Homeomorphism, Universal Patterns & the First Language
Patterns That Connect All Life
The concept of homeomorphism comes from mathematics and describes how two forms can change shape while preserving their underlying structure. Garnet Dupuis applies this idea to biology, suggesting that humans share the same fundamental organizational patterns found throughout nature.
According to this perspective, life follows common structural principles that extend across organisms, ecosystems, and even planetary processes.
Universal Morphogenetic Information Patterns (UMIP)
Dupuis introduces the concept of Universal Morphogenetic Information Patterns (UMIP)—fundamental information patterns that guide biological growth, adaptation, and evolution.
Rather than replacing Darwinian evolution, UMIP is presented as a complementary framework that suggests evolution may be influenced by deeper organizing principles in addition to random mutation and natural selection.
Nature as a Complex Adaptive System
Nature operates through non-linear dynamics, where small changes can sometimes produce unexpectedly large effects. Rather than being purely random, many natural systems display hidden order that emerges through continual adaptation.
Within these complex adaptive systems, periods of instability often create opportunities for new patterns to emerge, allowing organisms to adapt while maintaining overall organization.
The First Language
Dupuis proposes that all living organisms share an ancient communication system called the First Language. This language predates spoken language and is based on fundamental patterns carried through light and sound.
Although humans have developed sophisticated symbolic languages, these deeper biological signaling systems continue to operate beneath conscious awareness through the nervous system.
Bi-Directional Communication
Information does not simply flow from the environment into the brain. Instead, communication is bi-directional, with continuous exchanges between internal neural activity and external sensory information.
This ongoing dialogue allows organisms to constantly adapt while maintaining a dynamic relationship with their environment.
Neural Reality and Phosphenes
Dupuis introduces the idea of Neural Reality, describing the interaction between conscious experience and unconscious neural processes.
One example is the appearance of phosphenes—geometric patterns and colors that can arise through flickering light, sensory deprivation, or other forms of stimulation. These recurring patterns suggest that the brain naturally generates structured visual forms based on its own internal organization.
Interestingly, this relationship may work in both directions. External light patterns can influence brain activity, while internally generated patterns may also shape conscious perception.
Prediction, Beauty, and Universal Patterns
The brain continually predicts and interprets the world by combining previous experience with incoming sensory information. Dupuis suggests that some aspects of these predictions may arise from deeply embedded universal patterns shared across living systems.
Experiences involving these geometric forms are often described as unusually beautiful, leading to the idea that our appreciation of beauty may itself reflect our connection to these underlying biological patterns.
The Bigger Picture
This perspective presents humanity as deeply connected to the natural world rather than separate from it. Through shared structural patterns, continuous information exchange, and the First Language of light and sound, the brain may reflect many of the same organizing principles found throughout nature.
Key Takeaway
According to Dupuis, humans participate in an ancient First Language built upon universal patterns expressed through light, sound, and biological organization. Homeomorphism, non-linear dynamics, and Universal Morphogenetic Information Patterns together describe a view of life in which adaptation, perception, and evolution arise from deeply shared structures that connect all living systems across nature.