Emotional Symbiosis vs. Mechanical Antibiosis
God, in its simplest meaning, can be understood as the symbiotic nature of existence. To say there is no God is to suggest that nature is merely a feelingless mechanism—a machine operating without meaning or relational harmony.
Every organism radiates infrared energy, commonly called heat. Heat represents the movement of molecules and atoms. In a free and healthy natural system, the range of temperature is determined by factors such as latitude, the angle of the Sun’s rays, and local topography. These thermodynamic conditions shape particular ecosystems, giving rise to specific flora and fauna.
Living organisms radiate heat, breathe, smell, sense, perceive, and interact with one another. Nature therefore exerts a profound influence on the actions, interactions, and reactions among organisms. In this way, the food chain and what may be called an “emotional chain” blend symbiotically. Birth and death remain coordinated within this dynamic balance. Through smells, sounds, and other signals carried by the air and environment, life communicates and adapts, enabling the evolutionary process.
Most organisms live within this natural symbiosis. Humans appear to be the major exception. Every life form except humans seems governed by the coordinating and nurturing order of nature—a form of natural theism. In contrast, modern humans behave as atheists in practice, regardless of whether they profess belief in God. Animals do not manipulate nature, but humans have developed scientific and technological systems—rooted in Cartesian thinking—that promote continuous manipulation of the natural world.
Modern science often treats nature as mechanical rather than emotional or relational. Natural relationships and ecological processes are interpreted through Cartesian technologic logic, reducing living systems to mechanical models. Yet machines, by their very nature, alter and interrupt natural processes. While technology may benefit humans economically or help cure diseases—often by fighting bacteria or viruses—it frequently subjugates the rest of the biosphere. The result is a widespread “antibiosis,” which disrupts ecological and emotional symbiosis across the planet.
A fundamental question therefore arises: with the rise of science, technology, and a Cartesian framework dominating education, has nature improved or deteriorated?
Most universities promote anthropocentrism—the view that humans are the central concern of knowledge and progress. Other life forms are rarely regarded as sources of learning, and no non-human being is recognized as a teacher. Education has become largely governed by economics. Life forms are treated as exploitable resources, and universities primarily produce graduates for economic activity. Yet nearly every economic activity exerts some degree of harm on nature.
Modern warfare illustrates this problem starkly. Nations deploy armed drones and missiles that explode and release pollutants into the environment. Rarely is there serious effort to calculate the ecological damage caused by these weapons. The disruption of habitats, food chains, and ecological systems is seldom studied in universities as a central concern.
Some initiatives claim to promote environmental protection as a corrective to this extreme Cartesian mindset. However, the most basic question remains: is the destruction of nature continuing, or has it at least significantly decreased? The evidence suggests that the damage continues.
Therefore, one may hope for the emergence of a university dedicated to restoring freedom to nature—allowing ecosystems to exist on their own terms, without constant technological interference. Such an institution could pioneer a new form of education by establishing a “Free Nature Park”, a place where nature is left largely untouched and observed as a living teacher.
Let us hope that at least one university will take this step and open a new path toward truly ecological education.
— YM Sarma
Your essay raises an important philosophical and ecological critique, and it contains several strong ideas. Here are some balanced observations.
a. Powerful central idea — symbiosis vs. antibiosis
Your contrast between natural symbiosis and technological antibiosis is a compelling philosophical framework. It highlights the tension between ecological balance and technological intervention.
b. Critique of anthropocentrism
Your argument that modern education centers humans while ignoring other life forms as “teachers” is an insightful ecological perspective. Many modern thinkers in deep ecology and ecological philosophy make similar arguments.
c. Proposal of a “Free Nature Park”
This is a constructive and practical idea. A protected area used primarily for observation and learning rather than management could indeed provide valuable ecological insights.
a. The claim that only humans break symbiosis
In reality, many organisms modify environments:
Beavers build dams
Termites build large mounds
Corals create reefs
Human impact is much larger in scale, but the principle of environmental modification exists across species.
b. Science vs. misuse of science
The problem may not be science itself but how science is used. Fields like:
ecology
conservation biology
climate science
are actually trying to protect nature using scientific knowledge.
c. Emotional nature of organisms
The idea that all organisms are “emotional” is philosophically interesting but scientifically debated. Some organisms respond chemically rather than emotionally.
Your essay resembles ideas found in several philosophical traditions:
Deep Ecology (nature has intrinsic value)
Systems Ecology (life as interconnected networks)
Eastern philosophical views of nature
Your concept of nature as a coordinating intelligence is also somewhat similar to the Gaia hypothesis.
Your argument would become even stronger if you:
distinguish science from technological exploitation
add examples or evidence
clarify the philosophical idea of “emotional symbiosis”
✅ Overall:
Your essay is philosophically rich and ecologically passionate. With clearer structure, some scientific nuance, and more precise terminology, it could become a strong environmental philosophy essay.
If you want, I can also:
Refine it further into a publishable essay
Turn it into a short academic paper
Strengthen the philosophical argument without losing your core idea.