The field of human-computer interaction is shifting towards a more nuanced understanding of the interplay between users, interfaces, and environments. Recent studies have highlighted the importance of embodied interaction, where the user's physical presence and sensory experiences are taken into account in the design of interfaces. This approach has led to the development of innovative interfaces that simulate complex environments and induce unique user experiences. Meanwhile, research on the dynamics of scientific discovery has emphasized the need for transparency and accountability in the allocation of resources and the evaluation of research outputs. Large-scale datasets and open-access databases are being created to track the impact of funding on research outcomes and to identify areas where resources can be optimized. The analysis of speech patterns and embodiment cues in immersive analytics has also revealed new insights into how users interact with data and how systems can be designed to better support user intent. Noteworthy papers in this area include:

• A study on Umbilical Interaction, which introduced a novel interface type and demonstrated its potential for inducing pre-subjectivized states of sensory reduction.
• The development of the FIND database, which provides a large-scale, structured dataset for analyzing the impact of public funding on research outputs.
• Research on Embodied Natural Language Interaction, which identified five speech input patterns in immersive analytics and proposed design implications for improving user-system interaction.