New Supernova

Laura said:
MrEightFive said:
Well, again it's still in another galaxy, therefore it doesn't matter. Or does it?..

They say it's 12 million light years away. That means, this actually happened 12 million years ago.
Yes... But only if we accept mainstream science teachings about space and time. Speed of light may not be constant everywhere even in our human 3D reality subset. Light may not necessarily propagate in (near) straight lines. 'Light year' implies time. How time perception works and what processes it mirrors is yet another uncertain question.
I mean it is much more complex. Otherwise contemporary astrophysics and cosmology would not have so many 'paradoxes' and plain stupidities (or lies).
 
MrEightFive said:
Laura said:
MrEightFive said:
Well, again it's still in another galaxy, therefore it doesn't matter. Or does it?..
They say it's 12 million light years away. That means, this actually happened 12 million years ago.
Yes... But only if we accept mainstream science teachings about space and time. Speed of light may not be constant everywhere even in our human 3D reality subset. Light may not necessarily propagate in (near) straight lines. 'Light year' implies time. How time perception works and what processes it mirrors is yet another uncertain question.
I mean it is much more complex. Otherwise contemporary astrophysics and cosmology would not have so many 'paradoxes' and plain stupidities (or lies).

In fact, in mainstream science the speed of light is not constant everywhere, it explicitly depends on type of medium through which light travels. However, the theory of relativity postulates that the maximum speed, attainable only for massless particles like photons, is the speed of light in vacuum, usually denoted as c. The speed of light in some other medium is simply c/n, where n is refractive index of the medium, and that speed can be "overtaken" by other particles with non-zero mass. In addition, there are other processes affecting the speed of light/photons in the Universe and according to Standard Solar Model it takes a million years for photon emitted in the Sun's interior/center to reach its surface, from which it takes approx. 8 min to come to our BBM. So, according to that, we see our star as it was 8 minutes ago.

In relation to supernova (SN), in particular SN 1987A which was located 51.4 kpc from Earth, approximately 168 000 light years, there is
_http://en.wikipedia.org/wiki/SN_1987A said:
Approximately two to three hours before the visible light from SN 1987A reached the Earth, a burst of neutrinos was observed at three separate neutrino observatories. This is likely due to neutrino emission (which occurs simultaneously with core collapse) preceding the emission of visible light (which occurs only after the shock wave reaches the stellar surface).
Whatever the explanation, i.e. the model/theory behind the supernova explosion mechanism, the fact is that neutrinos were observed prior to light. To my knowledge, so far there is no model that correctly describes supernova explosion...

Additionally, in mainstream science, light also does not propagate in (near) straight lines everywhere. There is the phenomenon of gravitational lensing, according to theory of relativity, which enables not only to "look behind" some massive astronomical object, but also enhances the light flux, which decreases with square of the distance from the source. In that way, it is said, telescopes can look deeper into the space and, with the underlying assumption that it took t=d/c, where d is distance from Earth, time for light to reach the Earth, further into the past of the Universe. _http://www.theguardian.com/science/2014/jan/11/hubble-telescope-big-bang-galaxies
As for the measurement of astronomical distances, there are parallaxes, Cepheids (so called standard candles) and other methods. Some astronomer would probably be better in explaining these.

Therefore, in describing astronomical distances, it is simpler to use light years as a measure (in fact they usually use parseks pc=3.26 ly) than meters or miles (1pc = 30.9 trillion kilometres or 19.2 trillion miles). And, with the mentioned assumption, it also, like Laura said, denotes the time when the event (emitting of the light) happened.

Certainly, there are paradoxes, irregularities, unexplained things, models and theories that are probably too complex and wrong, ... in mainstream science, but to disregard descriptions that seem to do the job would be throwing the baby together with the bathwater, IMO.
 
Saša, thanks for explanation, but I know all of that... I meant different thing.

If we think about 'science' - it just represents group of more or less separate theories built upon understanding of local reality. All existing knowledge is obtained on surface of the Earth or in her vicinity (vicinity is even where Voyagers are if we comprehend interstellar distances). And then just projected outward on entire 'Visible Universe' I.e. no one ever 'traveled' into intergalactic space and measured speed of light in 'vacuum' in point between Milky Way and M82 for example. Instruments that we produce are all based on this very knowledge. They are all 'within the System'. Then we have paradoxes. Completely right theory doesn't have paradoxes.
We don't know (publicly) what time is, what gravity is, what mass is, what charge is, what magnetism is... and how on Earth there is so many different subatomic particles that we haven't enough names for them!

It is said that supernova occurred 12 millions years ago and yet we have information that just roughly 309 000 years ago there was no time perception. How do we reconcile this?
 
Well all those "scientists" (corrupted) obviously like to talk big numbers cause it makes them important, for one of reasons. They throw millions&co Ly out there out of sleeve just like somebody really "measured" it. One of possible reasons could be to keep populace lulled - not to suspect that something big could happen in their only and short lives - so they could enjoy their normalcy bias for nothing of that magnitude could happen, not in zillion years on Earth... or just a thousand years - all the same - "we all will be looooog dead" - don't worry play(not be) happy. And then, all the sudden the Chelyabinsk meteorite out of "nowhere"... All big science played three monkeys for some time - they didn't have prepared memes on this case... They waited if "boss" would say something first - so to say
 
MrEightFive said:
Well, again it's still in another galaxy, therefore it doesn't matter. Or does it?..

Wellll....What if gravity waves travel faster than light? Significantly. It supposedly takes the sun light approximately 8 minutes to reach us here on earth. However, if gravity had that same delay the orbits of the planets could not maintain their current trajectories. Not even for 20 earth years iirc from the most recent calculation done.
 
trendsetter37 said:
MrEightFive said:
Well, again it's still in another galaxy, therefore it doesn't matter. Or does it?..

Wellll....What if gravity waves travel faster than light? Significantly. It supposedly takes the sun light approximately 8 minutes to reach us here on earth. However, if gravity had that same delay the orbits of the planets could not maintain their current trajectories. Not even for 20 earth years iirc from the most recent calculation done.
I remember Cs mentioned 'instantaneous effects' (among optical and slower than speed of light), should look up transcript.
 
MrEightFive said:
It is said that supernova occurred 12 millions years ago and yet we have information that just roughly 309 000 years ago there was no time perception. How do we reconcile this?

Can you please give the reference/source for the statement/information that there was no time perception aprox. 309 000 years ago?

MrEightFive said:
If we think about 'science' - it just represents group of more or less separate theories built upon understanding of local reality. All existing knowledge is obtained on surface of the Earth or in her vicinity (vicinity is even where Voyagers are if we comprehend interstellar distances). And then just projected outward on entire 'Visible Universe' I.e. no one ever 'traveled' into intergalactic space and measured speed of light in 'vacuum' in point between Milky Way and M82 for example. Instruments that we produce are all based on this very knowledge. They are all 'within the System'. Then we have paradoxes. Completely right theory doesn't have paradoxes.
We don't know (publicly) what time is, what gravity is, what mass is, what charge is, what magnetism is... and how on Earth there is so many different subatomic particles that we haven't enough names for them!

It's true that measurements and experiments have been conducted only on Earth and in our solar system. That's what science can do at the moment, at least that's what has been said. Most of things science produced worked well in it's own little domain, the instruments and technology are good example of that.
Apart from theories that are completely off, there are models that correctly describe certain phenomena and under that conditions they give good predictions. Outside of their domains they are not applicable. Existing paradoxes and new data that can not be explained by these models stress the need for better and more general ones. That's the way science works, IMO.

There is no completely right theory of everything, that has been the goal for large number of scientists for very long time. There are only theories, mathematical descriptions, that describe well some things, and for other things are completely useless.
For the good extent we know what are the time, mass, charge, ... at least what to do with those descriptions and numbers and make some good predictions with them. In some other areas we are totally clueless.

Regarding the subatomic particles, according to Standard Model, which works pretty well in its domain so far, there are basically 4 particles, two quarks and two leptons, which come in three groups/generations (our world normally constituted only from first generation) and 4 mediators of forces. The gravity is excluded in that description. The particles you are probably referring to are various different combinations of those 12 basic ones (together with their anti-particles which are basically the same as particles with opposite values of some parameters (quantum numbers) describing them). For analogy, look at how many different chemical elements there are and there are only protons and neutrons that make all these nuclei.

MrEightFive said:
trendsetter37 said:
MrEightFive said:
Well, again it's still in another galaxy, therefore it doesn't matter. Or does it?..

Wellll....What if gravity waves travel faster than light? Significantly. It supposedly takes the sun light approximately 8 minutes to reach us here on earth. However, if gravity had that same delay the orbits of the planets could not maintain their current trajectories. Not even for 20 earth years iirc from the most recent calculation done.
I remember Cs mentioned 'instantaneous effects' (among optical and slower than speed of light), should look up transcript.

Good analogy was given in sott talk radio show #46, The Electric Universe, when W. Thornhill said that gravity could be regarded as pulling the chain and light can be seen as waving that same chain. It takes time for the wave to travel down the chain, while the pull would be almost instantaneously (depending on the "quality" of the chain) felt at the other end.

Cs themselves gave something like 70% accuracy (if I remember correctly) assessment to information received through the board experiment. Well, it could easily be that assessment was corrupted as well. Bottom line being, IMO, we should not take everything the Cs said on a face value, as sacred. Doing so would be replacing "one master", as most laymen see science, with another, without using our own capabilities to research and find the truth. As said numerous times here, the Cs are 10% inspiration, while the rest, 90%, is perspiration.

Regarding the science, physics in particular, I see it like building the house. Theories, models, mathematical descriptions are bricks, they fit in one place, for some other we need to modify them a bit, and for another they just don't fit at all, so there is a need for completely new ones. In addition, it's nice for science, or Cs, or whatever, to provide us with bricks, but wouldn't it be better if we would learn how to make bricks ourselves so not to rely on some "source" outside of us?

Yozilla said:
Well all those "scientists" (corrupted) obviously like to talk big numbers cause it makes them important, for one of reasons. They throw millions&co Ly out there out of sleeve just like somebody really "measured" it. One of possible reasons could be to keep populace lulled - not to suspect that something big could happen in their only and short lives - so they could enjoy their normalcy bias for nothing of that magnitude could happen, not in zillion years on Earth... or just a thousand years - all the same - "we all will be looooog dead" - don't worry play(not be) happy. And then, all the sudden the Chelyabinsk meteorite out of "nowhere"... All big science played three monkeys for some time - they didn't have prepared memes on this case... They waited if "boss" would say something first - so to say

There are probably some scientists who work in that way. IMO, most of scientists are so into their work and jargon that they don't perceive how that comes out to general public. And for most of them to explain something in layman's terms, to be considerate to general public, is simply completely useless effort and they do it only when and if they really have to.
 
There's also some of the cool stuff Ark has been reading about that he's discussing on his series of articles on sott, one being published today. Some of the experiments he has been reading about produce very strange time anomalies.
 
Laura said:
There's also some of the cool stuff Ark has been reading about that he's discussing on his series of articles on sott, one being published today. Some of the experiments he has been reading about produce very strange time anomalies.

Thanks, very good article, IMO.
It's interesting to see how Parkhomov, the author of the book Ark's reading, uses that line "Let us leave to God what belongs to God, and let man deal with what belongs to man.", in the afterword of his book. Although he observed and confirmed "distant influences of unknown" type, he goes in a kind of dismissal of his own findings and discouraging further "psychic research". It came as a surprise to me, making me wonder why would somebody do that, was it because of the censorship (seen in many papers dealing with smoking or KD), or he did it because of some completely different reason. It did not seem natural, but being on the more optimistic side of the spectra it could be that my impression is wrong.
 
Saša said:
Can you please give the reference/source for the statement/information that there was no time perception aprox. 309 000 years ago?

Of course, it's in transcripts:

Session November 2 said:
[...]
Q: (L) It follows the cluster. What does this wave consist of?
A: Realm border.

Q: (L) Does the realm border wave follow the comet cluster in a permanent way?
A: No.

Q: (L) Is the realm border loosely associated with the comet cluster each time it comes?
A: No. Realm border follows all encompassing energy reality change; realm border will follow this cluster passage and has others but not most.

Q: (L) Is this realm border a dimensional boundary?
A: Yes.

Q: (L) Okay, this realm border, do dimensions...
A: Pulsating realms. Fluctuating realms.

Q: (L) Is our realm fluctuating or pulsating?
A: No.

Q: (L) But this other realm does?
A: No.

Q: (L) What fluctuates?
A: Residence.

Q: (L) Whatever is in that realm fluctuates?
A: No. Your planet fluctuates between realms.

Q: (L) How often does this fluctuation occur?
A: About every 309,000 years.

Q: (L) In other words we can expect to be in 4th density for about 300,000 years?
A: Yes.

Q: (L) Does this mean that the Edenic state existed for about 300.000 years before the "Fall?"
A: Yes.
[...]

Session October 7 said:
[...]
Q: (L) Regarding the "Fall" in Eden and the loss of the Edenic state, how long ago did that happen?
A: 309000 years ago approx.

Q: (L) What was the situation... what happened... what was the state of mankind?
A: Loss of faith caused knowledge and physical restrictions by outside forces.
[...]

Session December 3 said:
[...]
Q: (L) Is the carbon 14 dating process fairly accurate, if not, what is its major weakness?
A: To an extent.

Q: (L) What is its major weakness?
A: Same as yours.

Q: (L) Which is?
A: "Time" does not exist.

Q: (L) When was the last time a realm border crossed as far as the earth is concerned?
A: As you measure, on Earth, 309,000 years ago.
[...]

Session August 28 said:
[...]
Q: Well, this is one of the problems I am dealing with in trying to write this history of mankind. As I understand it, or as I am trying to figure it out from the literature, prior to the 'Fall in Eden', mankind lived in a 4th density state. Is that correct?
A: Semi/sort of.

Q: Please be more specific.
A: 4th density in another realm, such as time/space continuum, etc.
[...]

Session November 4 said:
[...]
A: 4th density frees one from the illusion of "time" as you WILL to perceive it.
[...]


Saša said:
For the good extent we know what are the time, mass, charge, ...
We know only their properties in respect to their interrelationships, within the System only. But we don't know what for example the mass is. Or why for example proton 'has' mass while photon hasn't (explanation that these are subatomic particles of different classes/types/kinds is only a matter of classification, and doesn't explain what mass is). And so on...

In our domain of application such knowledge of properties is indeed enough to apply it predictably, no question about that. But nature of such phenomena in theirselves is unknown.

Saša said:
...we should not take everything the Cs said on a face value, as sacred...
Sorry, not quite understand what you mean by 'sacred'... There is no 'sacred' anything anywhere (in my opinion...).

But information is given. It seems to be very consistent. And really is one of the best information from 'without the System' that one can find freely.
We cannot just dismiss it, how can we?

Saša said:
In addition, it's nice for science, or Cs, or whatever, to provide us with bricks, but wouldn't it be better if we would learn how to make bricks ourselves so not to rely on some "source" outside of us?
We can and should do our own research, of course! But this research again would be done almost entirely 'within the System'. It may take us forever to find out many truths without information or hints from 'without the System'. Especially considering supposed near total control of our realm by STS forces.
Many things in Cs information are of such nature that you simply will never find out on Earth in whole you current lifetime.

IMO open minded scepticism is the best approach to any information.

I.e. in saying
MrEightFive said:
It is said that supernova occurred 12 millions years ago and yet we have information that just roughly 309 000 years ago there was no time perception. How do we reconcile this?
I didn't want to say that mainstream science "12 millions years ago" was necessarily completely wrong statement. I just tried to encourage more deep thinking about whole "happened XX gazillion years ago" subject.
 
To my understanding, the C's didn't say that there had been no time perception, but that the illusion of time as an 1D linear quantity is a property of 3D STS world/realm in which we live, or the System as you call it.

That's the crucial point, IMO, we live within the System and we are now here for a reason, for most of us probably being to learn our lessons within this System. That includes the properties, the laws and the interactions of and within the 3D (STS) realm as we see it. And mass, charge, magnetic moment, etc. are some of properties of particles/bodies with respect to their interactions with other entities/quantities of our 3D world.

The information obtained from the experiment with the C's are very valuable, and the highest value lies in the shocks they provide to wake us up to see reality as it really is, IMO.
Important thing is what we are and what we see, and being and seeing do not include time per se, as we perceive it. On the other hand, doing - utilizing the knowledge and understanding gained, what we are and what we see - implies duration of certain activity over the course of time.
 
It's being called a special type of supernova, "some 1,000 times brighter than a typical supernova".

 
New supernova SN 2024ggi - Source

As Jupiter recedes and night arrives, you can turn your telescope to the recently discovered Type II supernova SN 2024ggi in NGC 3621 located 3.2° southwest of 3.5-magntude Xi (ξ) Hydrae. The automated Asteroid Terrestrial-impact Last Alert System (ATLAS) survey flagged the initially very faint object 70.4″ east and 84.7″ south of the galaxy's center on April 11th. Given the galaxy's proximity to our own — a mere 22 million light-years away — hopes were high it would quickly brighten to within the range of amateur scopes. It has not disappointed. By April 15th the supernova had crested to around magnitude 11.5–12.0, easy enough to catch in a 6-inch scope from dark skies.
 
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