Any and all living beings that we know of here on earth are alive because of oppositional rotational movements. from atoms to the sub crust layers of our earth, even to the atmosphere above and around us, all of these move with oppositional rotational movements. This is where our gravitational binding force comes into play. We are not pinned to the earth but rather are able to move upon it as we are bound to it. This sort of interaction does not exist in outer space which is why astronauts qu...
All content for Movement 4.0 - from Babies to Astronauts is the property of Michelle M. Turner and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
Any and all living beings that we know of here on earth are alive because of oppositional rotational movements. from atoms to the sub crust layers of our earth, even to the atmosphere above and around us, all of these move with oppositional rotational movements. This is where our gravitational binding force comes into play. We are not pinned to the earth but rather are able to move upon it as we are bound to it. This sort of interaction does not exist in outer space which is why astronauts qu...
It was half a century ago that the late Neil Armstrong made history by being the first man to step foot on the moon. In the era when the United States and former U.S.S.R. where on a race to conquer space, Armstrong, as he stepped out of the Apollo 11 lunar capsule, uttered the phrase that will forever echo in the halls of human history-- “That's one small step for a man, one giant leap for mankind.” Fifty years after the fact, America has its eyes set on a new frontier, not the moon, not a sp...
Movement 4.0 - from Babies to Astronauts
Any and all living beings that we know of here on earth are alive because of oppositional rotational movements. from atoms to the sub crust layers of our earth, even to the atmosphere above and around us, all of these move with oppositional rotational movements. This is where our gravitational binding force comes into play. We are not pinned to the earth but rather are able to move upon it as we are bound to it. This sort of interaction does not exist in outer space which is why astronauts qu...
