Academic Publisher
Publications that refuse the fragmentation of knowledge — integrating molecular neurobiology, neuropsychopharmacology, complexity theory, fractals, philosophy of consciousness, and philosophy and history of science.
“A small globe of the intellectual world, as truly and faithfully as I could discover with a note and description of those facts which seem to me not constantly occupate or not well converted by the labor of man. In which, if I have in any point receded from that which is commonly received, it hath been with a purpose of proceeding in melius and not in aliud, a mind of amendment and proficience, and not of change and difference. For I could not be true and constant to the argument I handle, if I were not willing to go beyond others, but yet not more willing than to have others go beyond me.”
Francis Bacon, The Advancement of Learning
About the Project
Brain Codex is an intellectual undertaking that refuses the neat division between laboratory and library. Situated at the crossroads of Molecular Sciences, Neuroscience, Evolution, Biology, Physics, Complexity and Chaos, and philosophy and epistemology of science,it aims not merely to describe how mind forms and fractures but also to provide the instruments by which it manipulates knowledge that can be thought about, tested, published, and put to work: essays and editions, protocols and platforms, an agent that thinks with as well as for its users. It is, in short, an editorial project as much as a research one: born of the conviction that ideas only live when they are read, argued about, and made useful in the world.
Intellectual resistance remains a ghost unless it finds its corpus, a materiality capable of sustaining the weight of its own premises. The Organon is this necessary embodiment. It marks the transition from the philosophical to the operational, the site where the non linear dynamics of biological systems and the genealogies of thought are codified into a coherent architecture. Here abstraction meets its limit in the ontology of things that are describable and cognitively accessible to us; yet physics has long taught us that the whole is far larger than our cognition can encompass. That limit is guided by mathematical formalization of forces and structures, not merely in algebraic symbols and equations but, above all, in geometry. It is here that the project ceases to be a mere refusal of illusion and becomes a tangible instrument of investigation.
Editorial Program
From ion channel biophysics to signal transduction cascades, from neural circuits to clinical outcomes. Mechanism-based models that explain pharmacological response heterogeneity — what group statistics merely describe on the surface.
The history of how humanity went from observing nature to understanding it as mechanism, historical process, and finally as editable code. A new perspective on the thought that (re)invented us — from Neanderthals to Elon Musk.
From receptor-ligand binding to the phenomenology of what the patient actually experiences — and only then asking which drug, when, and why. Not a summary. Not a shortcut. A foundation for 21st-century neuropsychiatry.
Catalog
An essay on the neurochemistry of subjective experience and the substances that modulate it. The secret behind the plants that influence the mind.
Why did the wrong species survive? Sapiens, with its hypertrophied cortex, acquired the capacity to live in three incompatible temporalities — haunted by ghosts of the past, tormented by futures that do not yet exist, unable to inhabit the present. No concessions. No optimism. No comforting lies.
And the ideas that (re)invented us. A journey through the evolution of the ideas that define life and Biology — from Neanderthals to Elon Musk. Academic and conceptual rigor in accessible, fluid language.
And the ideas that (re)invented us. A journey through the evolution of the ideas that define life and Biology. Academic rigor and accessible language. First edition.
Molecular mechanisms of neurobiological responses. A map for those who refuse to navigate blindly — why does psychiatry still treat the brain as a statistical black box when we already know the molecular symphonies that govern the mind?
Molecular Neurobiology of Consciousness Modulation. Mechanisms, systems, and phenomenological dimensions. 826 pages tracing every psychotropic agent from molecular binding to subjective experience.
Why is it the ‘wrong’ species that survived? The brutal evolutionary possibility that we now inhabit the consequences of an accident, enclosed within a neural architecture that generates suffering as its natural by-product. No concessions. No optimism. No comforting lies.
Nonlinear dynamics, fractal landscape, and medical epistemology. From the ghost of Laplace to the fractal machine. The most sophisticated diagnostic systems are built on a geometry that does not describe the organism they claim to model. This is not a technical problem — it is an epistemological error requiring demolition before reconstruction.
Featured Work
Molecular Neurobiology of Consciousness Modulation.
Mechanisms, systems, and phenomenological dimensions.
Psychotropicā Neuroscience refuses the comfortable reductionism that treats patients as isolated receptors and drugs as single mechanisms. Across 826 pages, it traces every psychotropic agent from molecular binding to signal transduction to circuit dynamics to the phenomenology of what the patient actually experiences — and only then asks which drug, when, and why.
The Psychotropicā approach, forged in twenty years of teaching, integrates Merleau-Ponty with NMDA antagonism, Wittgenstein with the limits of psychiatric language, and publication-grade Ki values with the irreducible complexity of the conscious self. It maps nine pharmacological pathways of consciousness modulation and proposes a dimensional alternative to categorical diagnosis.
Not a summary. Not a shortcut. A foundation.
“If pharmacology textbooks taught mechanisms instead of lists, clinicians would not remain hostages to package inserts.”
Psychotropicā Neuroscience · Heemann, F.
Registry
All Brain Codex titles with ISBN are registered with the Brazilian Book Chamber.
| Title | ISBN 13 | Pg. |
|---|---|---|
| Biologia Psicotrópica (2ª ed.) | 978-65-988126-8-3 | 266 |
| Erectus (PT) | 978-65-988126-5-2 | 104 |
| História e Filosofia da Biologia | 978-65-988126-1-4 | 165 |
| History and Philosophy of Biology | 978-65-988126-3-8 | 170 |
| Neuropsicofarmacologia Molecular | 978-65-988126-2-1 | 492 |
| Psychotropicā Neuroscience | 978-65-988126-4-5 | 826 |
| Erectus (EN) | 978-65-988126-6-9 | 100 |
| The Fractal Brain | 978-65-988126-7-6 | 206 |
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