I call this Warp Factor. You've already heard of it, Dawson, but this is for anyone else interested in it. The term "Warp Factor" was originally used in Star Trek, as a term of fantasy. But traveling at faster-than-light speeds may be possible. If we were to create a machine that generates negative energy, we could do it. The machine would shoot negative energy out the front and positive energy out the back. The negative energy would stretch space time, while the positive energy would expand it behind you, like riding on a wave. This "Warp Bubble" would ride on it's own energy, like shooting itself from a slingshot. It would go faster and faster, going faster than light. Due to the Theory of Relativity, this is the equivalent of time travel. As space-time unravels, turning normal, time on Earth would slow, stop, and go backwards. The findings turn it from impossible, to plausible.
By: Dillon Vance
BEING YOUR OWN GRANDFATHER
What if you could die twice? Dying is the equivalent of disappearing from the face of the Earth. Well, say, using the "Warp Factor" thought, if you were to go back to, say, 1840. To the time you were in previously, it'd seem as if you disappeared. To them, you're literally dead. Then, when you ACTUALLY die, in, say, 1860, you'd be labled dead. You'd have "died" twice! But say, while you're alive in the 1800's, you have a kid. He has a kid, and he has a kid. That kid is your father. He grows on to be you. You'd then grow up to be yourself. You'd technically live forever, without knowing it.
By: Dawson Stoever
Da Bubbles
The theory of a Multiverse is a widespread one, but here's a good way to look at it. Picture the universe, all we know of, as a bubble. Just a bubble. Picture the multiverse as a room, filled with bubbles. And God is sitting in the corner, blowing bubbles, thinking, "They'll never find out how I did this!" And there are infinite bubbles, one for every choice everyone makes. Each is a parallel universe. And our universe is constantly expanding. What happens when a bubble grows? POP. Think about it. By: Dillon Vance
Theories
- Astronomy: Big Bang Theory
- Biology: Cell theory — Evolution — Germ theory
- Chemistry: Molecular theory — Kinetic theory of gases — Molecular orbital theory — Valence bond theory — Transition state theory — RRKM theory — Chemical graph theory — Flory–Huggins solution theory — Marcus theory — Lewis theory (successor to Brønsted–Lowry acid–base theory) — HSAB theory — Debye–Hückel theory — Thermodynamic theory of polymer elasticity — Reptation theory — Polymer field theory — Møller–Plesset perturbation theory — density functional theory — Frontier molecular orbital theory — Polyhedral skeletal electron pair theory — Baeyer strain theory — Quantum theory of atoms in molecules — Collision theory — Ligand field theory (successor to Crystal field theory) — Variational Transition State Theory — Benson group increment theory — Specific ion interaction theory
- Climatology: Climate change theory (general study of climate changes) and anthropogenic climate change (ACC)/ global warming (AGW) theories (due to human activity)
- Economics: Macroeconomic theory — Microeconomic theory - Law of Supply and demand
- Education: Constructivist theory — Critical pedagogy theory — Education theory — Multiple intelligence theory — Progressive education theory
- Engineering: Circuit theory — Control theory — Signal theory — Systems theory — Information theory
- Film: Film Theory
- Geology: Plate tectonics
- Humanities: Critical theory
- Linguistics: X-bar theory — Government and Binding — Principles and parameters - Universal grammar
- Literature: Literary theory
- Mathematics: Approximation theory — Arakelov theory — Asymptotic theory — Bifurcation theory — Catastrophe theory — Category theory — Chaos theory — Choquet theory — Coding theory — Combinatorial game theory — Computability theory — Computational complexity theory — Deformation theory — Dimension theory — Ergodic theory — Field theory — Galois theory — Game theory — Graph theory — Group theory — Hodge theory — Homology theory — Homotopy theory — Ideal theory — Intersection theory — Invariant theory — Iwasawa theory — K-theory — KK-theory — Knot theory — L-theory — Lie theory — Littlewood–Paley theory — Matrix theory — Measure theory — Model theory — Morse theory — Nevanlinna theory — Number theory — Obstruction theory — Operator theory — PCF theory — Perturbation theory — Potential theory — Probability theory — Ramsey theory — Rational choice theory — Representation theory — Ring theory — Set theory — Shape theory — Small cancellation theory — Spectral theory — Stability theory — Stable theory — Sturm–Liouville theory — Twistor theory
- Music: Music theory
- Philosophy: Proof theory — Speculative reason — Theory of truth — Type theory — Value theory — Virtue theory
- Physics: Acoustic theory — Antenna theory — Atomic theory — BCS theory — Dirac hole theory – Dynamo theory — Landau theory — M-theory — Perturbation theory — Theory of relativity (successor to classical mechanics) — Quantum field theory — Scattering theory — String theory
- Psychology: Theory of mind - Cognitive dissonance theory - Attachment theory - Object permanence - Poverty of stimulus - Attribution theory - Self-fulfilling prophecy - Stockholm syndrome
- Sociology: Critical theory — Engaged theory — Social theory — Sociological theory
- Statistics: Extreme value theory
- Theatre: Performance theory
- Visual Art: Aesthetics — Art Educational theory — Architecture — Composition — Anatomy — Color theory — Perspective — Visual perception — Geometry — Manifolds
- Other: Obsolete scientific theories
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