That method also needs distance to stars to get distance to other stars...etc. Same belief based hooey.
Nope, been over this. Luminosity of a Type Ia Supernova will Give us the distance measurement. Even the link you quoted me on
Spectroscopic parallax - Wikipedia gives this Formula to find distance:
"Knowing the apparent magnitude (m) and absolute magnitude (M) of the star, one can calculate the distance (d, in parsecs) of the star using M-m = -5log(d/10) "
...defeated yet again dad! -_-
The luminosity cannot help you if distances are not known. Period. It cannot give distances...only combining already accepted beliefs like stars on a chart that are so far away or big...etc can the info matter.
We verify distance with other methods and make sure they work repeatedly before using them elsewhere, so your point is bunk due to steadfast denial and ignorance.
Spectra can't tell distances..you get that much?
Except you're wrong for the reasons above - discarded.
I thought it could behave as either wave or particle? The issue is not how it behaves here in time.
It behaves as both a wave and particle for the purposes of quantum mechanics. Without the wave part of duality, you wouldn't be able to see it. It isn't classical mechanics that governs quantum particles so it's never one or the other, quantum particles and electromagnetic radiation exhibit characteristics of both.
Crazy claim.How would you know what no time or different time would do to light, or how fast it traveled?
How fast does light travel at? It has a cosmic speed limit, so no matter how fast it goes, if there's no time then there's no speed. No time would also mean whatever would emit light is also not doing anything, therefore light wouldn't exist to not go anywhere in the first place. How do you not get this?
Light is susceptible to the Doppler Effect just like sound is, so any change in time will necessarily have an effect on that light. I've discussed it so many times that you can just go read about it from any of the previous posts I made.
You still assume that the cause of the redshifted (or blue) light results only from a movement away or towards us in space as we know it and time though. If the light was already shifted for other reasons by the time it entered our space and time, what you say could not apply. Or, if entering our fishbowl zone caused redshifting. Or, if ..etc etc etc.
By the way, expansion is mostly based on the idea that redshift must be caused the way we see it caused on earth. If we see redshifted stars they must be moving away...since they are supposed to be so far..they must be going real fast...etc etc. The billions of years also is derived from the same belief.
Another interesting question for far far stars is could they actually exist in the future rather than the far past as you thought, based on a uniform time!? Ha. You really don't know what you are looking at.
No, -_- we see exoplanets orbiting stars. Because of these orbits and the times involved in their orbits, we can see they're in the same timeframe we are otherwise we wouldn't see them orbiting where they should be orbiting!
I'm sorry dad, you just don't know what you're talking about. There are too many things we can see that just wouldn't be seen if there was even the remotest chance you were right.
The spectrum here that we see is IN time. What would cause light to appear shifted here would not be anything that our time or space would have caused. Whatever happens here is after the fact. Even if there was some shifting as you envision, we would not discern that from this end. You just don't know.
We know. We know because of the reasons discussed above, too bad you don't seem capable of understanding this...
No. By translating I do not mean become visible. I mean that light when in our fishbowl zone it assumes our time and space rules while here. But since you mention it, yes, there could be things in the different time zone of deep space (if time is different there) that might not BE visible here! You may have been seeing just a part of what is out there.
As for lensing appearing here years apart...that time is our time. Out there maybe it is no time or say just minutes or whatever rather than years.
Sure. There's probably heaps we haven't seen yet. What we do see (and there's a preponderance of it) matches with everything we know just too well. You'll have to provide very substantial evidence to get anyone to take your fairyland story seriously, I keep saying it but you don't seem to listen - what you're proposing just wouldn't work the way we actually see it here.
Here's a thought experiment that might help you understand why minutes there might be years here doesn't work:
Let's say we could HEAR an alien on another planet in this other time via some long range subspace radio. Let's also for the purposes of this thought exercise take your queue that a minute there would be a year here. If that alien was clapping his tentacles every second in his time, we wouldn't hear anything by the time the soundwaves travelled into our timeframe because the displacement will be well under our hearing threshold of 20Hz. In fact, if that alien was screaming at the highest part of our audible range in his timeframe (20kHz), when it got to us here, that high-pitched screaming soundwave would be reduced to one cycle every 31.5 minutes, well under our audible threshold of 20 cycles a second...
Visible light is in a much narrower band than audible sound is, so given electromagnetic radiation wavelengths would be stretched out to well outside any detectable spectrum whatoever (not just our visible spectrum), your position is untenable.
But WAIT! That's not all! Let's say some form of particle could magically translate into waveform perfectly within our viewable spectrum in exactly the way it would trick us by matching almost all of our laws of physics perfectly, the luminosity (measured in apparent magnitude, higher numbers are dimmer) would be so low as to be completely indetectable. Let me explain. Sirius is the brightest star in the night sky with an apparent magnitude of -1.0. Our sun is the brightest thing in the sky at -27.0 apparent magnitude. the faintest stars we can see with the naked eye has an apparent magnitude of 6.5. If the brightest star in our sky now (Sirius) was in your timeframe, it would have an apparent magnitude of 12.7 - well outside our visible spectrum! To put that into perspective, the Hubble Deep Field Image caught a handful of stars in frame, the brightest of which is USNO-A2.0 0600-01400432 with an apparent magnitude of 18.95 and that was an image requiring an exposure of around 135,000 seconds, or 37.5 hours of open shutter!
It isn't a linear scale either btw, the Sun with an apparent magnitude of -27 is about 400,000 times brighter than the full moon on -12.7. If our Sun were in this other time and we were getting light 'translated' into waveform from particle form (sorry physics, I'm so sorry!!) , the light would have an apparent magnitude of -6.
Double Fail on your part, no matter how you look at it...
False. We have no idea what light does out of our zone, as we have only seen it here!
Remember it is not a 'timeframe' as we know it. More like a time free zone.
Discarded for stupidity. We've been over this too many times now. a time-free zone wouldn't emit light, nothing would be happening there.
Circular since both methods use the same basis. The methods that are too far out for trigonometric parallax use the distances from trig parallax also.
No, they don't. Are you even reading my responses? Parallax is determined by mathematics, Spectroscopic Parallax is determined by physics and Type Ia Supernova is determined by luminosity measurement. Methods are calibrated on closer stars where all variables can be verified. How is that circular?? Otherwise this is Discarded as uncontested as well.
No. You can't since that requires distance also.
Show us any data from luminosity that helps you that requires no distance!
Type Ia Supernova.
As explained there is on basis that they all use. Atomic theory doesn't give distance. Unless you know how far away what you are seeing it, the data loses significance,
You're wrong and I've explained why above. Discarded for lack of contest and substance. Learn to read, or ask questions if you fail at understanding something.
Other timeframe? If time as we knew it only existed here, why would space without time be a timeframe. Even if time were different, why would parallax or luminosity look any different to us here? By the way show an example of parallax matching luminosity?
I've explained too many times this very thing. If my explanation above and all the other explanations and analogies I've given you don't make sense then you're just going to have to go back to school and learn how to comprehend, I guess.
Here's a set of lecture notes on Distances, Brightness and Luminosity as related to Astronomy. Please note slide 15 where the discussion on how Luminosity is independent of Distance.
http://people.physics.tamu.edu/depoy/astr101TR/Notes/lecture9.pdf there's also various formulas provided for working these parameters out yourself. Last one, here's a good page that explains the spectrosopic readings, temperature output of stars and what we know about why it's so accurate.
The Luminosities and Temperatures of Stars - good luck!
No. What if light for example outside of time here were not even a wave as it is here? What if the only way we saw light here was waves? That could not tell us about light in far space. You use fishbowl rules and time to imagine what things should be like where the stars are.
Discarded for absurdity. There's no evidence for this, so you might as well be talking about light being generated by whistling pixies.
Correction you only see them HERE IN TIME! Of course things take time here. Whatever we see from outside our time zone, is still IN time cause it must exist here to be seen.
There's no evidence for any of this so I find it futile supposing random unfounded nonsense. Discarded.
Absurd. Everything anyone sees is in time here. How could there be anomalies? It sure LOOKS like things take time HERE cause they do...HERE! Even when we see things from where maybe no time is, they take time HERE.
You know where there is next to no time? Black Holes! We don't see them doing anything. Discarded for all the incessantly made up rubbish...
We should take His word for it I guess. Or you get real confused real fast.
I'm not even sure there is a God, let alone seen one, or further, had one tell me what it wants of me...
Jesus is God and creator. We know what He was like. He came down here and let us know He exists. He gave us Scripture to tell us how we were created. When people ignore that, and gaze at stars till they get blue in the face and their minds get shortshifted, and things start to seem old and not created....don't blame God.
What God? I don't know what he's like, I don't know if he even exists, I'm far from convinced any God scriptured anything for anyone anywhere. If there is one then he needs to learn how to communicate properly, like the Universe and Reality does. Can't blame something that doesn't exist...