Video of Meditation-irradiation of the Puerta de Toledo on 13 May at the Puerta del Sol
everyone!!
We want to thank each one of those who came and participated in the irradiation we did on 13 May at the Puerta del Sol
We were about 600 people and connect with 26 cities of Spain and the World to deliver Peace, Love and Consciousness. It was a wonderful event. Insurance repeat. We performed a
Because numerologically May 13 is 22, a master number for the realization of projects in this field. Also, 13 is the number of death and resurrection, death to life old and outdated and the new. In addition, our way of life in the West with respect to time and the shifting of the earth to the sun and the moon is out of date. If you divide 28 days between the lunar cycle is 365 days a year gives us 13 months, 13 moons, 13 constellations, 13 zodiac signs. Irradiation also we wanted to do an exercise in tune with the Cosmos and our Solar System. Les
attached for a video of meditation is not wasted.
A hug of Light!
Madrid Red Light
demonstrate the existence of dark energy
De Jose Manuel Nieves (on 23/05/2011 at 3:08:15 in Science )
The detailed study of more than 200,000 galaxies, one of the largest ever undertaken has confirmed the existence of dark energy, the so far hypothetical, mysterious force opposed to gravity and is considered responsible for the universe to expand ever faster.
The research, which has taken five years of work, has been determined that dark energy is a constant, uniformly affecting the entire universe, pushing to expand at an accelerating rate. Data were collected by the space telescope GALEX (Galaxy Evolution Explorer) spacecraft and the Anglo Australian Telescope in Siding Spring Mountain in Australia.
For over a decade, dark energy, which makes up 74% of the universe (only 4% is ordinary matter and 20% dark matter), has been a force inexplicable and not tested by scientists. Now the results of this new study confirms not only its existence, but that is responsible for the strange way in which galaxies are driven away from each other, despite and beyond its strong gravitational pull.
"The action of dark energy," says Chris Blake, of Swinburne University of Technology in Australia, it is as if we launched a ball into the air and it began to accelerate in the sky, faster and faster. " Blake is the author of the research appearing in two articles in the next issue of the journal Monthly Notices of the Royal Astronomical Society.
Dark energy was proposed in the late nineties of the twentieth century. The first ideas de su existencia se basan en el estudio de lejanas supernovas, estrellas moribundas que estallan y cuya brillante luz sirve a los astrónomos para calcular su distancia de la Tierra.
Como sabemos muy bien, mirar hacia el cielo significa también mirar al pasado. Y eso es así porque la luz que nos llega de las estrellas y galaxias remotas no nos las muestran como son en el instante de la observación, sino como eran cuando la luz que vemos salió de ellas. Así, observando supernovas a distancias muy diferentes se puede calcular (y de hecho se calculó) lo deprisa que esas supernovas se están alejando de nosotros. Los resultados implicaban la existencia de una fuerza extraña y desconocida, capaz de impulsar a esos objetos away from us at ever greater speeds.
Now, the new study has provided an alternative and independent method to verify those results described. This is actually the first time you perform these checks on a large scale, showing that indeed, the universe is dominated by dark energy.
To begin, astronomers developed a large three-dimensional map with more than 200,000 galaxies, most of them in pairs, observed by the GALEX telescope, an instrument that can identify, by its brightness, the younger galaxies, the most suitable for such studies.
On , the Australian Telescope was obtained detailed information on the light of each of these galaxies and build a pattern to the distances between them. It is known that, on average, the separation between the two members of a couple galaxy is about 500 million light years.
Blake and his colleagues used this information to determine how far was each of the pairs of galaxies from Earth. Same as previous studies supernovae distance data were combined with the speeds at which these pairs of galaxies are receding from us. This showed, again, that space is "stretched" more and more quickly. Researchers also
Como sabemos muy bien, mirar hacia el cielo significa también mirar al pasado. Y eso es así porque la luz que nos llega de las estrellas y galaxias remotas no nos las muestran como son en el instante de la observación, sino como eran cuando la luz que vemos salió de ellas. Así, observando supernovas a distancias muy diferentes se puede calcular (y de hecho se calculó) lo deprisa que esas supernovas se están alejando de nosotros. Los resultados implicaban la existencia de una fuerza extraña y desconocida, capaz de impulsar a esos objetos away from us at ever greater speeds.
Now, the new study has provided an alternative and independent method to verify those results described. This is actually the first time you perform these checks on a large scale, showing that indeed, the universe is dominated by dark energy.
To begin, astronomers developed a large three-dimensional map with more than 200,000 galaxies, most of them in pairs, observed by the GALEX telescope, an instrument that can identify, by its brightness, the younger galaxies, the most suitable for such studies.
On , the Australian Telescope was obtained detailed information on the light of each of these galaxies and build a pattern to the distances between them. It is known that, on average, the separation between the two members of a couple galaxy is about 500 million light years.
Blake and his colleagues used this information to determine how far was each of the pairs of galaxies from Earth. Same as previous studies supernovae distance data were combined with the speeds at which these pairs of galaxies are receding from us. This showed, again, that space is "stretched" more and more quickly. Researchers also
the galactic map used to study how clusters of galaxies grow over time, leading to contain thousands of individual galaxies. The gravitational force of these clusters continually attracts new galaxies, which are added to the group, but dark energy makes separate. In this way the researchers could measure the amount of force "repulsive" dark energy.
Since the late nineties, the rapid expansion of the Universe is one of the most puzzling discoveries made by astronomers. Now, thanks to this research, we know that dark energy is not a simple way of referring to something we can not explain, but really exists and is responsible for what we observe.
Since the late nineties, the rapid expansion of the Universe is one of the most puzzling discoveries made by astronomers. Now, thanks to this research, we know that dark energy is not a simple way of referring to something we can not explain, but really exists and is responsible for what we observe.
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