MXene–COF offer a pathway to overcome the fundamental trade-offs that limit existing active materials, where electronic conductivity, charge-storage capacity, and ion-transport efficiency are often mutually constrained. By integrating the metallic …
MXene–MOF hybrid architectures integrate metallic charge transport with framework-engineered ion pathways, overcoming the intrinsic limitations of conventional electrochemical materials. This synergy enables high-rate, high-capacity, and durable electrochemical devices for energy …
Sulfurized covalent organic frameworks provide ordered, porous hosts that confine sulfur and guide efficient lithium-ion transport in lithium–sulfur batteries. This framework-level control suppresses polysulfide shuttling and stabilizes redox reactions, enabling …
The Professor Jaroslav Heyrovský Award for the Best Graduates of Natural Science Programs has been awarded to Samuel Kolesár, B.Sc. In his thesis, he independently designed and implemented the synthesis …
On the program Věda Plus, Šárka Martanová spoke with Assoc. Prof. Peter Košovan about the work of his research group and the integration of theoretical models, computer simulations, and laboratory …
