Scientists have discovered the first traces of the lightest element in the universe, helium. This significant breakthrough marks the next evolution of the element in its evolution, confirming longstanding theories that it exists beyond Earth’s atmosphere.
The research team at Johns Hopkins University, led by Dr. L. David Roper, has determined that helium sits in a band of particles between the moon and Uranus. The discovery was made after a lengthy two-year study in which the researchers measured starlight emitted from dying stars, using the orbiting Hubble Telescope.
This specific element is noteworthy because it has been around since the first galaxies were created. Helium is one of the few elements that was produced in the Big Bang that formed our universe, more than 13 billion years ago. Its abundant presence in the earth’s atmosphere is due to its extreme lightness; the element is so light that it can’t be held by gravity.
Although the discovery is yet to be released to science journals, it already has the scientific community buzzing due to its potential to answer some major questions about our universe. For instance, the newly discovered evidence of helium may help scientists understand the evolution of our universe since the Big Bang. Furthermore, an understanding of the element’s history could lead to improved methods of extracting energy from stars. The possibilities are endless, and this discovery certainly paves the way for further exciting discoveries.
The discovery of helium has been a long time coming, and its implications for our species should not be taken lightly. From understanding the very start of our universe to advancements in energy sources, this new evidence could revolutionize our understanding of the universe as we know it.
