prepared, adding as a new me

2022-08-04
Science Publishes the Research Achievements of Nankai University Research Team in the Field of Topological Photonics

The research group led by professor Zhigang Chen and professor Jingjun Xu from the School of Physics of Nankai University and TEDA Institute of Applied Physics, with cooperation with research groups from University of Zagreb in Croatia, University of Crete in Greece and University of Rostock in Germany, established a nonlinear non-Hermitian topological photonics platform for the first time in the world. Thus, the manipulation of parity-time symmetry and non-Hermitian topological states in an opt

2021-04-15

Lectures & Reports

Kaiwu Lecture 27: Electrically and/or magnetically tuneable optical diffraction gratings based on a polymer scaffold filled with a nematic liquid crystal

Time:November 29, 2022 6:30 PM

Place:Zoom Meeting

2022 11-28
Kaiwu Lecture 26: The Packing of Soft Spheres

Time:October 12, 2022 7:00 PM

Place:Room 105 & Zooming Meeting

2022 10-10
Kaiwu Lecture 25: Exploring the decays of B meson with QCD Light-Cone Sun Rules

Time:October 10, 2022 3:00 PM

Place:Zoom Meeting

2022 10-07
Kaiwu Lecture 24: 计算复杂性的统计物理

Time:October 11, 2022 4:00 PM

Place:Tecent Meeting

2022 10-04
Kaiwu Lecture 23: 机器学习求解薛定谔方程初探

Time:October 10, 2022 7:00 PM

Place:Zoom Meeting

2022 10-04
Kaiwu Lecture 22: Exploring parametric amplification for some applications in quantum technology

Time:September 29, 2022 4:00 PM

Place:Tecent Meeting

2022 09-28
Kaiwu Lecture 21: Baryogenesis toolbox in the early Universe

Time:From August 31 to September 8, 2022

Place:Zoom Meeting

2022 09-05
Kaiwu Lecture 20: Endpoint singularities in muonelectron backward scattering

Time:July 12, 2022 3:00 PM - 4:30 PM

Place:Zoom Meeting

2022 07-11
Kaiwu Lecture 19: Next-to-leading power endpoint factorization and resummation: Application in "gluon" thrust

Time:June 29, 2022 3:00 PM - 4:30 PM

Place:Tecent Meeting

2022 06-27
Kaiwu Lecture 18: 量子色动力学因子化与B介子物理

Time:June 15, 2022 3:00 PM - 4:30 PM

Place:Zoom Meeting

2022 06-14
Kaiwu Lecture 17: Axions in Particle Physics

Time:From June 3 to June 10, 2022

Place:Zoom Meeting

2022 05-31
Kaiwu Lecture 16: Overview of the PQCD approach to B decays

Time:May 25, 2022 10:00 AM-11:30 AM

Place:Tecent Meeting

2022 05-18

Achievements

Two Research Achievements from Nankai University are Selected for the "Top 10 Advances in Optics in China in 2021"

On May 23rd, Chinese Laser Press released the Top 10 Advances in Optics in China 2021. After multiple rounds of selection by the review committee, 10 projects were selected into the basic research category, 10 into the applied research category, and 19 achievements were nominated. In the 10 basic research categories of Top 10 Advances in Optics in China 2021, two research projects of Nankai University, namely Nonlinear Tuning of PT-Symmetry and Non-Hermitian Topological States and Nonlinear

Topologically tuned terahertz confinement in a nonlinear photonic chip

Nonlinear generation and topologically-tuned confinement of THz waves is demonstrated and directly visualized in a single photonic chip. The distinctive features of the topological interface states under chiral perturbations are analyzed. This work offers a flexible and convenient way to tune the confinement and properties of THz waves using topological structures, which may open an avenue towards the implementation of stable and compact THz photonic integrated circuits for various applications.

Scientists from Nankai University Revealed the Variation Trends in Periodic Law and Chemical Properties of Elements under Pressure

In recent years, researchers have discovered that pressure would significantly change the properties of elements and electrons, thus leading to various physical and chemical phenomena. This discovery serves as an important channel for solving scientific problems, such as unconventional material synthesis and the circulation of materials within the interior of the planet.

Nankai Research Team Made Progress in the Research of Nanoscale-Femtosecond Imaging of Surface Plasmons

Surface plasmon is the collective resonance oscillations of the free electrons on the surface of metals, which could confine the light to extremely small dimensions, thus realizing the manipulation of the light field at nanoscale. Such unique advantages have offered surface plasmon a broad prospect to be applied in various fields, including surface-enhanced Ramam spectroscopy, sensors, photovoltaic devices and quantum communication etc.

Research Team from Nankai University Achieved Progress in the Realization of Mid-Infrared Light Scattering in Atomic Scale

After a long-term quest, a research group led by professor Wei Cai and professor Jingjun Xu from the School of Physics at Nankai University has achieved a series of progress in nano-scale light manipulation, such as the nano-scale detection of the optical properties of bilayer graphene with independent regulation of energy band and Fermi level (Nano Letters 21, 5151 (2021)) and controllable adjustment of the reflection of graphene plasmon wave by artificially induced electronic boundary.

Research Team from Nankai University Achieved Significant Progress in Quantum Chromodynamics

As one of the four fundamental forces in the nature, the strong interaction is evidently responsible for the stability of the matter word. Consequently, exploring the ultimate mystery of the strong interaction in the framework of modern quantum field theory has been becoming the long-standing aspiration of the entire physics community.

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