We are presently working on expanding Lada Ray Youtube channel to include Lada's original geopolitical analysis and far-reaching global predictions, as well as her mystical futurism. Lada Ray Blog - books, writing, world cultures. She is known for her accurate predictions.įuturisTrendcast - geopolitics and predictions.

Russia, world cultures, geopolitics, empire collapse, feng shui and consciousness. She is the internationally certified Feng Shui Master and author of 3 novels + multiple novelettes most notably, top-rated metaphysical thriller THE EARTH SHIFTER & bestselling thriller GOLD TRAIN (Accidental Spy Russia Adventure).

Born in Russia, Lada lived and traveled to nearly 30 countries on most continents. You can follow Quora on Twitter, Facebook, and Google+.Lada Ray is a linguist & former financial consultant with Smith Barney. This questionoriginally appeared on Quora - the place to gain and share knowledge, empowering people to learn from others and better understand the world. The ejection of heavy elements from these past collisions then enriched the dust from the conventional supernova, giving rise to the abundance of elements that we observe today. The inference then is that there also existed neutron star collisions in the past. We have therefore just observed a neutron star seeding the surrounding space with gold and platinum for the next generation of stellar systems! This gold and platinum is being ejected with tremendous force - only slightly less energetic than a supernova. The results of 16th October show a huge abundance of gold and platinum in the EM spectrum of a neutron star collision, which was independently measured by gravitational waves (a monumentally important discovery in its own right). Thankfully for our theories, it looks like it’s the first option!

Something else makes extra amounts of these elements, and has scattered these elements in a similar fashion to supernova.

But there are a few (gold and platinum, for example), where our predictions don’t match up with the observed abundances. Supernovae can explain the abundance of many of the elements we observe. Nonetheless - it is inescapable to conclude that our solar system is formed from the exploded dust of the prior generations of stars, which are long since dead. It is often stated that our sun is a “second generation” star, but the divide isn’t quite as clear as that. The resulting “dust” of these supernovae - heavily salted with a healthy amount of heavy elements - then contracted under gravity to form new stellar systems.

How did gold get on earth