[TDGPerson] Round and round

[TDGperson]

How can you detect repeating patterns using things that perform rotations?

[JenBurdoo]

By punching a hole in the rotator and spinning it, as in a zoetrope? https://en.wikipedia.org/wiki/Zoetrope

[TDGperson]

By punching a hole in the rotator and spinning it, as in a zoetrope? Yes but not what I had in mind, the solution is something else

[GalFisk]

Is the rotation mechanical? Electrical? Electronic? Mathematical? Do the patterns repeat in space? Time? 2D? 3D? Crystals relevant? Time crystals? Phase locked loops? Are the patterns audible? Visible? Persistence of vision relevant? Stroboscopic effects? Are the rotations repeating? Time/frequency domain transformation relevant? Particle spin? MRI?

[TDGperson]

Is the rotation mechanical? Electrical? Electronic? Mathematical? None of these, but "Electrical" and "Mathematical" are somewhat close Do the patterns repeat in space? Time? 2D? 3D? Crystals relevant? Time crystals? Phase locked loops? None of these Are the patterns audible? Visible? Persistence of vision relevant? Stroboscopic effects? Are the rotations repeating? No to allTime/frequency domain transformation relevant? YesParticle spin?Yesish MRI?No

[GalFisk]

Is it mental? Biological? Astronomicl? Is it performed by humans? Animals? Resonance relevant? Frequencies? Harmonics?

[TDGperson]

Is it mental? Biological? Astronomicl?(The rotation? none of these. The repeating pattern? none of these either) Is it performed by humans? Animals? None of these Resonance relevant? Frequencies? ThisHarmonics?

[GalFisk]

Are the frequencies in the area of: mHz? Hz? kHz? MHz? GHz? THz? More? Less? Are they frequencies of sound? Electromagnetic radiation? Are they made by humans? Living things? Astronomical bodies? Such as pulsars?

[TDGperson]

Are the frequencies in the area of: mHz? Hz? kHz? MHz? GHz? THz? More? Less? None of these, OTWTAre they frequencies of sound? Electromagnetic radiation?None of these either Are they made by humans? Living things? Astronomical bodies? Such as pulsars?None of these either

[Earnest]

Are sinus and cosines relevant? Shroedinger equation? Waves?

[TDGperson]

Are sinus and cosines relevant? yesish Shroedinger equation? no but OTRT Waves? noish

[Hobbsicle]

This is all probably beyond me, but I'll take a shot

Repeating patterns: the frequencies? are these patterns theoretical? Mathematical? Observed based on an actual phenomenon? If so, natural? microscopic? electrical? Human-related (e.g. stock market)?

Things that perform rotations: electrons? photons?

[Earnest]

Did they perform rotations regularly? Following a pattern? Is the pattern: linear? Wave-like? Random? Functional?

Do the things perform rotations on the same plane? Can we assume that ideally they perform circular rotations? Elliptical? Others (curvilinear...)?
Earthquakes misurazione relevant?

atoms relevant? Relevant that particles behave both as matter and as waves?


WAG: compass relevant? It is circular and the needle performs circular patterns. At the end it indicates a pattern which could be a route or whatever...

[TDGperson]

This is all probably beyond me, but I'll take a shot

Repeating patterns: the frequencies?No are these patterns theoretical? Mathematical?This Observed based on an actual phenomenon? If so, natural? microscopic? electrical? Human-related (e.g. stock market)?

Things that perform rotations: electrons? photons? No but OTRT


Did they perform rotations regularly? Following a pattern? This Is the pattern: linear? This (ish) Wave-like? Random? Functional? This

Do the things perform rotations on the same plane? No Can we assume that ideally they perform circular rotations? YesElliptical? Others (curvilinear...)?
Earthquakes misurazione relevant? No

atoms relevant? Yes Relevant that particles behave both as matter and as waves? Yes and no


WAG: compass relevant? It is circular and the needle performs circular patterns. At the end it indicates a pattern which could be a route or whatever... No