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For about 50 years, the scientific community has been grappling with a substantial problem: There isn’t enough visible matter in the universe.

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In the 1970s, American astronomers Vera Rubin and W. Kent Ford confirmed dark matter’s existence by looking at stars orbiting at the edge of spiral galaxies. They noted that these stars were moving too fast to be held together by the galaxy’s visible matter and its gravity — they should have been flying apart instead. The only explanation was a large quantity of unseen matter, binding the galaxy together.

“What you see in a spiral galaxy,”Rubin saidat the time, “is not what you get.” Her work built upon a hypothesis formulated in the 1930s by Swiss astronomer Fritz Zwicky and kick-started a search for the elusive substance.

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Early in the search, renowned British physicist Stephen Hawking postulated that dark matter could be hiding in black holes — the main subject of his work — formed during the big bang.

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“We were making use of Stephen Hawking’s famous calculations about black holes, especially his important result about the radiation that black holes emit,” Kaiser said. “These exotic black holes emerge from trying to address the dark matter problem — they are a byproduct of explaining dark matter.”

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“People didn’t really take it seriously until maybe 10 years ago,” said study coauthor Elba Alonso-Monsalve, an MIT graduate student. “And that’s because black holes once seemed really elusive — in the early 20th century, people thought they were just a mathematical fun fact, nothing physical.”

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“Actually, the universe is teeming with black holes,” Alonso-Monsalve said. “But the dark matter particle has not been found, even though people looked in all the places where they expected to find it. This is not to say dark matter is not a particle, or that it’s for sure black holes. It could be a combination of both. But now, black holes as candidates for dark matter are taken much more seriously.”

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Otherrecent studieshave confirmed the validity of Hawking’s hypothesis, but the work of Alonso-Monsalve and Kaiser, a professor of physics and the Germeshausen Professor of the History of Science at MIT, goes one step further and looks into exactly what happened when primordial black holes first formed.

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In our everyday world, we cannot find protons and neutrons broken apart, she added, and they act as elementary particles. However, we know they are not, because they are made up of even smaller particles called quarks, joined together by other particles called gluons.

“You cannot find quarks and gluons alone and free in the universe now, because it is too cold,” Alonso-Monsalve added. “But early in the big bang, when it was very hot, they could be found alone and free. So the primordial black holes formed by absorbing free quarks and gluons.”

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During the making of the primordial black holes, another type of previously unseen black hole must have formed as a kind of byproduct, according to the study. These would have been even smaller — just the mass of arhino, condensed into less than the volume of a single proton.

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However, if they were still around just ten millionths of a second into the big bang, when protons and neutrons formed, they could have left observable signatures by altering the balance between the two particle types.

“The balance of how many protons and how many neutrons were made is very delicate, and depends on what other stuff existed in the universe at that time. If these black holes with color charge were still around, they could have shifted the balance between protons and neutrons (in favor of one or the other), just enough that in the next few years, we could measure that,” she added.

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“Making a population of black holes is a very violent process that would send enormous ripples in the surrounding space-time. Those would get attenuated over cosmic history, but not to zero,” Kaiser said. “The next generation of gravitational detectors could catch a glimpse of the small-mass black holes — an exotic state of matter that was an unexpected byproduct of the more mundane black holes that could explain dark matter today.”

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“The idea that there are exotic new particles remains an interesting hypothesis,” Kaiser said. “There are other kinds of large experiments, some of which are under construction, looking for fancy ways to detect gravitational waves. And those indeed might pick up some of the stray signals from the very violent formation process of primordial black holes.”

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Primordial black holes have regained popularity with the discovery of gravitational waves, yet not much is known about their formation, according to Nico Cappelluti, an assistant professor in the physics department of the University of Miami. He was not involved with the study.

“This work is an interesting, viable option for explaining the elusive dark matter,“ Cappelluti said.

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“All the hydrogen and helium that we have in our universe today was created in the first three minutes, and if enough of these primordial black holes were around until then, they would have impacted that process and those effects may be detectable,” Natarajan said.

“The fact that this is an observationally testable hypothesis is what I find really thrilling, aside from the fact that this suggests nature likely makes black holes starting from the earliest times through multiple pathways.”

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