Science

Great career opportunities for young engineers and scientists as part of the dones project as a key European venture in fusion energy

Great career opportunities for young ...

A significant event dedicated to the career development of young scientists in the field of fusion energy was held in Zagreb, focusing on the dones project. This international initiative provides unique opportunities for professional growth and cooperation of young engineers and scientists, while contributing to a sustainable energy future.

Revolutionary Clio technology enables robots to accurately recognize objects and efficiently perform tasks in real-time

Revolutionary Clio technology enables robots ...

Clio, an innovative technology developed by MIT, brings significant advancements in robotics, allowing robots to quickly analyze their environment and identify only relevant objects, thereby optimizing their tasks

Presentation of career opportunities for young scientists within the DONES project: an opportunity to engage in fusion energy and advanced research projects in Croatia and Spain

Presentation of career opportunities for ...

The DONES project, led by Croatia and Spain, offers unique opportunities for young scientists. It includes the construction of advanced research facilities for testing materials for future fusion power plants

Autonomous vessels in the service of preserving the Adriatic Sea: cooperation between Croatian and Italian scientists for ecosystem protection

Autonomous vessels in the service of ...

Autonomous vessels are becoming a key tool in preserving the Adriatic Sea, enabling scientists to monitor seagrass meadows and respond to threats in real-time. The BRIGANTINE project offers an innovative approach to environmental protection

The development of kirigami robots opens up new possibilities for applications in medicine and industry with three-dimensional microscopic structures that can be adapted to different shapes and tasks

The development of kirigami robots opens up ...

A new kirigami robot developed at Cornell University, capable of shape-shifting and movement, provides innovative solutions in the fields of medicine and industrial automation. The robot's ability to adjust its shape allows it to accurately perform complex tasks at the microscopic level.

The flexible wearable collects energy from the body heat to power LEDS and sensors, bringing innovation to energy-sustainable technologies

The flexible wearable collects energy from ...

Scientists at the University of Washington have developed a flexible wearable device that collects energy from the body's heat and uses it to power small electronic components, such as LEDS and sensors, reducing the need for batteries and creating sustainable solutions.