Home / Septillion New Stars Found; Dark Matter Now a Myth!

Septillion New Stars Found; Dark Matter Now a Myth!

Please Share...Print this pageTweet about this on TwitterShare on Facebook0Share on Google+0Pin on Pinterest0Share on Tumblr0Share on StumbleUpon9Share on Reddit0Email this to someone

Theories come and go. Today we awaken to find that the belief in “dark matter” is a thing of the past, no longer held in high regard by scientists and thinkers. The existence of invisible but existing “dark matter” was inferred by scientists as a result of observed gravitational effects coming from non-luminous sources. Background radiation combined with the gravitational effects made the existence of the dark matter a likely explanation. Now, new findings, of red dwarf stars, “More numerous than all the grains of sand on our deserts and beaches,” stars only half the size of our sun, explain the inconsistencies, and eliminate support for dark matter.

There are three types of galaxies predominant in the universe: the spiral galaxy, with arms circling about, such as our own, the elliptical galaxy, thought to be the product of a collision of spiral galaxies, and having a spheroidal, or flattened spheroidal shape, and lenticular galaxies that are a combination of these two; very old galaxies, with stars dead or dying, and having a very flat oval shape.  [The photo to the right illustrates the elliptical galaxy.]

The red dwarf stars just discovered inhabit mostly elliptical galaxies, and are not found to a large extent in spiral galaxies, this being why the discovery is just now made. Incredibly the just-discovered red dwarves number about three septillion — a three followed by 24 zeros — and brings the number of total stars, suns if you like, in the universe to three times more than previously expected.

This new information comes from a team of astronomers headed by paper-author Pieter van Dokkum of Yale University. He says that we now know that a “typical star in the universe” is a red dwarf, in an elliptical galaxy. There are possibly, trillions of “Earths” orbiting these stars, van Dokkum says. We were unable to find them before owing to our inability to “see” much beyond our own galaxy. Van Dokkum used one of the world’s largest telescopes, at Yale, to study eight such elliptical galaxies.Van Dokkum’s study may have been instigated by a finding at the Keck Observatory in Hawaii that a particular pattern of light, linked to red dwarves, was found to be much stronger in the elliptical galaxies than expected.

Charlie Conroy co-authored the new report with van Dokkum. Conroy said that earlier scientists assumed that galaxies had similar content and were thought to be much like our own. That thinking turned out to be inaccurate. In his words, co-author Conroy says: “We usually assume other galaxies look like our own. But this [these new findings] suggests other conditions are possible in other galaxies… More stars also mean more planets – raising the odds that we are not alone in the universe.”


Powered by

About John Lake

John Lake had a long and successful career in legitimate and musical theater. He moved up into work behind the camera at top motion pictures. He has done a smattering of radio, and television John joined the Blogcritics field of writers owing to a passion for the liberal press, himself speaking out about the political front, and liberal issues. Now the retired Mr. Lake has entered the field of motion picture, television, and video game (now a daily gamer!) critique. His writing is always innovative and immensely readable!
  • et

    I am a professional astronomer, and I’d like to point out one factual error in this article: this result has little to no effect on the discussion of Dark Matter. Nearly all of the non-dark matter in the galaxies in this study is in the form of hot gas, not stars. Hence, finding 3 times as many stars doesn’t come close to explaining away the amount of mass necessary.

    To sum up, this result has nothing to say one way or another as to whether or not dark matter exists. And nearly all astronomers now believe that the evidence is strongly in favor of it existing.

  • John Lake

    you may be correct. I only know what I read. The next few days will doubtless provide an answer.

  • Interesting article, John. Theories ideas, and truths continue to change.


  • John Lake

    Yesterday the Universe had edges; today it may go on forever. Yesterday, the speed of light was an absolute limit; today there have been exceptions. Not so long ago the ‘big bang’ was the beginning, forever; now the ‘big bang’ might be the most recent in a series of ‘big bangs.’
    So; I have reported that the matter of dark matter may be resolved. Knowing scientists as I do, and they are prone to dwell on the incomprehensible, it may be a while before they declare the matter of the matter resolved.
    Here is an interesting quote, from Technology News “The findings, published in the journal Nature, also suggest there is far less dark matter in these galaxies than had been proposed – something that may be good as astronomers understand stars far better than they do dark matter. ‘What we already knew was that these galaxies had a lot of unseen matter at their centres,’ van Dokkum said in a telephone interview. ‘What we didn’t know was whether the matter was dark, this mysterious matter – we don’t know much about, or whether it was in the form of stellar bodies.’”

  • Shawn

    So in fact little has changed, other than maybe the chances of finding ET are a bit better. What do the xenobiologists have to say about the possibility of finding advanced life in the vicinity of such low mass bodies?

    I think it’s important to realize that “truth” doesn’t change. We only discover truth very slowly. Let’s hope we have a few hundred more years to figure out some more of it.

  • Brian aka Guppusmaximus

    Nice Article, John. I appreciate your contributions to this section.


    Well, if you’ve read the recent findings from NASA [see: Arsenic Eating Microbes] then the alien life forms might just be different than we have conjured up all these years with our imaginations & Sci-Fi movies.

  • John Lake

    I was pleased this morning to see that when googling NEWS, Red Dwarfs, or anything about the new discovery, my article here was near the top of the page!

  • Shawn

    Definitely Brian. I was thinking along the lines of complex proteins as a win for systems built around low mass radiators. Still – local conditions can produce surprising results. As long as the chemistry can cook, amazing things can happen.

  • Kev

    John Lake, simply because there is evidence that less dark matter is necessary does not mean there is no longer any evidence for dark matter. Your summary of the article and the scientific status of dark matter is completely incorrect. The dwarf star result does not, whatsoever, make dark matter a “myth”. You should correct this blog post.

  • John Lake

    My suspicion is that over time, and it may take several months, the scientific community will accept the evidence that dark matter was not the source of the manifestations they observed. Please see the comment #4 above.
    It may be that there is dark matter, not necessarily in “outer space”, possibly inside stars, but significantly less than previously believed.

  • OK, how exactly is dark matter a myth. You make the claim in your title and thesis, but then go into talking about stars. Where’s the evidence backing up your assumption that dark matter is a myth.
    And another thing, I hate that word myth. Uneducated teabaggers use that word if something is antithetical to the bible. “Global Warming is a myth”, “evolotion is a myth”, “the big bang is a myth” and now apparently dark matter is a myth as well. I hope your not one of those dummy conservatives MR. Lake.

  • John Lake

    I believe that the coming months will see scientists, astronomers, and physicists concluding that “dark matter” was a theory proven wrong. Religion which often does more harm than good has nothing to do with it.

  • Will Markey

    Astronomers make the comparison: “The stars in galaxies should behave like the planets in the solar system.” Turn it around. According to the theory, dark matter is everywhere and in everything. Moreover, so far as we can observe, the phenomenon governing the behavior of galaxies is a scaled up manifestation of the same phenomenon governing the behavior of our solar system. So why does Neptune move so slowly? Why doesn’t our solar system seem to obey these principles that we have postulated effect the entire universe? I’m not saying dark matter doesn’t exist, God knows the movement of distant galaxies doesn’t make sense according to the current model. It just seems to me we should take a better look around our own house before we make assumptions concerning objects millions of light years away.

  • Boeke

    Good article. Thanks for posting it, John.

  • Will Markey

    To go a little further, and to address your article more directly John; NASA recently observed two clusters of galaxies colliding with one another. They were able to tell, using gravitational lensing, a rough idea of the distribution of mass in and around this gigantic event. The results they got seems to point to most of the matter being OUTSIDE either galaxy. That is extremely hard to explain without some kind of other matter present; or that something extremely funny is going on otherwise.

    To return to my post for a moment; we saw a discrepency in how stars in galaxies behave relative to planets in our solar system. Obviously the stars are much more massive in their gravitational role, so to expect behavior that is to an exact scale doesn’t make sense. That said, given how much dark matter there apparently is in the universe, including both our back and front yards, shouldn’t Neptune move faster? Put another way; why does our solar system move as though it never heard of dark matter?

  • John Lake

    As I recall Neptune spins in the opposite direction of other planets, possibly because of some past collision.

  • John Lake

    I’m quite certain that it has occurred to you that, in as there are more red dwarf stars as we distance ourselves from the point of the theorized Big Bang it is a reasonable expectation that gravitational influence in our galaxy from these red dwarves, or “dark matter” would be less extensive than in galaxies farther removed.

  • John Lake

    Neptune does have an unusual rotation, but that rotation is not the opposite of the other planets in our solar system.

  • Will Markey

    I didn’t mean just Neptune. I meant all the bodies in the solar system. Why don’t they seem to be affected at all by this substance which supposedly has such dramatic influence on the galactic scale?

  • John Lake

    The original article from which I derived much of the information in my article is “no longer available”. Since I wrote the article back towards the beginning of December, some of the information has escaped from my mind like so many gamma rays running from a boggling black hole. I apologize for not having the time, with so much going on in the world; with America about to default on loans, with the Republicans trying to un-pass healthcare, … for not having the time to investigate the odd tilt, and the various odd aspects of Neptune’s rotation. While most planets have two poles, Neptune has four. Had I but space and time, I’m certain I could grasp that idea. Further, rather than measuring spin at the internal core, astronomers measure from a point in the planet’s thick atmosphere, so that at the one latitude, the speed of rotation differs from the rotation speed at another point.

    Red Dwarf stars are common in older elliptical galaxies; we have had difficulty “seeing” them, but now with new telescopes, analyzing a wide range of light and wave emissions, we can reach new and amazing conclusions. Red dwarves (?) are dying stars, already beyond the sweeping nova, and don’t emit a lot of light.

    With the world economy in such dire straits, we sadly may have to limit some of our space exploration. It doesn’t appear to be particularly profitable. We still need to defend ourselves from rogue asteroids, and someone should investigate the awful amount of money being spent in Switzerland.

  • James Ph. Kotsybar

    — James Ph. Kotsybar

    The universe is mostly abnormal,
    if we accept that physicists aren’t wrong
    and Newton’s gravity’s uniformal,
    otherwise galaxies couldn’t last long.

    They’d spin themselves apart, unless, unseen,
    missing mass resolves the disparity.
    Dark Matter is needed to intervene.
    Though not found, it can’t be a rarity.

    “Shining stars are like icebergs,” they patter,
    “if the mathematics are to be served.
    There’s as much as five times normal matter
    needed to resolve dynamics observed.”

    Though they’ll claim science is observation,
    that can tweak, if it fits the equation.

  • John Lake

    If the world should stop revolving, spinning,
    Slowly start to die,
    I’d spend the end with you. And,
    When the world was through,
    As one by one the stars
    Would all go out, Then you
    And I
    Would simply

  • John Lake

    The clue is in the five times.
    No dark matter. Red Dwarfs.

  • Evil Teyen

    If this is so then how come our own galaxy, devoid according to the article of all these extra red dwarves, still has an anomalously flat rotation curve? Thanks for the article all the same- fascinated to read about increased potential for life out there. Maybe there exists a world out there where nobody even thought of Republicans..

  • John Lake

    Scientist have been going to length to prove “Dark Matter.”
    Mass within galaxies increases as the radius extends outward. An unexpected curve or plotting as the radius extends may be explained by Dark Matter, but there is speculation that nearly invisible gasses, containing metal, are at the source of the cryptic issue.

  • James Ph. Kotsybar

    — James Ph. Kotsybar

    Poets and scientists are forever
    philosophizing the same great questions.
    Despite their best efforts, they have never
    come up with anything but suggestions
    for the meaning of life or why we’re here
    or the ultimate cause of existence.
    They’ll never get better than close, it’s clear,
    and yet they persist in their persistence,
    with allegory,premise and theory,
    to lock down the answers larger than they.
    Whatever the Age, they don’t get weary
    of adding their voices, with more to say,
    and, while there is some progress we can see,
    what emerges is never certainty.

  • John Lake

    How sad it would be if the universe with its stars, planets, suns and moons, days and nights had unfolded, with no one to witness the unfolding. None to see glorious existence. In order to remain beautiful, there had to be man, and birds, and the animals, worms, snails, …
    there had to be man to see the stars.

  • I think life is the phenomenon of the universe exploring itself so, yes, there had to be man to see the stars.

  • M_J_Murcott

    The multiverse theory of space, or why we don’t need dark energy and dark matter. – http://youtu.be/t80qywmnADM