Highlights 2024

Series of four vertical photovoltage maps in blue and red, illustrating temperature variations across different panels. The maps show abstract patterns that suggest varying levels of intensity.

Light–Matter Interactions and Topology: Current Status & Directions

F. Menges, E. Warth, S. Chen and C. Felser more
The image illustrates orthogonal, mixed, and parallel spin-locking mechanisms in Rashba, Dresselhaus, and Weyl systems, showing different spin orientations.

Topology in Electronic and Magnetic Materials as a Function of Crystalline Properties

M. G. Vergniory, C. Felser, I. Robredo, K. Samantha, J. Noky and J. Cardenas-Gamboa more
Diagram illustrating atomic forces with red arrows and blue wavy lines, highlighting interactions within a structured lattice of atoms.

Kagome Compounds

X. Feng, S. Roychowdhury, E. Cheng, C. Yi, D. Chen and C. Felser more
Diagram illustrating topological catalysis, connecting chemistry and physics through concepts such as chiral anomaly, Berry phase, spin, and orbital coupling.

Topological Quantum Materials for Heterogenous Catalysis

X. Wang, B. List and C. Felser more
Diagram depicting chiral phenomena including molecules, crystals, charge transfer, density waves, phonon dynamics, and topological surface states.

Topological Chiral Crystals

K. Santra, V. Hasse, C. Yi, P. Merz, C. Shekhar and C. Felser more
Graph showing thermoelectric efficiency (zT) vs. temperature for several materials, including Te-Bi88Sb12

Topological Semimetals and Insulators for Low-Temperature Thermoelectric Cooling

Y. Pan, B. He, D. Chen, H. Hu, W. Schnelle and C. Felser more
Diagram showing various topological phenomena such as anomalous Hall, quantum anomalous Hall, and chiral anomaly, with labeled elements like magnetization and current.

Synergy of Topology and Magnetism

C. Shekhar, S. Singh, J. Noky, P. Yanda, A. K. Sharma, Y. Zhang, S. Roychowdhury and C. Felser more
Resistivity plotted against temperature from 0 to 20 K, displaying curves for pressures from 20.7 to 43.2 GPa.

Pressure-Induced Superconductivity in Topological Materials

S. Medvedev, K. Ma, Q. G. Mu, J. Noky, D. Chen, S. Roychowdhury, W. Schnelle, C. Shekhar and C. Felser more
Visual representation of quantum materials and heterostructures, featuring charge density waves, Hall effects, superconductivity, and influencing factors like temperature and pressure.

Quantum Materials in Reduced Dimensions: Thin Films & Exfoliated Crystals

E. Lesne, S. Chandra, R. Ibarra, H. Lv, J. Kim, S. N. Panda, S. Guo, A. Markou and C. Felser more
Image illustrating the effective charge distribution using green pixels of varying brightness. Three dashed circles with centers connected by colored lines highlight significant areas. The scale corresponds to 50 nm.

Photoemission and Tunneling Spectroscopy of Topological Materials

J.-F. Ge, M. Yao and C. Felser more
Visual representation of ScV6Sn6 atomic structures, indicating atomic positions and structural differences between high and low temperatures.

Orbital Selective Commensurate Modulations of the Local Density of States in ScV6Sn6 Probed by Nuclear Spins

R. Guehne, J. Noky, C. Yi, C. Shekhar, M. G. Vergniory, M. Baenitz and C. Felser more
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