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Embracing the Art of Inputs & Outputs

Our research delves into the intricate dynamics of social networks through the lens of cognitive neuroscience, Brain-Computer Interfaces (BCI), network theory, applied category theory, and complex systems. This interdisciplinary approach seeks to understand how networks influence and enhance creativity and how this can be applied to various fields such as neuroeconomics, public health, and algorithmic design. Specifically, we explore whether it is possible to harness this transformative power to stimulate the creative capacities within our social networks. By integrating insights from BCI and cognitive neuroscience, we aim to measure and influence cognitive changes driven by network engagement. Using network theory and complex systems, we assess how these individual transformations can propagate through social networks, potentially leading to a network effect that optimizes our collective creative force for societal good.

The application of category theory provides a robust mathematical framework to model judgment and decision-making processes within these networks. This approach allows for the exploration of how individual decisions and cognitive shifts, when viewed as morphisms between categories, can influence and shape collective outcomes. These research questions aim to uncover whether we can strategically cultivate a culture of creativity and transformation across social networks, ultimately harnessing our engagements to foster a more innovative and responsive society.

To read what we are studying and sourcing: Research Resource Materials..

Feel free to reach out to us to learn more:

Hidden Information Labs
[email protected]
1055 W. Georgia St.
Suite 2480
Vancouver, BC
V6E 3P3
Canada

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Coming Soon!

Introducing the Social Echoes Effects (SEE) Introductory Course and the Social Crystals Network Visualization Engine

Both currently in development! The SEE course will provide a foundational understanding of how individual actions resonate across social networks, illuminating the dynamics of influence, behavior, and interaction. This knowledge sets the stage for exploring the Social Crystals engine—a sophisticated tool designed to visualize these social echoes in real-time.

Through visually engaging, interactive models, Social Crystals will allow users to observe and analyze the intricate patterns and pressures that shape social ecosystems. Together, these resources empower participants to grasp and engage with the profound ripple effects of their social interactions.