FlyonUI is an open-source Tailwind CSS component library designed to streamline the development of modern, responsive, and interactive user interfaces. By integrating semantic class names with headless JavaScript plugins, FlyonUI offers a cohesive toolkit that enhances both the aesthetics and functionality of web applications.

Key Features of FlyonUI:

- 800+ Pre-built Components: Ready-to-use UI elements like buttons, forms, modals, and navigation.
- Framework Compatibility: Works seamlessly with React, Vue, Svelte, and any Tailwind CSS project.
- Headless JS Plugins: Add interactivity (accordions, dropdowns, modals) without enforced styles.
- Unlimited Theming: Fully customizable to match any branding or design system.
- Responsive & RTL Support: Optimized for all devices with right-to-left language compatibility.
- Free & Open-Source: Completely free with community contributions encouraged.
- Advanced Components: Includes charts, tables, and timelines for complex UIs.

Advanced Components:

Beyond basic UI elements, FlyonUI offers advanced components such as tables, charts, and timelines, enabling developers to construct complex interfaces efficiently.

Use Cases:

- Rapid Prototyping: Developers can quickly build interactive prototypes using FlyonUI's pre-built components and semantic styling, expediting the design and iteration process.
- E-commerce Platforms: FlyonUI facilitates the creation of engaging product pages with features like image carousels and interactive add-to-cart functionality, enhancing the shopping experience.
- Dashboards and Admin Panels: The library supports the development of intuitive interfaces equipped with data tables, charts, and interactive forms, esential for effective data management and user interactions.

The project responded to a highly topical and significant need of public administration regarding the availability of timely and relevant information on dynamically developing technological and socio-economic changes for the strategic management of research and innovation policy. Very fast and dynamic changes and their possible impacts need to be predicted and responded to in a timely and flexible manner. Therefore, it is necessary to systematically monitor technological and social trends and identify in advance the resulting opportunities and potential threats to socio-economic development. The aim of the project was to develop a system for continuous monitoring and evaluation of technological trends and collection of signals associated with technological changes with a potential impact on the Czech economy and society. The project output is a unique horizon scanning tool in the Czech environment combining the latest methods in the field of data science with elements of expert assessment based on participatory methods used in prospective studies. The result of the project (and the newly created horizon scanning tool) is the ability to continuously identify and analyze emerging technological trends and emerging technologies and assess their impacts on the Czech economy and society. The expected impact of the project is to strengthen strategic management in public administration by a prospective component of monitoring the medium- and long-term horizon of technological and social development, thereby making the implementation of research and innovation policy in the Czech Republic more efficient.

Results for the working group Materials are available at: http://foresight.cnr.it/working-groups/wg-materials.html 

Article "STEM materials: a new frontier for an intelligent sustainable world" by Pier Francesco Moretti is available at https://bmcmaterials.biomedcentral.com/articles/10.1186/s42833-019-0004-4