
The Living Code of Creation
Everything I study begins with one question:
"What makes life possible — and how can we use that knowledge to, not only enjoy it more, but protect it,
and unlock it's secrets?"
Through biomedical and other natural sciences, I explore the systems that connect all living things —
from the pulse of a cell to the rhythm of an ecosystem.
At the center is biochemistry — the language of life itself.
It’s the foundation of medicine, the key to evolution, and
the bridge between human health and the planet’s balance.
Through it, I see how molecules shape matter, how energy becomes motion,
and how small reactions build entire worlds.
I study these sciences as one continuous system —
because when we understand life deeply enough, we can rebuild it in harmony...

BIOMEDICAL SCIENCE
I study biomedical science to understand how life designs itself—
how the chemistry, physics, and consciousness of the body
mirror the same laws that shape the planet and the universe.
The human body is a microscopic reflection of the ecosystem it lives in: cells act like communities, organs communicate like biomes,
and energy flows through us the way currents move through the Earth.
We even design cities based off the body, without even knowing it.
Ultimately, we're just trying to be like the smallest bacteria or viruses
that dwell within and around us,
in hopes of conquering and exploiting a world
so vast that we cant even see it.
Concentrating on biochemistry, environmental,
and other biological sciences makes me see these systems
differently than someone who only studies medicine.
Biochemistry reveals the code beneath it all — the molecules, reactions, and feedback loops that turn biology into language.
It lets me trace every pattern of health and disease back to
chemistry, energy, and environment.
Where most people separate each field — endocrinology, neurology, nutrition, human performance, and beyond — I study them together
to see the unified design.
I want to understand how modern habits, pollution,
and disconnection from nature have altered that design,
and how we can reverse-engineer the modern human back into harmony with their original blueprint.
My goal is to use biomedical science, ecology, and systems thinking
to decode the programming language of reality —
to discover what the human body was truly built for,
what role it plays within Earth’s living network,
and how to find, understand & eliminate root causes to problems.
It's not just about treating illnesses for me.
By blending medicine with spirituality, engineering and ecology,
I’m working to rebuild the relationship between humanity
and the natural intelligence that created it,
redefining what it means to be human,
in balance with the world that we owe everything to.


MICROBIOLOGY
BOTANY
Plants are more than organisms—they are living code.
Every leaf, root, and stem is part of a system
that transforms energy, communicates across the environment,
and sustains life.
I study botany to understand how plants build, heal,
communicate with other species of organisms
micro & macroscopically,
form co-evolutionary & symbiotic relationships,
and how their molecular language reflects the same principles
that govern human biology, ecosystems, and the universe itself.
Through ethnobotany, I explore how humans have historically harnessed plants for medicine, food, and materials, uncovering the wisdom of cultures that understood the balance of life.
These lessons inform how I want to engineer solutions today—
sustainable medicines & materials, and ecological interventions
that work in harmony with nature rather than against it.
I approach plants the way I approach the human body:
as complex, communicative systems, capable of signaling, adapting, and influencing their environment.
By decoding these signals, I aim to learn how life itself is programmed, how energy and chemistry are optimized,
and how we can restore humans and ecosystems
that modern habits, pollution, and disconnected living
have HAD GREAT, LASTING EFFECT ON.
Botany, combined with biomedical science and ecology,
allows me to explore the hidden architecture of life—
to understand the “programming language” of reality—
and to apply it in ways that unlock human potential,
restore balance, and redesign how we interact with the planet.
Every plant, like every cell, carries the blueprint
of what life was meant to be;
by learning it, we learn the design of ourselves,
and the role we were created to play within the living world.
the foundation of everything
we call “alive.”
It’s where life begins,
evolves, and communicates —
at scales so small they shape entire worlds
without ever being seen.
I study microbiology
not just to understand pathogens or cells,
but to learn how microbes
act as the engineers, recyclers,
and messengers of the biosphere.
They are the architects of life and decay,
balancing the planet’s chemistry,
building the air we breathe,
and shaping the evolution
of every species that followed.
Where others see bacteria as invisible threats,
I see the blueprint of creation —
the first biochemists, the first ecologists,
and the first systems engineers.
Every ecosystem, organ, and civilization
still runs on microbial principles:
cooperation, adaptation, and transformation.
Through microbiology,
I want to decode the ancient language of microbes —
the enzymes, plasmids, and biofilms that let them
rewrite reality from the inside out.
Understanding their metabolism and signaling
is like reading Earth’s original software:
it shows how DNA, environment,
and consciousness
all communicate across scale.
I want to use that knowledge to heal
and restore balance —
from the soil microbiome to the human gut,
from polluted water systems to diseased organs.
Because the same laws that keep an ecosystem healthy are the ones that keep a body alive.
Modern humans forgot that
we’re microbial in origin
—a walking colony of symbiotic life
that thinks it’s one being.
I want to change that perspective.
By blending microbiology, biomedical science,
and ecology, I’m learning how to rebuild
our relationship with the invisible world
that sustains us,
revealing how cooperation — not domination
—is nature’s true design principle.
Microbiology, to me, is the key to resurrection — understanding how life renews itself,
repairs itself, and passes knowledge forward
through every cell, species, and generation.
It’s not just science; it’s an INTERDIMENSIONAL MAP,
and this can go far beyond
medicines and vaccines!
