Proposed Answers to Questions


2 or 3 "Theory" is a set of answers based on a hypothesized conclusion

  • Good decisions need perspective or space.
  • Quick choices want focus or time.

This might imply they contradict or complement one another.

The conclusion of duality inexplicably extends from the foundation of space-time to the awareness-focus of "terran" minds without accident.

Describing our universe or mind can be done from more than one perspective or view.  One of those may state it's made of atoms or molecules.  Another may state it as oscillations or waves.

To describe the physical using a patent application format, the template "Method of [fill in the blank] using electric or magnetic fields or noise or waves, conductive or diamagnetic or insulative materials, size or shape, geometry or position, oscillation or resonance" will cover most of our physical universe.  [2023-07-16 @ 01:00 PM]

There's good reason for that.

The proposed answers to questions below are based in a definition or description of our universe rooted in the electric or magnetic fields.  Those 2 or 3 fields give rise to everything we know or experience.  That translates to 2 perspectives, views, or types for anything we can conceivable with 3 often being some combination of the 2.  Yes, it even provides an answer for the number of neutrino "types".  [2023-04-03 @ 12:22 AM]

Gravity doesn't need a quantum theory to describe it.  Quantum mechanics isn't quite as expected or it works exactly as believed.  Anyone can accidentally alter the gravity where they live enough to be noticed though hopefully not enough to make walking or standing difficult.  [2023-02-12 @ 06:29 PM]

  • What is 2 or 3 "Theory"?  [2022-12-20 @ 09:02 PM]  [2023-06-03 @ 01:47 PM]
    • A working theory which states that everything in our universe consists of 2 or 3 individual components.
    • Each individual component itself consists of 2 or 3 components.  This is followed until the components are the electric or magnetic fields.
  • What is electromagnetism?  [2023-03-04 @ 06:57 PM]
    • The physics behind how particles with electric charge interact through electric or magnetic fields.
  • What is magnetoelectrism?  [2023-03-04 @ 06:57 PM]
    • The physics front of how waves without magnetic poles interact through magnetic or electric fields.
    • Science may have forgotten or wiped it from memory.  There's a poor reason for that.
  • How does entanglement work?  [2022-12-22 @ 07:10 AM]
    • Entanglement occurs due to resonance.
      • The photons, particles or objects which are entangled become part of the same resonant wave.
  • How does resonance work?  [2022-12-22 @ 08:12 AM]  [2023-03-14 @ 03:52 AM]
    • Resonance occurs due to the effect waves have on space as they propagate.
    • When a wave is amplified due to resonance it occurs at the expense of time.
    • Light and other electromagnetic waves exert a force on space as they pass.  The greater the frequency the more energy they have and more force they exert.  This force causes space to contract  slightly then return to normal after the wave passes.
    • With time being a change in the dimension of space - time moves forward as space expands and backward as it collapses - higher frequency waves take longer to travel a given distance than a lower frequency wave.  This allows a lower frequency wave to catch up.
    • This doesn't change the velocity of the wave - both are still propagating at the speed of light in their respective frames.
    • As a lower frequency wave catches up with a higher frequency wave, it enters the contracted region of space created by it.  This can cause it to gain or lose  frequency or amplitude or change direction at the expense of time.
    • The higher frequency wave can also gain or lose frequency or amplitude or change direction.  Which of them changes depends on the angle of intersection between the 2 waves.
    • Both waves are then part of the same resonant wave and share the same frame.
    • When 3 waves intersect they can form a corkscrew - this is a fully resonant wave.  A fully resonant electromagnetic wave (light, radio, etc...) is a gravitational wave.
  • Can resonance impart mass? [2023-03-31 @ 03:39 PM]
    • Yes, and it does.
    • Consider the mass of a proton.  The quarks which comprise it have individual weights which don't add up to the total expected.
    • The missing mass is due to resonance.
  • Why do the decay rates for radioactive elements change most during the winter?  [2023-05-04 @ 03:39 PM]
    • A combination of being closer to the sun (increased density of neutrinos) and increased use of electricity though it's the effect on electric potential that matters.
  • What is dark matter?  [2023-03-29 @ 06:06 PM]. [2023-03-29 @ 08:09 PM]
    • The effect of resonance.  It all comes down to resonance.  [2023-04-24 @ 06:13 PM]
    • There's at least 6 or 7 things which make up dark matter:
      • Standing waves within electric or magnetic fields.
        • Applies to any distinct or projected electric or magnetic field such as:
          • Shared or individual fields which make up a galaxy.
          • Adjacent fields which do or don't overlap.
          • Resonance due to interaction between electric or magnetic fields can contribute to the effect.
      • Relativistic gravity - oscillations within gravitational waves such as those emitted from massive objects orbiting one another as their orbits decay.
        • Suggested to be an equivalent to sound waves.  [2023-03-29 @ 10:47 PM]
      • Gravitational resonance - same as resonance between sound waves or electromagnetic (radio) waves.  [Need to include electric waves or magnetic waves]
      • Magnetic resonance - Between the electric or magnetic fields of singularities entering or exiting quasar stage and others.
      • Neutrinos - As propagating magnetic fields they have mass though it's individually small.
      • Not accounting for the effect waves have on space or as standing waves.
      • Underestimates of the mass or gravitational fields for existing matter or space. [2022-10-02 @ 10:09 PM]  [2023-03-02 @ 09:57 AM]
    • Supporting assumptions:
      • When an object is accelerated through space toward the speed of light it's mass increases.
      • If an object actually reached the speed of light it's mass would become infinitely large.
    • Proposed assumption:
      • The same increase in mass occurs to an object whether it's accelerated through space toward the speed of light or whether the space it occupies contains gravitational waves oscillating at speeds toward the speed of light.
      • Any 2 or more massive enough objects orbiting each other close enough can be a source of gravitational waves oscillating this way as their orbits decay and they fall toward each other.
        • Neutron stars
        • Singularities
  • Why does the amount of dark matter in some galaxies appear to vary over time? [2023-03-28 @ 02:41 PM]. [2023-03-29 @ 08:07 PM]
    • There's no evidence to support that.
    • Potential causes can be theorized using basic physics though observations are required for confirmation.  Some initial assumptions would be:
      • The central singularity for a galaxy shares a magnetic field with it.
      • The singularity is entering or exiting a quasar stage.
      • When jets from a singularity are generated they stretch it's magnetic field in the direction of the jets which contracts it perpendicular to them.
      • The occurrence of light, electric, magnetic, electromagnetic, or gravity waves changes over time for a given region of space or projected field.
    • Magnetic field contraction or expansion affects other objects within a magnetic field.
    • Light, electric, magnetic, electromagnetic, or gravity waves count towards the effective mass for a given region of space or projected field.
  • What is dark energy?  [2023-02-15 @ 09:45 PM]
    • It's an illusion of what appear to be other galaxies, etc... accelerating away from us and is caused by 2 things:
      • The stretching or weakening of space local to Earth.
        • Space being the summation or projection of electric or magnetic fields.  [2023-03-04 @ 04:25 PM]
      • The Earth's mass is essentially increasing due to resonant waves from wireless technologies like radio, microwaves, cellular, WiFi, Bluetooth.
  • Why do some theories on the nature of our universe frame it as a holographic projection?  [2023-03-04 @ 04:23 PM]
    • The universe exists with the beginning or ending of time as a series of electric or magnetic fields between expanding or collapsing and strengthening or weakening.
      • A "flat" or 2 dimensional electric field.
      • A "twisted" or 3 dimensional magnetic field.
      • At any given time we exist within those fields and all others since.
      • Those details may be used to infer or guess that prior to our universe, there may have been a single field or "point" and should another universe follow it may have more than 2 fields and extend another dimension.
        • There's no supporting evidence for that yet. 
  • What is gravity or a gravitational wave?
    • Both are a resonant oscillation contained within an electric or magnetic field.
    • All resonant oscillations are contained within at least 1 electric or magnetic field.
    • This means gravitational waves propagating away from orbiting objects (which are losing energy as their orbits decay) should be counted towards a galaxies mass.  [2022-12-20 @ 08:49 PM]
  • Can gravity be artificially generated?  [2022-12-20 @ 09:12 PM] [2023-01-30 @ 06:45 PM]
    • There's no such thing as "artificial" gravity - it either is or isn't.
    • But gravity can easily be generated with minimal equipment or work.  It just won't be very powerful relative to the Earth's gravity.
    • Creating a static electric field containing a standing wave of as many frequencies as possible will produce a gravitational field.
    • Here's a simple way to generate a gravitational field (one or more components or details may or may not be omitted due to "concern" over misuse or use):  [2023-06-03 @ 01:43 PM]
  • What are the 2 or 3 ways of producing gravitational waves?  [2023-04-02 @ 10:15 AM]
    1. Adding or returning potential to the electric or magnetic fields.
    2. An electromagnetic wave on the instead of outside of either an electric or magnetic field surrounded by the other.
      • When this forms a standing wave it's a gravitational field.
    3. Having "mass" which may or may not be the right way to look at it.
  • Why does the sun have a huge temperature difference between it's surface and corona?  [2022-12-21 @ 01:34 AM]
    • Light (and other waves) are partially reflected back by the sun's static electric field.  [2022-12-25 @ 06:16 PM]
      • When the reflected waves travel back at a shallow angle they can reach the corona at another location to reflect again.
      • Variations in the sun's static electric field result in waves that can reflect asymmetrically to become more or less resonant.
      • The result are resonant oscillations (standing waves) that encircle the sun:
        • Any resonant oscillation contained within a static electric or magnetic field... is gravity.
      • This collapses the static electric field...
  • Does the sun's surface give off thermal radiation and the corona (and or "neighboring regions") emit radiation of shorter wavelength (i.e. light)?  [2023-07-03 @ 01:56 PM]
    • There's no evidence to support that.
  • What forces keep a star from expanding or collapsing out of control or balance?  [2023-01-02 @ 03:53 PM]  [2023-02-15 @ 09:40 PM]
    • Opposing gravitational fields:
      • The matter (mainly gas) which extends from a star's surface to its core.
      • The resonant waves in the atmosphere or above the surface (corona).
  • How much does a star "weigh"?  [2023-02-15 @ 09:38 PM]  [2023-02-26 @ 07:17 PM]
    • Not as much or more than commonly believed.
      • The resonant waves above a star's surface generate a secondary or independent gravitational field.
      • This means estimating or inferring a star's mass by the observed effect of gravity on nearby objects gives the wrong value.
      • The smallest known red dwarf star is believed to be 70 to 200 times the mass of Jupiter.  That may be an incorrect range on either end.
  • What is "regular" matter and antimatter?
    • "Regular" matter = A resonant electric oscillation contained within a static electric field which results in an outer magnetic field.
    • Antimatter = A resonant magnetic oscillation contained within a static magnetic field which results in an outer electric field.
      • This is also the structure of "ball lightning".

      At small enough scales, both the electric and magnetic fields become indistinguishable and are then an electromagnetic field.  This is why matter and antimatter are essentially identical though their  field combinations are opposites, will cancel each other out with direct contact, and release their respective resonant oscillations in the annihilation.

  • Where is all the predicted antimatter?
  • Why is there believed to be a matter-antimatter imbalance?  [2023-02-19 @ 10:33 AM]
    • The antimatter is mixed right in with the normal matter or apart from it.
    • The imbalance is due to "mislabeling":
      • Each part of an atom is currently categorized as normal matter.
      • A better understanding of what makes up protons, neutrons, or electrons should or will even out the situation.
  • What is time?  [2023-02-20 @ 08:46 PM]
    • Time is simply a change in the dimension of space.
      • The arrow of time moves forward as space expands.
      • The arrow of time moves backward as space contracts.
      • Time can stop or reverse under conditions similar to a star which collapses to a fraction of it's original size.
  • Is time travel possible:  [2023-02-26 @ 07:29 PM]
    1. In a manner of speaking?
      • Yes.
      • [Be sure to explain the simplest way to do this (short of rewinding each superimposed electric ot magnetic field back to a desired space-time) is to save a snapshot of the field projection required.]
    2. For practical travel?
      • No.  You wouldn't feel very well or feelings would have no meaning afterward.
      • [Be sure to explain the odds of happiness after riding a collapsing singularity back through time to the beginning or ending of a universe.]
  • What is the speed of light or what does it mean?  [2023-02-24 @ 11:57 AM]  [2023-03-28 @ 03:32 PM]
    • It's the minimal rate of expansion for space within a given distinct or aggregate projected field.
    • For the speed of light to be what it is our universe must be expanding by at least that rate.  Otherwise light and other electromagnetic waves would partially or entirely reflect from it's inner surface to form a standing wave.  A standing gravitational waves is a gravitational field so would exert a force to slow down any expansion or reverse it to a collapse or contraction.
    • The relative frame of reference for any observer is projected electric or magnetic field.
  • Do magnetic fields propagate at the speed of light?  [2023-02-24 @ 11:57 AM]
    • Yes or no depending on how they're moving.
    • Spinning a permanent magnet near other magnets can give the impression that magnetic fields move slowly.
      • Each turn of the permanent magnet will transfer momentum to nearby magnets but with a noticeable delay.
      • The faster the permanent magnet turns the less of an effect each rotation exerts 
    • This happens because the magnetic field (pervasive classical) imparts mass.  Any wave or particle traveling it must have mass and can't reach the speed of light.
  • What are neutrinos?  [2023-02-26 @ 11:20 PM]
    • A non-static or moving magnetic field or oscillation.
      • Technically, they are magnetic current.  [2023-02-27 @ 03:50 AM]
      • Have no measured electric charge.
      • Were predicted to have no mass but found to have extremely low mass.
      • Shift from one type or "flavor" to another as they propagate through space.
      • Rarely interact with matter.
      • Correlate with increased rates of decay for radioactive elements typically noticeable during certain times of year.
      • Process of elimination leaves only magnetic fields .
        • This means radioactive decay does not occur spontaneously and decay rates are by no means fixed or constant.
        • Knowing this may allow even  heavier elements to be created or their lifespan extended.
  • What is a neutrino?  [2023-07-30 @ 03:20 PM]
    • A 2 or 3 "dimensional" oscillation in an electric or magnetic field.
  • Why do neutrinos change type or "flavor"?  [2022-11-13 @ 05:18 PM]
    • The "flavor" changes when the orientation of a neutrino's oscillations changes relative to the pervasive magnetic field.
  • Why do neutrino detectors work by  measuring flashes of light?  [2023-02-02 @ 10:17 AM]
    • The collision between a neutrino and the quark it collides with releases the resonant oscillation contained in the quark.
      • Neutrinos consist of a static magnetic field surrounded by a static electric field.
      • They're the opposite of the quark they strike (which is how they find contact in the first place) making them anti-matter.
  • What is static electricity?  [2023-05-23 @ 02:00 PM]
    • An electric field with more negative charge than positive charge or vice versa.
  • What causes a static electric "discharge"?  [2023-05-23 @ 02:00 PM]
    • It's when an electric field with more negative or positive charge finds an electric field with more positive or negative charge which triggers an exchange of charges as electric current.
    • This generates or produces one or more magnetic waves.  [2023-05-23 @ 02:22 PM]
  • What are protons?
    • Have a positive electric charge, are made up of 3 quarks with resonance binding them together.
    • The electron and proton charges behave similarly to a magnet broken in two and it's pieces.  Each remains connected to the other through a shared magnetic or electric  field.
  • What are quarks made of?
    • Quarks are singularities.
    • At any scope or scale when a resonant oscillation is contained within a static electromagnetic field - it's technically a singularity.
      • To be specific it is one or more  resonant oscillations contained within a static electric field contained surrounded by a magnetic field.  [2022-11-13 @ 04:40 PM]
    • When a standing wave forms within a static electromagnetic field such that the distance traveled is retraced within the waves own wake, the wave no longer exerts any inward or outward pressure on the field - it's a stable singularity or quark.  [2022-12-22 @ 08:39 AM]
  • Are quarks double or triple "wrapped"?  [2023-07-16 @ 12:54 PM]
    • There's no evidence to support that.
      • It may or may not be proposed as:
        • One or more resonance oscillations contained within 2 or 3 electric or magnetic fields.
  • Why are there 6 types of quarks?  [2022-11-13 @ 04:40 PM]
    • There are 6 types of quarks due to the 6 degrees of freedom in space.
    • The orientation of the oscillation(s) contained within the quark - relative to the pervasive electric or magnetic fields when the quark formed - determines which type it is.
    • This creates the gravitational field it contributes to matter and leads to a possible explanation for inertia.  [2022-11-13 @ 05:35 PM]
  • What is an electron?  [2023-02-19 @ 02:55 AM]
    • A 2 or 3 "dimensional" oscillation in an electric or magnetic field.  [2023-07-30 @ 03:22 PM]
    • Either a static  magnetic field surrounded by an electric field which doesn't contain resonant oscillations or standing waves.
      • This was previously theorized to be the basis for anti-matter.
      • If correct then the electron is an anti-particle and what we currently call the positron is the particle.
    • OR
    • A static electric field without a surrounding magnetic field and which doesn't contain resonant oscillations or standing waves.
      • Without resonant oscillations or standing waves to stabilize it by exerting a contracting force, it must be small or strong enough to be intrinsically stable.
  • What is ball lightning?
    • It's a static electromagnetic field turned inside out:
      • Instead of a static electric field surrounded by a magnetic field it's a static magnetic field surrounded by an electric field.
      • It may provide a partial explanation for what is anti-matter in the form of an anti-quark.
    • It may also be the basis for part of the reason why the Earth's mass is increasing.
  • Does a neutron star explode or implode due to an increase or loss of mass?  [2023-07-16 @ 12:41 PM]
    • There's no evidence to support that.
    • A theoretical "chain of events" can be imagined or suggested within the following steps:
      • When a neutron star "siphons" or "steals" materials from a companion object, it arrives with respective electric or magnetic fields.
      • The neutron star's own electric or magnetic field(s) - combined with its rotation - may or may not extract or return potential to the electric or magnetic field.
      • Resistance of space to a gravitational field therefore changes.
      • The change in resistance either decreases or increases the neutron star's mass.
      • An "explosion" or "implosion" results.
  • How does a magnetar form?
    • From the collapse of a star spinning so quickly that gravitational waves aren't able to fully resonate in all directions:
      • This means the static electric field produced by the star isn't strong enough to match it's magnetic field and form a containing static electromagnet field as a singularity.
      • The faster the star spins the weaker its static electric field may be.
      • As the star goes through cycles of expansion and contraction (pulsing) near the end of it's life and gravity waves resonate to collapse it, the lack of a strong enough static electromagnetic field to create standing gravitational waves keeps the star from collapsing all the way to a singularity.
      • It partially collapses and it's magnetic field then dominates over it's electric field.
  • What causes a type 1a supernova?
    • Once a white dwarf has acquired enough super heated material to build up a static electric field of sufficient strength on it's surface and the rotation of the white dwarf twists the magnetic field and electric fields to the point of generating one of more massive gravitational waves that resonate then a type 1a supernova occurs.
  • How do static electric or magnetic fields form?  [2023-03-06 @ 12:51 PM]
    • Whether made by humans or part of the natural world, a static electric or magnetic field forms under the following conditions:
      • Physical contact between 2 or more materials.
      • The materials differ in conductive or insulative properties.
      • Electromagnetic waves are present.
    • When those 3 criteria are met, electromagnetic waves separate or dissociate into electric or magnetic waves.  If those form standing waves then an electric or magnetic field results.  The 2 fields are inseparable such that generating an electric field forms a surrounding magnetic field and vice versa. 
  • What are electric or magnetic fields?  [2023-02-22 @ 07:54 PM]
    • An electric field is a standing electrical wave.
    • A magnetic field is a standing magnetic wave.
    • They form or exist when the other is generated on the outside or inside boundary between between.
    • The boundary itself is an electromagnetic wave which may be resonant and have 3 dimensions.
  • What are the types of electric charge?  [2023-02-28 @ 07:30 PM]
    • Neutral, positive, and negative.
    • When a positive and negative charge resonate within a field they produce a neutral charge.
    • Should a neutral charge be given a value of 1, the positive or negative charges would each have 1/2 charge.
  • What are the types of magnetic polarity?  [2023-02-28 @ 07:30 PM]
    • Neutral, north, and south.
    • When the north pole and south poles  resonate between fields they produce a neutral pole.
  • What are resonant standing electric or magnetic waves?  [2023-02-28 @ 07:30 PM]
    • Static electric fields or static magnetic fields.
      • When either type of field is in motion the other type is generated on the outer or inner surface or boundary.
      • Motion exists when a fields frequency is non-zero. It grows or shrinks or changes position relative to it's parent field.
      • Fields interact by exchanging their outermost fields.
  • What are static electric or static magnetic fields?
    • A resonant, standing or static, electric or magnetic wave is a static field.
  • Why does it seem more difficult to remove magnets from metal surfaces the longer they stay there?  [2023-02-26 @ 06:57 PM]
    • Magnets share or loan their magnetic fields through transfer or mixing of  electric or magnetic fields.
    • When the term "electric or magnetic fields" is used it means all electric or magnetic fields superimposed from the base universe to the sharing.
    • The more time a magnet is given, the more transfer can complete.
    • A "borrowed" field becomes strongest or remains longest when it's loaned in direct contact with a magnet.
    • It may exist only briefly when loaned through space or time.
  • Why do static electric fields maintain strength or form longer during warmer months?  [2023-02-22 @ 07:54 PM]
    • Due to water vapor in the air.
      • Water molecules are polar with one end or side negative and one positive.
      • This allows them to link or stick together.
      • It also makes an individual water molecule slightly magnetic though it becomes canceled out as more molecules join.
  • What's the difference between electric current and magnetic current?  [2023-01-28 @ 07:03 AM]
    • Electric current is the result of separating the charges in a static electric field:
      • Has no frequency.
      • Measured in volts.
    • AC (Alternating Current) is neither electric or magnetic current - it's the movement of electric potential.
    • DC (Direct Current) is magnetic current:
      • Requires the presence of a static electric field to work efficiently.
      • It actually separates the charges (being magnetic current) in a static electric field which generates actual electric current.
  • What is AC (Alternating Current) exactly?  [2023-02-01 @ 07:45 AM]
    • It's actually magnetic current.
    • It travels on the surface of a wire or cable as a resonant wave.
    • Follow up question:  How is that known with any certainty?
      • The logic is simple enough.  If you know how static electric fields are produced (and ever tried to "fix" a blown-out fuse from a floor or oscillating fan) it's obvious that any attempt to "fix" a fuse results in the production of a static electric field.
      • Because static electric fields are generated or produced any time 2 materials which differ in their conductive or insulative properties are in physical contact AND when a resonant wave is applied to the point of contact... then AC "electricity" must be a form of resonant wave.
  • If both AC and DC are magnetic current, do our homes or devices use electricity at all?  [2023-02-02 @ 04:15 AM]
    • Yes, they do use electricity. 
    • Could you imagine if there was some reason - relating to national security - for lying or "allowing" everyone to "misunderstand" how AC or DC "electricity" work?  Let's hope the screw up was an honest one.
    • Magnetic current needs a static electric field before there's any electricity.
      • It causes the electric charges in the field to separate resulting in electric current.
  • What happens when a magnet is broken into pieces which are moved away from each other?  [2023-02-20 @ 12:14 AM]
    • A shared magnetic field will extend or stretch when the individual magnets are separated by distance.
      • Magnetic fields form wherever there's an electric field.
      • They are a standing wave on the surface of a electric field.
      • When a single magnet is broken or whole magnets are in direct or indirect contact for enough time to exchange part of their respective fields, the shared field will narrow as it stretches.
      • Increasing the distance between them quickly causes the shared field to narrow quickly.
      • Increasing it slowly gives the field time to rebuild between the pieces or whole magnets without narrowing as quickly.
      • The shared field itself exists as a shared electric field surrounded by a magnetic field.
  • Why are we still so dependent on rocket launches to reach space?
    • I don't know if the reverse of this question was ever answered.  Knowing that question has a reverse is key:
      • Starting with generally accepted fact:
        • A pervasive electric field (classical context) and magnetic field (classical context) exist throughout all space in our universe.
        • Both fields are able to lose or gain their respective potentials.
      • Switching to theory:
        • When electric field potential decreases it causes a corresponding decrease in the strength of magnetic fields.
          • Not so helpful in this context.
        • When electric field potential increases it causes a corresponding increase in the strength of magnetic fields.
          • Potentially very helpful in this context.
        • Nothing is guaranteed - the possibility is still remote - but this may allow angular momentum alone to provide the power rockets are currently needed for.
  • What caused or came before the "Big Bang"?
    • Well, we need to define "before". And unfortunately, the answer makes little sense when explained going back in time.  It should make sense at the very end when the arrow of time for the answer is reversed.
      • 0 - A "Big Bang" of space-time results.
      • 1 - The second law of thermodynamics is violated (by the increase in entropy with no change in time).  [2022-12-22 @ 08:42 AM]
      • 2 - Time continues running backwards as space contracts. As space contracts to the moment it came into existence and time ceases an increase in entropy occurs.
      • 3. The momentum of a spinning, collapsing, increasingly resonant across frequencies (how many?) region of space contracts space all the way to the beginning of time.
      • 4. A massive object - possibly a star - within an increasingly strong static electromagnetic field
  • What exactly are neutron stars?
    • Partially clothed singularities?
  • Would a "donut" or torus geometry be possible for a singularity? [2023-03-31 @ 03:45 PM]
    • Yes, given a fast enough rotation some singularities may pass through a "donut" phase.
    • This could also explain unusual or distinctively shaped supernova remnants observed.
  • What would happen if an object accelerated through space toward the speed of light was somehow able to reach the speed of light?
    • It's a duality of 2 answers:
      • The object would exit time and space.
      • The object would "become" or "sink" into a singularity.
  • Why does time only appear to move forward?
    • Any change in the dimension of space is time.
    • When the dimension of space expands, the arrow of time moves forward.
      • This is what we're most familiar with and why time seems to only move forward.
    • When the dimension of space contracts, the arrow of time moves backwards.
      • We don't often get to see this close up.
      • This effect certainly occurs close up.  It happens so often it's going on right now between the LCD or display you're reading this from.  [2023-02-02 @ 04:23 AM]
  • How do faraday cages work?  [2023-02-11 @ 01:21 PM]
    • Electromagnetic waves are converted or separated into static electric and non-static magnetic fields as they pass through a set of insulative-conductive-insulative layers of materials.  Resonance between the 3 layers is at work.
      • A cage or container constructed from metal will start oxidizing after being made.
      • The inner and outer layers of oxidation add 2 layers to the conductive metal making it insulative-conductive-insulative.
      • Passing electromagnetic waves through a set of layers which are insulative-conductive-insulative converts them to a static electric field (which of course is surrounded by a magnetic field):
        • An electric current results should something cause the static electric field's charges to separate.
        • The magnetic field travels around the cage until it can reconnect.
  • How exactly does radio work?  [2023-02-14 @ 11:13 PM]
    • The underlying explanation is actually... gravity waves (but you probably already guessed that if you read to this point).
      • The only reason they don't wreak havoc on us and the planet is because they aren't fully resonant under normal circumstances.
      • Our expanding use of wireless technologies is making their presence known more often every day.
  • How do you keep or maintain a connection:  [2023-02-11 @ 06:36 PM]
    1. Between 2 static electric fields?
      • Complete isolation of both static electric fields.
      • This is done by surrounding them with additional static electric fields.
      • The greater the difference in properties between an inner static electric field and the outer one isolating it, the shorter it takes before isolation is breached.
    2. Between 2 magnetic fields?
      • Partial exchange of each magnetic field.
      • This can be done by joining or exchanging magnet fields through conductive or insulative materials.
      • The more insulative the material, the longer it takes for a given magnetic field to exchange or transfer.
        • But the exchange lasts longer.
        • The magnetic fields are anchored stronger.
        • Separating or distancing the connected magnetic fields should be done more slowly.
        • More insulative materials don't allow joined magnetic fields to stretch as quickly as conductive.
  • How is the Earth's magnetic field generated?  [2022-12-18 @ 07:37 PM]
    • The standard answer - that it's generated by electric currents caused by the movement or convection of molten metals - leaves out the first step in the process:
      • When 2 materials are in contact and differ in their conductive and insulative properties, a static electric field is produced.
      • Even when both materials are metals or more conductive than insulative (like iron and nickel) they still differ so produce a static electric field when in contact.
      • An electric current is created when magnetic field(s) cause the charges in the static electric field to separate.
      • The resulting electric current can then generate or power the magnetic field.
  • Why is the Earth's magnetic field weakening or moving?  [2023-02-27 @ 05:22 PM]
    • There must be more than one magnetic field within the planet.
    • Whether the core is divided or more than 1 exists, resonance between them is expected to produce a stronger field and oscillation in it's strength, position, or rate of change.
  • Why is the Earth's mass increasing?  [2023-04-04 @ 01:40 AM] [2023-04-04 @ 03:01 PM]
    • There are 2 reasons:
      1. Mass is the pressure of gravity against space:
        • Space becomes more susceptible to gravity's effects as electric or magnetic potential is removed.
        • Mass effectively increases.
      2. The same effect responsible for the sun's corona temperatures - resonant standing waves - now occurs in the Earth's atmosphere which adds to it's gravitational field.
        • The still expanding use of wireless technologies is most likely responsible.
  • When or how does light traveling through space become a photon?  [2023-01-02 @ 03:48 PM]
    • A photon doesn't ever exist "traveling" in empty space.  It's when light strikes the interface or boundary between a conductive or insulative material (2 different static electric fields) a static electric field is produced or generated, and a photon created when the light's electric and magnetic components are separated.
  • How is it possible to get "something from nothing" in quantum physics? [2022-09-13 @ 10:42 PM]
    • It's not possible and that's not what's occuring.  Consider a few examples:
      • During the separation of a quark and antiquark in a meson, a new set of particle/antiparticle pairs will sometimes be pulled out of the empty space between them.
        • Separation of a quark and antiquark breaks the resonance which holds them together.  There's no "sometimes" to the process either.  Should a resonant oscillation form and find a static electric, static magnet, or both fields to aquire it's own static field from... new particle/antiparticle pairs will form.
  • What determines prime numbers?
    • The rules for how magnetic fields from a number of cubic shapes assemble to the most stable magnetic field configuration determine whether the number is prime or not.
    • The underlying basis for this is resonance of 2 or 3.
  • How will our Universe end? [2023-03-27 @ 12:24 AM]
    • If we do nothing:
    • If we're around then and are able to do something:
  • How might a universe be ended or one began? [2023-03-27 @ 12:26 AM]
    • For a civilization which never assumed responsibility for more than a planet?
      • 2 or 3 things are needed:
        • Sufficient gravitational field to achieve resonant oscillation within a given projected electric or magnetic field to offset any underlying expansion and trigger a self sustaining collapse.
        • Angular momentum or spin.
      • If the collapse carries all the way back to when time began for the collapsing field - but no further [to self: I'm not sure yet.  Read those articles.] the momentum must be sufficient to collapse a given projected electric or magnetic field
      • If the collapse carries all the way back to when time began for the entire projected collapsing field (the beginning of it's universe) so that time ceases.
        • The second law of thermodynamics (entropy only changes over time) requires time which results in another expanding space-time.
        • [To self:  you haven't remembered to read several articles I need for missing pieces.  Don't forget.]
        • sufficient momentum to and the momentum must be sufficient to collapse a given projected electric or magnetic field.
  • How could something the size of our planet ever translate into something like a universe?  [2023-03-27 @ 12:29 AM]
    • If the electric or magnetic fields are continuous (they can be stretched forever without breaking or snapping only growing thinner or weaker) then the next universe may be indistinguishable from this one for those inside it.
    • The difference would be relative scope or scale.
  • Is it possible for global warming to somehow be connected to the increasing use of wireless technologies like Bluetooth, WiFi, or cellular?  [2023-02-20 @ 08:34 PM]
    • There's no evidence to support that.
    • A connection can be theorized using basic physics though testing it may or may not be simple.  Some initial assumptions would be:
      • Assume wireless signals resonate with each other above the surface.
      • Assume that resonant signals are themselves gravitational waves.
      • Assume those surround the planet and are spread across frequencies.
      • Assume this generates a gravitational field distinct from the planets original field.
      • Assume the same effect occurs in the sun's corona and is responsible for the unexplained temperatures observed.
      • Assume the effect applies anywhere resonant signals exist in an atmosphere.
      • If each assumption is correct,  the possibility exists for a connection between global warming and wireless technologies.



Appendix of Updates

  • 2022-09-08 @ 07:13 PM
  • 2022-09-13 @ 10:42 PM
  • 2022-10-02 @ 10:09 PM
  • 2022-11-13 @ 04:40 PM
  • 2022-11-13 @ 05:18 PM
  • 2022-11-13 @ 05:21 PM
  • 2022-11-13 @ 05:35 PM
  • 2022-12-18 @ 07:37 PM
  • 2022-12-20 @ 08:49 PM
  • 2022-12-20 @ 09:02 PM
  • 2022-12-20 @ 09:12 PM
  • 2022-12-21 @ 01:34 AM
  • 2022-12-22 @ 07:10 AM
  • 2022-12-22 @ 08:10 AM
  • 2022-12-22 @ 08:39 AM
  • 2022-12-22 @ 08:42 AM
  • 2022-12-25 @ 06:16 PM
  • 2023-01-02 @ 03:48 PM
  • 2023-01-02 @ 03:53 PM
  • 2023-01-28 @ 07:03 AM
  • 2023-01-30 @ 06:45 PM
  • 2023-02-01 @ 07:45 AM
  • 2023-02-02 @ 04:15 AM
  • 2023-02-02 @ 04:23 AM
  • 2023-02-11 @ 01:21 PM
  • 2023-02-11 @ 06:36 PM
  • 2023-02-12 @ 01:33 PM [added image above title]
  • 2023-02-12 @ 06:29 PM [Updated introduction]
  • 2023-02-14 @ 11:13 PM [Added question on radio]
  • 2023-02-15 @ 09:38 PM [Added question on a star's weight]
  • 2023-02-26 @ 07:28 PM [Added question for time travel]
  • 2023-02-15 @ 09:40 PM [edited answer for the forces keeping a star stable]
  • 2023-02-15 @ 09:45 PM [shortened the answer for dark energy]
  • 2023-02-19 @ 02:55 AM [added question for the electron]
  • 2023-02-19 @ 10:33 AM [added question for matter antimatter imbalance]
  • 2023-02-20 @ 12:14 AM [added question about broken magnets]
  • 2023-02-20 @ 08:34 PM [added question about global warming]
  • 2023-02-20 @ 08:46 PM [edited the answer for time]
  • 2023-02-22 @ 07:54 PM [added 2 questions]
  • 2024-02-24 @ 11:57 AM [added 2 questions]
  • 2023-02-26 @ 06:21 PM [edited title and introduction]
  • 2023-02-26 @ 06:57 PM [added question on removing magnets]
  • 2023-02-26 @ 07:17 PM [edited answer for a star's weight]
  • 2023-02-26 @ 07:29 PM [added question on time travel]
  • 2023-02-26 @ 11:20 PM [edited answer for neutrinos]
  • 2023-02-26 @ 11:21 PM [edited phrasing for introduction]
  • 2023-02-27 @ 03:50 AM [added name for neutrinos]
  • 2023-02-27 @ 05:22 PM [edited answer for earth's magnetic field moving]
  • 2023-03-02 @ 09:57 AM [edited answer for dark matter (added 'or space')]
  • 2023-02-02 @ 10:17 AM [added question on neutrino detectors]
  • 2023-03-04 @ 04:23 PM [added question on the universe as a hologram or projection]
  • 2023-03-04 @ 04:25 PM [edited answer on dark energy]
  • 2023-03-04 @ 06:57 PM [added questions on electromagnetism and magnetoelectrism]
  • 2023-03-06 @ 12:51 PM [added question how static fields form]
  • 2023-03-06 @ 12:56 PM [edited answer on dark energy]
  • 2023-03-14 @ 03:52 AM [edited answer on resonance]
  • 2023-03-26 @ 12:24 AM [strikeout of bad question]
  • 2023-03-27 @ 12:26 AM [added question]
  • 2023-03-27 @ 12:29 AM [added question]
  • 2023-03-28 @ 02:41 PM [added question on varying dark matter]
  • 2023-03-28 @ 03:32 PM [edited question on speed of light]
  • 2023-03-29 @ 05:48 PM [archived version 2]
  • 2023-03-29 @ 05:49 PM [fixed incomplete link to version 1]
  • 2023-03-29 @ 06:06 PM [edited answer for dark matter]
  • 2023-03-29 @ 08:07 PM [edited answer for dark matter changing over time]
  • 2023-03-29 @ 08:09 PM [edited answer for dark matter]
  • 2023-03-29 @ 10:47 PM [edited answer for dark matter]
  • 2023-03-31 @ 03:39 PM [added question on resonance and mass]
  • 2023-03-31 @ 03:45 PM [added question on donut singularities]
  • 2023-04-02 @ 10:15 AM [added question on producing gravitational waves]
  • 2023-04-03 @ 12:22 AM [edited introduction]
  • 2023-04-04 @ 01:40 AM [edited answer for the earth gaining mass]
  • 2023-04-04 @ 03:01 PM [edited answer for earth gaining mass]
  • 2023-04-24 @ 06:13 PM [edited answer for what is dark matter]
  • 2023-05-04 @ 03:39 PM [added question on radioactive decay rates during winter.]
  • 2023-05-23 @ 02:00 PM [added questions on static electricity and static electric discharge]
  • 2023-05-23 @ 02:06 PM [removed question about electrons (plural)]
  • 2023-05-23 @ 02:22 PM [edited answer for static electric discharge]
  • 2023-06-03 @ 01:43 PM [edited answer on artificial gravity]
  • 2023-06-03 @ 01:47 PM [renamed 'Theory' to '"Theory"']
  • 2023-07-03 @ 01:56 PM [added question on thermal radiation from the sun]
  • 2023-07-16 @ 12:41 PM [added question on neutron star explosion or implosion (heard or perceived during a church service]
  • 2023-07-16 @ 12:54 PM [added question on quarks being wrapped (heard or perceived while watching "How It's Made" on tv]
  • 2023-07-16 @ 01:00 PM [edited introduction]
  • 2023-07-30 @ 03:20 PM [struck question on neutrinos and added it as a different question]
  • 2023-07-30 @ 03:22 PM [edited answer on what is an electron]




Appendix of Versions

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