Was Life Possible Soon After The Big Bang?

When astronomers look for lifestyles on alien worlds circling distant stars past our Sun, they commonly target exoplanets dwelling inside the liveable zones of their figure stars. The habitable zone surrounding a celebrity is that Goldilocks location where it isn’t always too warm, not too bloodless, but simply proper for liquid water to exist on an orbiting world’s floor. Where there may be liquid water, there is the opportunity, even though no longer the promise, of life as we comprehend it to flourish. According to the Standard Model, the first generation of stars to ignite within the historical Cosmos were born from the lightest atomic factors.

Was Life Possible Soon After The Big Bang? 1

Hydrogen and helium, tens of thousands and thousands of years after the inflationary Big Bang delivery of our Universe, nearly 14 billion years in the past–before heavy factors essential for planet formation have been produced. However, in December 2013, Dr. Abraham (Avi) Loeb, an astrophysicist at Harvard University in Cambridge, Massachusetts, offered his new research suggesting the possibility that very historic existence may have basked within the warmth of weird exoplanets a “mere” 15 million years after the start of the Cosmos–even though nothing extra complex than microbes may want to have existed lower back then.

According to Dr. Loeb, the electricity that changed into so necessary to hold water in its existence-maintaining liquid section within the historic Universe could have come from the cosmic microwave historical past (CMB) radiation–the afterglow of the Big Bang–in preference to from parent-stars. In the cutting-edge Cosmos, the temperature of this tattle-tale, lingering relic radiation is a frigid 2.7 Kelvin. However, while the Universe was about 15 million years of age, it might have kept it a conveniently toasty 300 Kelvin, explained Dr. Loeb. Thus, even though today the CMB radiation’s temperature is only some ranges above absolute zero, 15 million years after the inflationary Big Bang, the radiation would be heat sufficient to have rendered the entire Universe one huge liveable region! Dr. Loeb published his calculations to the arXiv preprint server in December 2013.


Dr. Loeb’s research shows that weird rocky planets ought to have existed at that faraway Time in pockets of the Cosmos, wherein matter becomes notably dense. Furthermore, the study introduces the possibility that there could have been a liveable epoch of two million or 3 million years, throughout which all rocky planets could have been capable of holding liquid water, regardless of their distance from a parent-big name. “The entire Universe became as soon as an incubator for life,” Dr. Loeb stated in the December 10, 2013, Nature News.

Our Cosmic Wonderland

Most medical cosmologists want the Standard Model that suggests our Universe was born nearly 14 billion years ago inside the inflationary Big Bang. It started as an exquisitely small Patch and then extended exponentially to reap macroscopic length within the tiniest fraction of a 2D. Nonetheless, scientists have not been capable of deciding precisely what precipitated that little Patch to revel in this relatively speedy inflation.

That little Patch, some distance too small for an individual to see, so small that it was almost, now not using any means precisely, not anything, become, in reality, so dense and hot that each one that we’re and all that we can ever recognize, sprung from it. Space and Time were born together in the wild insanity of the expanding fireball of the Big Bang. The neonatal Universe bursts with extremely energetic radiation, a swirling, whirling, writhing, twisting sea of warm light debris (photons). The entire new child Universe turned into notable with light.

We now look at almost 14 billion years after the fact is the greatly expanded and nevertheless increasing, fading aftermath of that first storm of brilliance. As our Universe grew to obtain its gift of big length, the fires of its birth dimmed. And now we watch helplessly, from where we are on our difficult-to-understand, rocky, little planet, as our Universe keeps developing larger and larger, darker and darker, and less warm and colder, fading just like the eerie grin of the Cheshire Cat.

Roberto Brock
the authorRoberto Brock
Snowboarder, traveler, DJ, Swiss design-head and HTML & CSS lover. Doing at the nexus of art and purpose to develop visual solutions that inform and persuade. I'm a designer and this is my work. Introvert. Coffee evangelist. Web buff. Extreme twitter advocate. Avid reader. Troublemaker.