Topological band theory has revolutionized the understanding of electronic band structure in condensed matter and led to the discovery of novel material classes, such as topological semimetals, topological and magnetic topological insulators. The emerging field of altermagnetism combines the merits of both ferromagnets and antiferromagnets, which were until recently regarded as incompatible. Consequently, they exhibit phenomena unmatched by either of the two traditional magnetic phases. Combining topological protection with altermagnetically lifted spin-degeneracy promises unprecedented robustness and potential mediation of altermagnetic spin-transport properties of bulk to the surface. Understanding the fundamental mechanism of their formation promises far-reaching implications in the fields of spintronics, quantum and neuromorphic computing and superconductivity.

"<< Objectives >>The ""FUTURE4REFUGEES"" project develops knowledge and skills of young Ukrainian refugees aged 15-18 to use modern digital technologies for personal, study and professional growth. It connects young people residing in the Czech Republic and Poland with the local school and university environment contributing to their academic and employment potential. The activities combine formal and non-formal learning, taking into account practical aspects and the specifics of migrant education.<< Implementation >>The partner institutions will develop and pilot test the methodology of the hybrid training course based on the ""Digital Knowledge Guide for Young Refugees"" and an online course with the participation of 30 young refugees from Ukraine and 10 educators from Poland and Czech Republic. Based on a verified methodology and an online course, another 20 educators will be trained for multiplication. A total of 230 young Ukrainian migrants will strengthen their practical digital competencies.<< Results >>The result of the project is a set of teaching materials shaped into a Guide and MOOCs (courses for young migrants and their educators) in 4 language versions: English, Ukrainian, Polish and Czech. It is based on a verified methodology combining formal and non-formal educational approaches. Other outputs include: 260 digital badges and certificates for trained young migrants and educators; a website; dissemination materials and a conference."

<< Objectives >>This project is committed to contribute to the knowledge and professionalisation in inclusive activities. The main target groups are young people migrating from Ukraine and those living long time in the Czech Rep. and Slovakia. Through tailor-made activities and a practically oriented approach the applicants want to address the challenges and struggles they face and provide solutions and innovative results in this field while also taking our local and cultural contexts into consideration.<< Implementation >>Activities to be implemented:- inclusive activities, inclusion of marginalised young people- adaptation activities- development of key competencies- non-discrimination and destigmatizing activities- mental health prevention and counselling- education- consideration for social and cultural values<< Results >>The expected impact of the project strengthens the awareness of issues of migration, inclusive education, mental health, etc. The results of our project will be available to anyone interested in inclusive activities. From the project will benefit both professionals (teachers, counsellors, NGO employees etc.) and laymen.Specific outputs will be:- adaptation activities for young people- education for counsellors and university students- preventive activities and counselling

COLOSSE connects Czech and Slovak research facilities in the area of plasma-enabled surface engineering at Masaryk University, Comenius University, and University of West Bohemia. The three research centres of COLOSSE have been supported by ERDF investment in several periods since 2010. They have been shaping and supporting their regional ecosystems over a decade, creating networks of interactions that facilitate knowledge transfer and exploitation of surface engineering technologies. They have also developed international connections – which, however, have led only to isolated cases of involvement in international R&I projects. The goal of COLOSSE is to increase the participation of Czech and Slovak plasma-enabled surface engineering R&I centres in Horizon Europe and future EU Framework Programmes for R&I. Thus, we will achieve upstream synergy of ERDF funding with the Horizon Europe. The goal will be achieved through 4 specific objectives: 1. Strengthen the connections of COLOSSE centres to world-leading R&I centres. 2. Build conditions that will enable internationalization of human resources. 3. Develop skill-set that enables interdisciplinary and intersectoral collaboration and facilitates creativity. 4. Enable sustainability of the COLOSSE partnership through synergic use ERDF and HE/FP resources. The COLOSSE project will significantly boost the impact of ERDF investments into plasma technologies in the academic sector of Czechia and Slovakia. With joint forces, we will be able to capitalize on our scientific and technological synergies and increase the complexity and added value of our research outputs. With COLOSSE, we will reach out beyond our established collaborative networks in the local, regional, and national R&I ecosystems. We believe that the talent, creativity, skills, and technologies that we harbour in the COLOSSE centres can be a significant aid to increasing competitiveness of European industry and academia.