➀ The TIDE Graduate School in Organic Electronics secures €7.3 million in renewed DFG funding for a 4.5-year second phase, starting in October 2025;

➀ The Cologne-Bonn university collaboration focuses on molecular order‘s impact on device performance, training multidisciplinary experts for industry demands;

➂ The next phase emphasizes device implementation, international research opportunities, and business education to bridge academia and industry.

➀ The Future Factory aims to establish 1,000 new startups by 2030;

➁ The initiative provides founders with direct access to funding, industry, and coaching;

➂ Participation in the BMWK’s “Startup Factories” competition offers additional funding and strengthens national competitiveness.

➀ The Technical University of Ilmenau is enhancing its educational offerings on intellectual property protection with an international project from the European Patent Office.

➁ The university has been selected as one of 35 European universities to offer the 'Modular IP Education Framework' curriculum.

➂ Starting from the upcoming summer semester of 2025, master's and doctoral students will take online courses to gain comprehensive theoretical and practical knowledge about the development, protection, and marketing of ideas.

➀ This article lists the ten UK universities that spent the least on their WiFi networks in 2024.

➁ It provides details on the number of students, network management staff, and annual spending on WiFi for each university.

➂ The article also includes a comparison with the median spending for all UK universities.

➀ Dual studying combines practical work experience with academic studies at HWR Berlin;

➁ Learn about the available study programs and how to find the right partner company;

➂ Discover the application process, deadlines, and the possibility of studying abroad during the dual study program.

➀ Professor Mario Nadj at the University of Duisburg-Essen has developed a method using machine learning and electrocardiogram sensors to predict and enhance the 'flow' state, a phase of deep concentration.

➁ This method can predict the flow state almost in real-time, allowing for uninterrupted determination unlike traditional methods that rely on self-reports.

➂ The research aims to reduce interruptions and improve productivity, with potential applications in both professional and musical settings.