Self-Oscillation: Find Prime Oscillation in Universe

In summary: Objects in space change position as you follow them through time. What happened to the space they were in a moment ago? Where, right now, is the space they will occupy a moment hence? These questions are all based on the idea that time is separate from space. If time and space were the same, then these questions would be meaningless. All spacetime events in this sense are coexistant, eternal. Where does spacetime begin? Where does it end? If you give up your notions of objects traversing space through time and enter into the notion of spacetime as a single universal object, the questions become meaningless
  • #1
wolram
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One has to provide an input to start an oscillation, but that input can be
removed and the oscillation will continue.
So when we talk about space time, if the original, "input", is no longer
present we are looking at an effect and have to guess the cause.
So could we work backwards, looking at all the various oscillations in the
universe, and by elimination find the prime oscillation?
 
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  • #2
wolram said:
...
So could we work backwards, looking at all the various oscillations in the
universe, and by elimination find the prime oscillation?

Personally I can't say to this more than you already must have thought about.
the shaking in the spacetime geometry (called gravity waves) has not been felt yet, presumably it is there but the intruments so far are not sensitive enough.

the shaking in the electromagnetic field represented by the microwave background (which is also very ancient and can be studied to learn about the beginning) is a good comparison to make, by way of analogy:

people had radio receivers for some 50 years before they detected the CMB
now they have been detecting the CMB for another 50 years and are still learning from it.

whatever other kinds of vibration, or particles flying around, they all contain "echos of the big bang", but mostly instruments cannot yet pick it up-----for instance the neutrino detectors can detect neutrinos from the sun and from supernovas but they are not yet sensitive enough to detect the neutrinos made in the first second of time after expansion began.

maybe, rather than hear or feel gravity waves, we have to "see" the ancient ripples in how matter is clumped and clustered. perhaps things have expanded so much that the wavelengths of important oscillations are so long that we have to look for their imprint in the distribution of galaxies----or in the hot/cold spots of the CMB

the idea of being in a room and studying the echos, and reconstructing from the echos what made the first noise----that is a good idea. it could be an emblem for all cosmology observations (whether based on old light or old particles or whatever kind of old vibrations people can eventually pick up)

but you know the current boundaries of research, from your reading, and know how hard it is to detect and decode those old signals
 
  • #3
Thanks Marcus, you have given me some new ideas.
 
  • #4
the first signal must have been gravity, and that must be a very long wavelengh
thousands of LYs, so how is it related to the microscopic?
 
  • #5
wolram said:
One has to provide an input to start an oscillation, but that input can be
removed and the oscillation will continue.
So when we talk about space time, if the original, "input", is no longer
present we are looking at an effect and have to guess the cause.
So could we work backwards, looking at all the various oscillations in the
universe, and by elimination find the prime oscillation?

Hi Wolram

If time is like space, as in "spacetime", what is motion? Our notion of change is based upon the perception of time apart from space. Objects in space change position as you follow them through time. What happened to the space they were in a moment ago? Where, right now, is the space they will occupy a moment hence?

I ask these questions to try to highlight a property of spacetime. It does not change. All spacetime events in this sense are coexistant, eternal. Where does spacetime begin? Where does it end? If you give up your notions of objects traversing space through time and enter into the notion of spacetime as a single universal object, the questions become meaningless.

Be well,

Richard
 
  • #6
nightcleaner said:
Hi Wolram

If time is like space, as in "spacetime", what is motion? Our notion of change is based upon the perception of time apart from space. Objects in space change position as you follow them through time. What happened to the space they were in a moment ago? Where, right now, is the space they will occupy a moment hence?

I ask these questions to try to highlight a property of spacetime. It does not change. All spacetime events in this sense are coexistant, eternal. Where does spacetime begin? Where does it end? If you give up your notions of objects traversing space through time and enter into the notion of spacetime as a single universal object, the questions become meaningless.

Be well,

Richard

Hi Nightcleaner.
I have always though "spacetime", a rather ambiguous term, i think of space
as an entity, and time as a measure.
I also think of space as eternal, and matter as a transient, "something that
pops into existence when the cosmic forces contrive to not equal 0",
It is said that a perfect vacuum is an impossibility, but i think that "space"
can achieve this, by absorbing the negative and positive thus returning to
0. once it has done this the energy, matter will re emerge in a recreation.
So space is two and the same 1 and-1, but known laws will not allow it
to keep it neutrality everywhere all the time.
 
  • #7
there is just so much conjecture about our beginings, so how can one sift the
wheat from the chaff, well if you want to believe in the BB fair enough, but
this pardigram throws up more questions than answers, if you ask a basic
question, you get a ansewer like nightcleaners, i hate to say this but questions
like this are beyond present day science, and are an oppinion nothing more.
The only evidence we have about cosmology comes from EM radiation, as we
are part of that, we may as well be a fish in in ocean trying to explain its
enviroment through the vibrations it feels, but are we so senseless? i think
not, it is human curriosity that will solve this enigma, if not we will perish
through our ignorance.
 
  • #8
first oscillation? that's the origin of motion- of change- of time-like dimensions in the phase-space- might as well ask 'why does Existence exist?'- always a rhetorical question-

'Things can be-
and their Being is grounded
in Nothing's ability to noth'

-kenneth burke


id est: inability-
 
  • #9
setAI said:
first oscillation? that's the origin of motion- of change- of time-like dimensions in the phase-space- might as well ask 'why does Existence exist?'- always a rhetorical question-

'Things can be-
and their Being is grounded
in Nothing's ability to noth'

-kenneth burke


id est: inability-

May be, but i think string theorist have come up with a before the BB theory.
And may be the homogonies and isotropic, bounded but infinite, dark energy,
graviton, higgs boson, axion, people will move in another direction one day.
i think that day is not far away, when no gravitational radiation or frame
dragging can be found? or dark matter is falsified? there are so many tests
that can, will send us back to the drawing board.
i hope it will not just be a redrafting, but whole new design.
 

Related to Self-Oscillation: Find Prime Oscillation in Universe

1. What is self-oscillation?

Self-oscillation is a phenomenon in which a system spontaneously produces a repeating pattern or oscillation without any external force or input.

2. How is self-oscillation related to the concept of prime oscillation in the universe?

Prime oscillation refers to the idea that there may be fundamental oscillations or vibrations at the core of the universe that govern its behavior. Self-oscillation is one possible explanation for these prime oscillations.

3. Can self-oscillation be observed in the universe?

Yes, self-oscillation has been observed in various natural systems, such as the beating of a heart or the vibrations of a guitar string. However, whether self-oscillation is the underlying mechanism for prime oscillations in the universe is still a topic of scientific debate.

4. Are there any practical applications of studying self-oscillation and prime oscillation?

Studying self-oscillation and prime oscillation can help us better understand the fundamental laws and processes of the universe. This knowledge can then be applied to various fields, such as engineering and technology, to improve our understanding and development of complex systems.

5. What are some current theories or models for self-oscillation in the universe?

Some current theories propose that self-oscillation may be a result of complex interactions between matter and energy in the universe, while others suggest that it may be a fundamental property of space-time itself. However, more research and evidence are needed to fully understand the nature of self-oscillation in the universe.

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