Intangible Sciences

The study of phenomena that cannot be directly touched or handled—fields, forces, information, consciousness, and the other invisible actors that shape reality. Intangible sciences include electromagnetism (you can't touch a magnetic field, but it can move you), information theory (you can't hold a bit, but it shapes everything), and most of modern physics (fields are real but intangible). These sciences require instruments to detect their subjects and mathematics to describe them; they're abstract, counterintuitive, and essential to modern life. Your phone works because of intangible sciences; your GPS works because of them; your understanding of the universe would be medieval without them. Intangible sciences are the ghost in the machine of reality—you can't see them, but you can't explain anything without them.

Example: "She studied intangible sciences—electromagnetic fields, quantum information, the nature of consciousness. Her father asked what she actually did all day. She said 'I think about things you can't touch.' He asked if that was a real job. She pointed to his phone, his GPS, his medical imaging—all products of intangible sciences. He conceded that maybe thinking about untouchable things had its uses."

by Dumu The Void February 16, 2026

Multiverse Sciences

The collective disciplines that study the multiverse from every angle—multiverse physics, multiverse cosmology, multiverse biology (speculative), multiverse sociology (even more speculative). Multiverse sciences ask the biggest questions: Are there other universes? What are they like? Could we ever reach them? Do they contain life? How would we know? These sciences are at the farthest edge of human inquiry, where evidence is thin and imagination is essential. They're also where science meets philosophy, where testability gives way to coherence, where the goal is not proof but understanding. Multiverse sciences are for those who would rather ask big questions than settle for small answers.

Example: "He devoted his life to multiverse sciences, knowing he'd never have evidence, never prove anything, never convince skeptics. But he believed that understanding the multiverse—even speculatively—was worth doing. It expanded the mind, challenged assumptions, reminded us that our universe is not all there is. That was enough."

by Dumu The Void February 17, 2026

Multiverse Science

The singular discipline of studying the multiverse scientifically—developing theories, making predictions (however indirect), seeking evidence (however elusive). Multiverse science is not yet empirical; it's mathematical and conceptual, exploring the implications of existing theories (inflation, string theory, quantum mechanics) that seem to point toward a multiverse. Practitioners argue that multiverse science is still science because it makes falsifiable predictions (though difficult to test) and follows scientific methodology (even when evidence is scarce). Critics say it's philosophy pretending to be science. Either way, it's fascinating.

Example: "He defended multiverse science against critics who said it wasn't testable. 'It's early-stage science,' he argued. 'Copernicus wasn't testable in his time either. We're mapping the territory before we can explore it.' The critics remained skeptical, but they also remained curious. Multiverse science survived because humans can't resist asking what's beyond."

by Dumu The Void February 17, 2026

Sweeping Science

The practice of drawing broad, universal conclusions from limited, specific evidence—generalizing wildly from a few studies, a single experiment, or personal observation. Sweeping science is what happens when a preliminary finding is treated as settled fact, when a correlation is treated as causation, when a local result is applied globally. It's the science of headlines ("Coffee Causes Cancer," then "Coffee Prevents Cancer") rather than careful research. Sweeping science is beloved of journalists who need clickable stories, advocates who need supporting evidence, and anyone who prefers certainty to accuracy. The cure is recognizing that science is incremental, that single studies prove nothing, that generalizations require replication, meta-analysis, and time.

Example: "A study of 50 people found that a new diet improved health. Sweeping science declared it 'the miracle diet'—blogs, headlines, books. Ten years later, the results couldn't be replicated. Sweeping science had moved on to the next miracle, leaving confusion and failed expectations behind."

by Dumu The Void February 18, 2026

Hasty Science

The practice of rushing to conclusions before evidence is adequate—publishing results before replication, announcing breakthroughs before verification, claiming certainty before understanding. Hasty science is what happens when pressure to publish, compete, or impress overrides scientific caution. It's the science of conference announcements, press releases, and Twitter threads—claims made before they're ready, promises that can't be kept. Hasty science is beloved of institutions seeking funding, researchers seeking fame, and journalists seeking stories. The cure is recognizing that science is slow for a reason, that replication takes time, that certainty is earned, not declared.

Example: "The lab announced a breakthrough in room-temperature superconductors—headlines worldwide, stock market frenzy, Nobel whispers. Then the results couldn't be replicated. Hasty science had struck again: the rush to announce had outpaced the science itself. The researchers retreated, the headlines faded, and the field moved on, slower and wiser."

by Dumu The Void February 18, 2026

Critical Science

Science that explicitly incorporates critique into its practice—not just doing science, but constantly questioning its own assumptions, methods, and implications. Critical Science asks: who benefits? Who's excluded? What are we not seeing? How might our findings cause harm? It's science that has internalized its social responsibility, that knows knowledge is power and acts accordingly. Not science plus ethics as an afterthought, but science that builds ethical questioning into its very methodology.

"We could build this technology, but Critical Science asks: should we? Who will it harm? Who won't have access? What problems might it create? It's not stopping science—it's doing science with eyes open, knowing that 'can' doesn't imply 'should.'"

by Abzugal February 23, 2026