Contents I. Introduction
A wealth of recent scientific literature, including noteworthy contributions from the discipline of CoglnfoCom [1], [2], has explored how large amounts of digital data can be effectively communicated and processed with minimal cognitive burden. This research is spurred by the evolving information consumption patterns of the Cognitive Entity (CE) generation [3], such as an insatiable thirst for knowledge and quick-paced information processing. The growing importance of the internet, the impending shift towards 3D computing interfaces, and the surge of new engineering concepts and scientific fields, like the Internet of Things (IoT) [4], Internet of Everything (IoE) [5], and Internet of Digital Reality (IoD) [6], have collectively shaped this transformation. Apart from CoglnfoCom, other emergent and somewhat related fields like IoD and Cognitive Aspects of Virtual Reality (cVR) [7] have widely documented the increasing complexity of digital content management and its subsequent repercussions [8]–[11]. One significant change includes the gradual transition from 2D file and folder systems to 3D, workflow-oriented content management solutions. Additionally, digital revolutions, like the switch from traditional line-based (1D) and graphical user-interface-based (2D) operating systems to Virtual/Augmented Reality (VR/AR) and metaverse technologies [12], hold promise for radically altering both the volume and quality of digital work users undertake [15]. These paradigm shifts can facilitate novel modes of collaboration, communication, and information exchange that were previously unattainable or challenging with conventional computing systems. For instance, VR/ AR technologies can promote productivity and efficiency by enabling remote teams to collaborate within 3D virtual environments and communicate using visual concepts and spatial metaphors.
