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NKU Team Makes New Progress in Low-dimensional Nanoelectronic Functional Materials

In the latest piece of research, Professor Hu, Zhenpengs team from Nankai University proposed a new material, namely, bilayer Kagome borophene (BK-boropnene), which exhibits both traditional and higher-order van Hove singularities near the Fermi levelwith a Fermi velocity surpassing even that of graphene. This structure will provide a new platform for researchesin quantum material systems and other fields. The relevant paper was published in Advanced Science, a famous international journal.

2023-11-10
NKU Team Makes Significant Progress in Unraveling the Dynamic Mechanism Dictating the Heavy-Meson Decay “Anomalies”

Professor Wang Yu-Ming from the School of Physics at Nankai University in collaboration with with a postdoctoral researcher (Cui Bo-Yan) and two doctoral students (Huang Yong-Kang and Zhao Xue-Chen), computed for the first time the next-to-leading-order (NLO) QCD corrections to theform factors at large hadronic recoil. Both the charm-quark-mass- and the strange-quark-mass-dependent pieces could generate the leading-power contributions to these form factors. This is widely considered as a true th

2023-10-31
NKU Team Reports the First Search for BNV Oscillations

Accordingtomodern physics, our universe is believed to have originated from a big bang, during which anexactly equal amount of matter and anti-matter was produced. However, various of experimental evidences indicate that the current universe is dominated by matter rather than anti-matter. In order to explain the asymmetry, Sakharov proposedthefamous Three Rules in 1967, pointing out that the baryon number (B) violation plays a key role in resolving thispuzzle. To this day, extensive research has

2023-10-12

Lectures & Reports

Kaiwu Lecture 67: Quantum frequency conversion and applications based on PPLN waveguides

Time:December 26 9:00-10:30 AM

Place:Room 104

2023 12-25
Kaiwu Lecture 66: Physics opportunities and challenges at future multi-TeV lepton colliders

Time:December 27 15:00-16:30 AM

Place:Room 104

2023 12-25
Kaiwu Lecture 65: The track reconstruction in BESIII experiments

Time:Time：December 27 10:00-11:30

Place:Room 208

2023 12-25
Kaiwu Lecture 64: A mysterious call from the universe——Fast Radio Bursts

Time:November 28, 2003 10:00 AM

Place:Room 104

2023 11-27
Kaiwu Lecture 63: QCD phase transition and quark stars under finite density

Time:November 27, 2023 15:30 PM

Place:Room 104

2023 11-24
Kaiwu Lecture 62: Studying the Yukawa coupling and self-coupling of the Higgs boson on the ATLAS experiment

Time:November 23, 2023 10:00 AM

Place:Room 301

2023 11-21
Kaiwu Lecture 61: Nonlinear Hall effects in 2D and 3D materials

Time:November 16, 2023 10:00 AM

Place:Room 104

2023 11-14
Kaiwu Lecture 60: Overview of the future development of NPR and CPC

Time:October 16, 2023 15:00 PM

Place:Room 104

2023 10-12
Kaiwu Lecture 59: Kardar-Parisi-Zhang Physics in the Density Fluctuations of Localized Two-Dimensional Wave Packets

Time:September 25, 2023 16:00 PM

Place:Room 301

2023 09-21
Kaiwu Lecture 58: Status of ø3 /γ measurement at Belle and Belle Ⅱ

Time:September 21, 2023 10:00 AM

Place:Room 104

2023 09-19
Kaiwu Lecture 57: Trigger system on Belle Ⅱ detector and its optimization

Time:September 15,2003 14:00 PM

Place:Room 208

2023 09-12
Kaiwu Lecture 56: On-chip inherited topological photonics

Time:August 1，2023 15:00 PM

Place:Conference Room, Teda

2023 07-29

Achievements

NKU Team Makes New Progress in Low-dimensional Nanoelectronic Functional Materials

In the latest piece of research, Professor Hu, Zhenpengs team from Nankai University proposed a new material, namely, bilayer Kagome borophene (BK-boropnene), which exhibits both traditional and higher-order van Hove singularities near the Fermi levelwith a Fermi velocity surpassing even that of graphene. This structure will provide a new platform for researchesin quantum material systems and other fields. The relevant paper was published in Advanced Science, a famous international journal.

NKU Team Makes Significant Progress in Unraveling the Dynamic Mechanism Dictating the Heavy-Meson Decay “Anomalies”

Professor Wang Yu-Ming from the School of Physics at Nankai University in collaboration with with a postdoctoral researcher (Cui Bo-Yan) and two doctoral students (Huang Yong-Kang and Zhao Xue-Chen), computed for the first time the next-to-leading-order (NLO) QCD corrections to theform factors at large hadronic recoil. Both the charm-quark-mass- and the strange-quark-mass-dependent pieces could generate the leading-power contributions to these form factors. This is widely considered as a true th

NKU Team Reports the First Search for BNV Oscillations

Accordingtomodern physics, our universe is believed to have originated from a big bang, during which anexactly equal amount of matter and anti-matter was produced. However, various of experimental evidences indicate that the current universe is dominated by matter rather than anti-matter. In order to explain the asymmetry, Sakharov proposedthefamous Three Rules in 1967, pointing out that the baryon number (B) violation plays a key role in resolving thispuzzle. To this day, extensive research has

NKU Team Established High-Throughput and High-Content Drug Screening Method Based on Microarray and Expansion Microscopy

The latest research in the field of drug screening conducted by Prof. Qing Ye and Prof. Jianguo Tian from the School of Physics of Nankai University was published inACS Nano, a world-renowned academic journal in the field of materials. They established an imaging-based high-throughput and high-content drug screening method by combining microarray preparation technology with expansion microscopy (ExM). Compared with existing technologies, this method improves throughput and resolution simutaneous

NKU Team Realizes Highly Tunable Large Optical Chiral Response in Twisted 2D Materials

Recently, the latest research findings of twisted two-dimensional materials by the research team led by Professor Liu Zhibo and Tian Jianguo of the School of Physics of Nankai University and the TEDA Institute of Applied Physics were published inACS Nano, a well-known international academic journal in the field of materials. They employed the newly developed transfer technology to prepare high-quality, high-precision twisted anisotropic 2D material structures (twisted black phosphorus, twisted r

NKU Team Discovered Anisotropy in Ion Transport in Nanochannels

Figure 1 (Left) Schematic diagram of anisotropic transport of ions in nanochannels along the upward direction of black phosphorus AC and ZZ crystals; (Right) Schematic diagram of nonlinear processes of ion transport in different black phosphorus nanochannels.Recently, the latest research results on nanochannels made of two-dimensional materials by the research group headed by Professor Liu Zhibo and Tian Jianguo of the School of Physics of Nankai University and the TEDA Institute of Applied Phys

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