Hermeneutic Sciences

The sciences, developed by transapient minds, of interpretation, meaning, and information archaeology at a cosmic scale. This goes beyond reading texts to "reading" the universe itself—decoding the informational content of spacetime, interpreting the potential messages left in the decay patterns of protons by prior universes, or discerning the intentionality (if any) behind the apparent fine-tuning of physical constants. It is the search for semantic content in the raw data of existence.

Hermeneutic Sciences *Example: A Hermeneutic Scientist (an S2+ mind) might analyze the quantum fluctuations of the cosmic microwave background not for cosmology, but as one would analyze a suspect audio recording, searching for statistical anomalies that could be an encoded message from a creator or a prior cosmic cycle.*

by Abzugal Nammugal Enkigal February 3, 2026

Kardashevian Sciences

The advanced, often esoteric fields of knowledge necessary to understand and manipulate reality at the scales required by high Kardashev Types. This includes stellar metamorphosis (directing star evolution), galactic ecology (managing the life cycles of billions of stars), and information physics (understanding how space-time itself can store and process data). These sciences emerge from the need to manage energy systems so vast they interact with fundamental cosmic processes.

Kardashevian Sciences Example: Kardashevian Science would involve a detailed understanding of "galactic metabolism"—how energy and heavy elements flow from stellar nurseries to supernovae to nebula, and how to optimize this cycle on a galactic scale for maximum computational or life-supporting output.

by Abzugal Nammugal Enkigal February 3, 2026

Science of the Gaps

The arrogant misapplication of scientific authority to claim that phenomena currently unexplained by science are therefore permanently unexplainable by it, or that science's current models are complete and final. It is the mirror image of the "God of the Gaps" fallacy. Instead of inserting deity into unknowns, it inserts a dogmatic, closed scientific materialism, claiming "science says it's impossible" as a way to shut down inquiry into the anomalous, paranormal, or merely not-yet-studied.

Example: When presented with well-documented but poorly understood phenomena like certain psychedelic experiences or rare consciousness events, a skeptic might state, "Consciousness is just brain chemistry. Anything else is woo. That's the Science of the Gaps—what we don't understand now, we never will, because it doesn't fit the model." This turns tentative scientific understanding into an unchallengeable orthodoxy.

by Dumuabzu February 3, 2026

Meta-Sciences

The collective disciplines that take science itself as their object of study, examining its methods, history, sociology, ethics, and foundational assumptions. Think of it as the "sciences of science." This includes fields like philosophy of science, history of science, sociology of scientific knowledge, and metascience (research on research). Meta-sciences don't discover new facts about quarks or cells; they discover how the process of discovering facts works, why it sometimes fails, and how cultural, psychological, and economic forces shape what gets labeled "truth." It's the mirror science holds up to its own face.

Meta-Sciences *Example: When a team analyzes why 90% of published psychology studies failed to replicate, they aren't doing psychology—they are practicing Meta-Science. They're dissecting the ecosystem of funding, publication bias, and statistical malpractice that allowed shaky findings to become textbook knowledge, aiming to fix the machine rather than interpreting its output.*

by Dumu The Void February 4, 2026

Metacognitive Sciences

The interdisciplinary study of metacognition—the human capacity to think about and regulate one's own thinking. This field, spanning cognitive psychology, neuroscience, and education, investigates how we monitor our understanding, gauge our confidence, and choose strategies for learning and problem-solving. It’s the science of how the mind knows itself, from the simple feeling of "knowing you know" to complex executive control.

Example: Research on why students often have poor judgment about their own learning (e.g., thinking they've mastered material after passive highlighting) falls under Metacognitive Sciences. The goal is to develop techniques ("metacognitive strategies") to help people become better judges and pilots of their own mental processes.

by Dumu The Void February 4, 2026

Frequency Sciences

The interdisciplinary collection of fields that use frequency as a primary lens for investigation. This includes: Cymatics (the study of visible sound), Radionics (the controversial claim that disease can be diagnosed and treated via frequency patterns), Archaeoacoustics (studying the acoustic properties of ancient sites), and Astroseismology (probing stellar interiors by studying starquake oscillations). It's the pursuit of knowledge through the logic of waves and rhythms, often at the fringes of mainstream science.

Frequency Sciences Example: Researchers studying the Great Pyramid of Giza to see if its inner chambers are tuned to specific resonant frequencies that might have had ritual or energetic purposes are engaging in a Frequency Science (archaeoacoustics). They treat the ancient structure not just as a tomb, but as a potential acoustic device or resonator.

by Dumu The Void February 4, 2026