Neurosustainability: A Novel Paradigm for Sustaining Human Brain Adaptability

Researchers from the University of Cambridge have introduced a novel concept, Neurosustainability, aiming to foster cognitive health and wellness by addressing contemporary neuroplasticity issues. According to the study, modern living has stalled the brain's adaptive capacities, but a conscious orchestration of natural laws into designed environments can sustain neuroplastic processes. The research proposes four enrichment scopes: spatial, natural, aesthetic, and social, promising to sustain regions like the hippocampus, cortex, and amygdala.

Key Takeaways:

• The human brain has evolved extraordinary abilities to dominate nature, but modern living has trapped it in a "cage" that stifles neuroplasticity.
• The Neurosustainability paradigm aims to go back in nature without having to go back in time, introducing a novel framework to architect environments and brains in parallel.
• The integrated neuro-evidenced framework proposes four enrichment scopes: spatial, natural, aesthetic, and social, each holding multifaceted attributes promising to sustain regions like the hippocampus, cortex, and amygdala.
• The paradigm shift aims to foster cognitive health and wellness by addressing issues like stress, depression, anxiety, and cognitive decline common in the contemporary era.
• The Neurosustainability theory aims to nurture the evolution of the human brain now and beyond by incorporating natural laws into designed environments.
• The University of Cambridge has funded this research, with the Cambridge Trust and the Jameel Education Foundation supporting the project.
• The study's authors believe that this paradigm shift can offer a path toward a more neurosustainable era, enhancing neuroplastic processes through a cycle that begins with design and extends through epigenetic changes.

Statistics:

• The research aims to address issues affecting 1 in 4 people worldwide, including stress, depression, anxiety, and cognitive decline.
• The proposed four enrichment scopes - spatial, natural, aesthetic, and social - hold multifaceted attributes promising to sustain regions like the hippocampus, cortex, and amygdala.
• The study's framework proposes a cycle that begins with design and extends through epigenetic changes, with the potential to nurture the evolution of the human brain now and beyond.
• The Neurosustainability paradigm shift aims to foster cognitive health and wellness by addressing contemporary neuroplasticity issues.

Sources:

• The Neurosustainability. Frontiers in Human Neuroscience, 2024;18.
• Frontiers Media Sa, Avenue Du Tribunal Federal 34, Lausanne, Ch-1015, Switzerland.
• Mohamed Hesham Khalil, University of Cambridge, Fac Architecture & Hist Art, School of Arts and Humanities, Dept. of Architecture, Cambridge, United Kingdom.