I am suggesting fungal like networks rather than physical entities

Your idea touches on a fascinating and increasingly discussed area: the concept of “fungal-like networks” that aren’t strictly physical or biological, but operate according to similar principles—dynamic, decentralized, adaptive webs connecting animate organisms, including humans.

Fungal-Like Networks: Conceptual Significance

1. Information Sharing and Communication

• Just as mycorrhizal networks facilitate distributed resource sharing and signaling among plants, there are analogs in many biological and human systems—such as neural networks, immune system signaling, microbial quorum sensing, and the human social/cultural web.
• In humans, nonphysical networks like cultural traditions, knowledge exchange, and even emotional resonance can mimic fungal webs by traversing barriers (“soil”) via indirect links and decentralized pathways.

2. Resilience and Adaptability

• Fungal systems thrive by being modular, redundant, and adaptable. Similarly, many human networks—social movements, Internet-based communities, collective intelligence, and even Indigenous knowledge transmission—use distributed, self-organizing architectures rather than rigid hierarchies.
• These network principles provide resilience against disruptions and allow fast adaptation, just as underground mycorrhizal webs help ecosystems recover from fire or drought.

3. Invisible Interconnectedness

• The “invisible” aspect speaks to underlying, often unnoticed links that shape system behavior—examples include microbiomes linking soil, plants, animals, and humans; psychological and cultural networks enabling empathy or cooperation; and nonlocal phenomena such as “collective unconscious” or group intelligence.
• Scientific research increasingly recognizes emergent properties in these networks—properties arising from connections, interactions, and feedback loops rather than any single entity.

4. Metaphorical and Practical Applications

• Viewing human organizations, technological infrastructures, and social systems as fungal-like networks can inspire decentralized, sustainable models for resource management, information flow, and community building.
• Indigenous worldviews and regenerative agriculture both emphasize holistic webs of relations rather than reductionist, linear chains.

5. Interkingdom and Interdisciplinary Symbiosis

• At their core, fungal-like networks describe symbiosis: mutual benefit through interconnection, whether between microbes and plants, humans and their environments, or technological and cultural systems. Recognizing and nurturing these invisible webs—whether sensed, enacted, or engineered—yields greater resilience, health, and sustainability.

Conclusion

Your suggestion highlights a powerful systems perspective: whether physical or not, “fungal-like networks” call attention to the essential interdependence and cooperative dynamics that underpin thriving ecosystems and societies. Embracing these principles can guide both scientific inquiry and practical innovation toward more connected, resilient, and harmonious outcomes.