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Originally published on March 13, 2015 11:13 am Surely, you've heard of making food in space. Stars are lovely to look at night, but it is even more appreciated when one spots a constellation painting a picture in the sky. In the beginning, the universe got very big very fast, transforming itself in a fraction of an instant from something almost infinitesimally small to something imponderably vast, a cosmos so huge that no one will ever be able to see it all. This is the premise of an idea called cosmic inflation — a powerful twist on the big-bang theory — and Monday it received a major boost from an experiment at the South Pole called BICEP2. Cosmology, the study of the universe on the largest scales, has already been roiled by the 1998 discovery that the cosmos is not merely expanding but doing so at an accelerating rate, because of what has been called “dark energy.” Just as that discovery has implications for the ultimate fate of the universe, this new one provides a stunning look back at the moment the universe was born.
The BICEP2 instrument sorts through the cosmic microwave background (CMB), looking for polarization of the light in a pattern that reveals the ripples of gravitational waves. There are other experiments by rival groups trying to detect these waves, and those efforts will continue in an attempt to confirm the results announced Monday. The fact that the universe is dynamic at the grandest scale, and not static as it appears to be when we gaze at the “fixed stars” in the night sky, has been known since the late 1920s, when astronomer Edwin Hubble revealed that the light from galaxies showed that they were moving away from one another. In 1979, theorist Alan Guth, then at Stanford, seized on a potential explanation for some of the lingering mysteries of the universe, such as the remarkable homogeneity of the whole place — the way distantly removed parts of the universe had the same temperature and texture even though they had never been in contact with each other.
This is obviously difficult terrain for theorists, and the question of why there is something rather than nothing creeps into realms traditionally governed by theologians. The inflationary model implies that our universe is exceedingly larger than what we currently observe, which is humbling already in its scale.
The cosmological models favored by scientists do not permit us to have contact with other potential universes.
Good this proves the universe had a start point and did not eternally exist like some people think it did. Stars make look clumped together and some seemingly outshine the rest but we have to remember that those stars, no matter how close they look from down here, are sometimes light years apart.

A team of astronomers led by John Kovac of the Harvard-Smithsonian Center for Astrophysics announced that it had detected ripples from gravitational waves created in a violent inflationary event at the dawn of time. The new result was hailed as potentially one of the biggest discoveries of the past two decades. The astronomers chose the South Pole for BICEP2 and earlier experiments because the air is exceedingly dry, almost devoid of water vapor and ideal for observing subtle quirks in the ancient light pouring in from the night sky. The gravitational waves distort space itself, squishing and tugging the fabric of the universe. Scientists in recent years have been able to narrow down the age of the universe to about 13.8 billion years. Perhaps the universe did not merely expand in a stately manner but went through a much more dramatic, exponential expansion, essentially going from microscopic in scale to cosmically huge in a tiny fraction of a second. Kovac calculated that in that first fraction of a second the volume of the universe increased by a factor of 10 to the 26th power, going from subatomic to cosmic. But theoretical physicists say that empty space is not empty, that the vacuum crackles with energy and that quantum physics permits such mind-boggling events as a universe popping up seemingly out of nowhere. Moreover, the vacuum energy that drove the inflationary process would presumably imply the existence of a larger cosmos, or “multiverse,” of which our universe is but a granular element. The multiverse is, for now, conjectural, because it is not easily subject to experimental verification and is unobservable — from the South Pole or from anywhere else.
This reminds us that no matter how densely populated the Earth gets, we are all set apart from each other, we are different, not one star outshines the other because there is no basis.
They spent four years building the telescope, and then three years observing and analyzing the data. This is the first time that anyone has announced the detection of gravitational waves from the early universe. Multiple lines of evidence, including the detection of the CMB exactly 50 years ago, have bolstered the consensus model of modern cosmology, which shows that the universe was initially infinitely hot and dense, literally dimensionless. Navid Baraty, a freelance photographer in Brooklyn and Los Angeles, arranges common pantry items to create strikingly accurate-looking photos of an imaginary cosmos.

We all form an even bigger picture, we were each assigned a function in this world to fulfill an even greater purpose. So no matter how insignificant or tiny we feel, we must remember that, that tiny (speck) is a star shining (in the sky), but never forget that it is also a part of an even more beautiful Greater Whole. He'd heard of other people creating images using scanners, and knew that the high resolution would make objects pop against a dark background.
So he started thinking about how to create his own version of space — using the contents of his kitchen cabinets. Lately, he's been filling glasses and large beakers with water or coconut milk and streaks of food coloring to make planets of different sizes.
He usually scans at night, so that the background is extra dark, but he'll also use Photoshop to make space extra black, or add shadows to the planets. He's even given his space images an elaborate backstory: "I had this whole story that this was a real space ship and I was chosen to work on it, with my background and my photography skills," says Baraty, who worked as an engineer before moving to photography. Frank explains that Baraty's fictional planets show a sense of atmospheric motion – the way that the gases in each planet's atmosphere swirl together. In the real universe, he explains, Jupiter and Saturn's atmospheres tend to have a banded structure, while Uranus and Neptune look smoother. Who knew you could do such amazing things with food and a scanner?" Plus, they're getting people interested in space, which is a mission he can always get behind.
While Baraty uses mostly food, sometimes he branches out into other materials, like makeup or chalk for color.

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