Research groups
Advances Nanorobots and Multiscale Robotics Lab
Advances Nanorobots and Multiscale Robotics Lab
Nanorobotics, which is the intersection of nanotechnology and robotics, promises a future in which small machines with unprecedented abilities will be able to move in a complex environment in nanomer. Our research vision focuses on the use of nanorobotics to solve urgent health problems, environmental sustainability and various industries, shifting the boundaries of a possible and fundamental transformation of our world.
Electrochemistry is the driving force of modern technologies - it is the heart of batteries, supercapacitors, large processes of pure fuel production such as hydrogen or pollutants such as carbon dioxide. We are investigating the basics of electrocathysis of materials and we use this knowledge to improve human life conditions.
Research topics:
- Nanorobotics for biomedicine
- Advanced electrochemical energy systems for smart mobility
- Flexible wearable electronics
- 3D printing for electrochemical devices
Group leader: prof. RNDr. Martin Pumera, Ph.D.
Laboratories
Our research vision in the field of nanorobotics seeks to detect the transformation potential of miniature machines in nanoruts. By focusing on biomedical applications, sustainability of the environment, advanced production, exploration, ethics and interaction with people, we want to prepare the ground for the future, in which nanorobots will be an integral part of the solution of some of the most filming problems of humanity.
Research vision in the field of flexible wearable electronics is aimed at creating a future in which technology will increase personal well -being, connectivity and comfort. We focus on innovative sensors, smart fabrics, energy collection, data analysis, users and medical design design, and strive to create a variety of wearable devices that allow individuals to take control of their health, performance and lifestyle.
For full use of the potential 3D printing In electrochemical devices , close cooperation between material scientists, electrochemics and engineers will be required. Calls such as the development of printable materials with optimized electrochemical properties, ensuring long -term stability and expanding production processes will be the center of research in the coming years.
Gallery of laboratories
