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The mystery of dark matter and dark energy may only have been solved | MNN

One of the greatest mysteries in physics today is that of dark matter and dark energy, the shadowy entities we…

One of the greatest mysteries in physics today is that of dark matter and dark energy, the shadowy entities we can not see or identify, but what current theories suggest is about 95 percent of the cosmos. It is a bit of shame, in fact, that such a large piece of existence often elicits shoulder adhesions from our most brilliant senses.

But now there is hope. An Oxford astrophysicist, Jamie Farnes, believes that he can find a solution for why our universe seems to be composed of such gloomy substances, and it’s an idea promising to explain dark matter and dark energy in a case, tells the conversation.

Or, perhaps more appropriate, a goop fell.

Instead of dark matter and dark energy, Farnes poses a single compound, which he calls “dark fluid”. And as a kind of syrupy slime from the network world, darkness appears as opposed to everything else in the known universe.

When you press darkness it touches you instead of away. When you pull it in, it shuts off. It is basically a physical representation of the face (for those familiar with “Stranger Things” lore).

Although instead of being inhabited by mythical demo organs and mindflayers, Farnes’s dark liquid upside down consists of negative mass. It’s like putting a minus sign on the universe.

Why negative mass is meaningful

A negative mass substance may sound deeply anti-intuitive, but it has surprisingly explanatory power. For example, one of the greatest unexplained mysteries in the universe is the observation that the galaxies spin too fast to counteract gravity. Like any roundabout in a playground, galaxies should flutter away as they spin. That is why researchers think there must be more matter in galaxies than they can see, ie dark matter.

But if we instead make the presence of a negative mass substance, a dark fluid that reacts to the outward force of spinning galaxies, not by flinging, but by pulling in, we can explain our observations.

Dark energy, which is the mysterious force that scientists set to explain the observation that our universe is expanding at an accelerated rate, can also easily be explained by dark fluid. Farnes found that computer models in the universe containing a negative mass behave in the same way that dark energy should act, with much less mystery.

So is this? Has Farnes solved the mystery of dark matter and dark energy?

Perhaps.

Dark liquor offers convincing theory, but also Farnes admits that it can be completely wrong. It will take empirical observations in real time, rather than compelling speculation, before anything can be safe. But so far the evidence is promising.

“The theory seems to provide answers to so many current open questions as researchers &#821

1; rightly – will be quite suspicious,” writes Farnes. “However, it is often out-of-the-box ideas that provide answers to long-term issues. The strong accumulated evidence has now grown to the point we must consider this unusual opportunity.”

Dark mysteries and dark energy mysteries can only be solved

Oxford scientist sets a unifying “dark fluid” that explains f, b, e, v, n, t, s) {om (f.fbq) return; n = f.fbq = function () {n.callMethod? n.callMethod.apply (n, argument): n.queue.push (argument)}; about f.fbq = n; n.push = n; n.loaded = 0; n (f.fbq!) !. version = & # 39; 2.0 & # 39 ;; n.queue = []; t = b.createElement (e); t.async = 0; t.src = v; s = b.getElementsByTagName (e) [0]; s. parentNode.insertBefore (t, s)} (window, document, & script; & # 39 ;, “// connect.facebook.net/en_US/fbevents.js');fbq(' init & # 39 ;, 758640910932929 & # 39;); fbq (& # 39; track & # 39 ;, “pageview”);
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