viernes, 31 de marzo de 2017

DOUBLE || Hubble's Double Galaxy Gaze: Leda and NGC 4424 | NASA

Hubble's Double Galaxy Gaze: Leda and NGC 4424 | NASA



Hubble's Double 

Galaxy Gaze: Leda 

and NGC 4424

large diffuse galaxy with smaller galaxies nearby
#SpotHubble graphic
Got a stellar Hubble image on a T-shirt? Or maybe you’ve spotted a Hubble tattoo! Share your photos on Instagram, Twitter, Flickr and Facebook with #SpotHubble and maybe you’ll get a shout-out from @NASAHubble!
Credits: NASA's Goddard Space Flight Center/Jenny Hottle
Some astronomical objects have endearing or quirky nicknames, inspired by mythology or their own appearance. Take, for example, the constellation of Orion (The Hunter), the Sombrero Galaxy, the Horsehead Nebula, or even the Milky Way. However, the vast majority of cosmic objects appear in astronomical catalogs and are given rather less poetic names based on the order of their discovery.
Two galaxies are clearly visible in this Hubble image, the larger of which is NGC 4424. This galaxy is cataloged in the New General Catalog of Nebulae and Clusters of Stars (NGC), which was compiled in 1888. The NGC is one of the largest astronomical catalogs, which is why so many Hubble Pictures of the Week feature NGC objects. In total there are 7,840 entries in the catalog and they are also generally the larger, brighter, and more eye-catching objects in the night sky, and hence the ones more easily spotted by early stargazers.
The smaller, flatter, bright galaxy sitting just below NGC 4424 is named LEDA 213994. The Lyon-Meudon Extragalactic Database (LEDA) is far more modern than the NGC and contains millions of objects.
Many NGC objects still go by their initial names simply because they were christened within the NGC first. However, since astronomers can't resist a good acronym and “Leda” is more appealing than “the LMED,” the smaller galaxy is called "Leda." Leda was a princess in Ancient Greek mythology.

Text credit: European Space Agency
Image credit: ESA/Hubble & NASA
Last Updated: March 31, 2017
Editor: Karl Hille

What's Up for April 2017



What's Up for April 2017



What's up in the night sky this April? Jupiter, king of the planets is visible all night long, and the Lyrids meteor shower peaks on April 22. For more astronomy events near you, visit the Night Sky Network site at https://nightsky.jpl.nasa.gov/

Observations Reshape Basic Plasma Wave Physics



Observations Reshape Basic Plasma Wave Physics




New light has been shed on the invisible forces shaping our near-Earth environment, unveiling a fundamental physical phenomenon. Using a specialized suite of instruments aboard NASA's Magnetospheric Multiscale - or MMS - spacecraft, scientists found the first observational proof of a fifty-year-old theory and uncovered new, unexpected complexities in the small-scale dynamics of a type of plasma wave, known as a kinetic Alfven wave. The results may lead to improved nuclear fusion techniques for generating energy more efficiently. Read more:https://cms.nasa.gov/feature/goddard/2017/nasa-observations-reshape-basic-plasma-wave-physics Credit: NASA's Goddard Space Flight Center/Genna Duberstein Music credit: Coolheaded by Jeff Cardoni This video is public domain and along with other supporting visualizations can be downloaded from the Scientific Visualization Studio at: http://svs.gsfc.nasa.gov/12512 If you liked this video, subscribe to the NASA Goddard YouTube channel: http://www.youtube.com/NASAExplorerOr subscribe to NASA’s Goddard Shorts HD Podcast: http://svs.gsfc.nasa.gov/vis/iTunes/f0004_index.htmlFollow NASA’s Goddard Space Flight Center  · Facebook: http://www.facebook.com/NASA.GSFC · Twitter http://twitter.com/NASAGoddard · Flickr http://www.flickr.com/photos/gsfc/ · Instagram http://www.instagram.com/nasagoddard/ · Google+ http://plus.google.com/+NASAGoddard/posts

Rossby Waves on Sun

Kinetic Alfvén Waves

Typical Alfvén Waves

Observations Reshape Basic Plasma Wave Physics

PLASMA CÓSMICO || NASA Observations Reshape Basic Plasma Wave Physics | NASA

NASA Observations Reshape Basic Plasma Wave Physics | NASA





NASA Observations 

Reshape Basic Plasma 

Wave Physics

When NASA’s Magnetospheric Multiscale — or MMS — mission was launched, the scientists knew it would answer questions fundamental to the nature of our universe — and MMS hasn’t disappointed. A new finding, presented in a paper in Nature Communications, provides observational proof of a 50-year-old theory and reshapes the basic understanding of a type of wave in space known as a kinetic Alfvén wave. The results, which reveal unexpected, small-scale complexities in the wave, are also applicable to nuclear fusion techniques, which rely on minimizing the existence of such waves inside the equipment to trap heat efficiently.
Credits: NASA's Goddard Space Flight Center/Genna Duberstein
Kinetic Alfvén waves have long been suspected to be energy transporters in plasmas — a fundamental state of matter composed of charged particles — throughout the universe. But it wasn’t until now, with the help of MMS, that scientists have been able to take a closer look at the microphysics of the waves on the relatively small scales where the energy transfer actually happens.
“This is the first time we’ve been able to see this energy transfer directly,” said Dan Gershman, lead author and MMS scientist at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, and the University of Maryland in College Park. “We’re seeing a more detailed picture of Alfvén waves than anyone’s been able to get before.”
The waves could be studied on a small scale for the first time because of the unique design of the MMS spacecraft. MMS’s four spacecraft fly in a compact 3-D pyramid formation, with just four miles between them — closer than ever achieved before and small enough to fit between two wave peaks. Having multiple spacecraft allowed the scientists to measure precise details about the wave, such as how fast it moved and in what direction it travelled.
In a typical Alfvén wave, the particles (yellow) move freely along the magnetic field lines (blue).
Credits: NASA Goddard's Scientific Visualization Studio/Tom Bridgman, data visualizer
Previous multi-spacecraft missions flew at much larger separations, which didn’t allow them to see the small scales — much like trying to measure the thickness of a piece of paper with a yardstick. MMS’s tight flying formation, however, allowed the spacecraft to investigate the shorter wavelengths of kinetic Alfvén waves, instead of glossing over the small-scale effects.
“It’s only at these small scales that the waves are able to transfer energy, which is why it’s so important to study them,” Gershman said.
As kinetic Alfvén waves move through a plasma, electrons traveling at the right speed get trapped in the weak spots of the wave’s magnetic field. Because the field is stronger on either side of such spots, the electrons bounce back and forth as if bordered by two walls, in what is known as a magnetic mirror in the wave. As a result, the electrons aren't distributed evenly throughout: Some areas have a higher density of electrons, and other pockets are left with fewer electrons. Other electrons, which travel too fast or too slow to ride the wave, end up passing energy back and forth with the wave as they jockey to keep up.
In a kinetic Alfvén wave, some particles become trapped in the weak spots of the wave’s magnetic field and ride along with the wave as it moves through space.
Credits: NASA Goddard's Scientific Visualization Studio/Tom Bridgman, data visualizer
The wave’s ability to trap particles was predicted more than 50 years ago but hadn’t been directly captured with such comprehensive measurements until now. The new results also showed a much higher rate of trapping than expected.
This method of trapping particles also has applications in nuclear fusion technology. Nuclear reactors use magnetic fields to confine plasma in order to extract energy. Current methods are highly inefficient as they require large amounts of energy to power the magnetic field and keep the plasma hot. The new results may offer a better understanding of one process that transports energy through a plasma.
“We can produce, with some effort, these waves in the laboratory to study, but the wave is much smaller than it is in space,” said Stewart Prager, plasma scientist at the Princeton Plasma Physics Laboratory in Princeton, New Jersey. “In space, they can measure finer properties that are hard to measure in the laboratory.”
This work may also teach us more about our sun.  Some scientists think kinetic Alfvén waves are key to how the solar wind — the constant outpouring of solar particles that sweeps out into space — is heated to extreme temperatures. The new results provide insight on how that process might work.
Throughout the universe, kinetic Alfvén waves are ubiquitous across magnetic environments, and are even expected to be in the extra-galactic jets of quasars. By studying our near-Earth environment, NASA missions like MMS can make use of a unique, nearby laboratory to understand the physics of magnetic fields across the universe. 
Related Link
Last Updated: March 31, 2017
Editor: Rob Garner

CUERDAS Y HUECOS ▲ Mysterious Cosmic Explosion Puzzles Astronomers | NASA

Mysterious Cosmic Explosion Puzzles Astronomers | NASA



Mysterious Cosmic 

Explosion Puzzles Astronomers

Animation of CDF-S Transient.
Animation of CDF-S Transient.
Credits: X-ray: NASA/CXC/Pontifical Catholic University/F. Bauer et al.
Still Image of CDF-S Transient.
Still Image of CDF-S Transient.
Credits: X-ray: NASA/CXC/Pontifical Catholic University/F. Bauer et al.
A mysterious flash of X-rays has been discovered by NASA’s Chandra X-ray Observatory in the deepest X-ray image ever obtained. This source likely comes from some sort of destructive event, but may be of a variety that scientists have never seen before.
The X-ray source, located in a region of the sky known as the Chandra Deep Field-South (CDF-S), has remarkable properties. Prior to October 2014, this source was not detected in X-rays, but then it erupted and became at least a factor of 1,000 brighter in a few hours. After about a day, the source had faded completely below the sensitivity of Chandra.
Thousands of hours of legacy data from the Hubble and Spitzer Space Telescopes helped determine that the event likely came from a faint, small galaxy about 10.7 billion light years from Earth. For a few minutes, the X-ray source produced a thousand times more energy than all the stars in this galaxy.
“Ever since discovering this source, we’ve been struggling to understand its origin,” said Franz Bauer of the Pontifical Catholic University of Chile in Santiago, Chile. “It’s like we have a jigsaw puzzle but we don’t have all of the pieces.”
Two of the three main possibilities to explain the X-ray source invoke gamma-ray burst (GRB) events. GRBs are jetted explosions triggered either by the collapse of a massive star or by the merger of a neutron star with another neutron star or a black hole. If the jet is pointing towards the Earth, a burst of gamma rays is detected. As the jet expands, it loses energy and produces weaker, more isotropic radiation at X-ray and other wavelengths.
Possible explanations for the CDF-S X-ray source, according to the researchers, are a GRB that is not pointed toward Earth, or a GRB that lies beyond the small galaxy. A third possibility is that a medium-sized black hole shredded a white dwarf star.
“None of these ideas fits the data perfectly,” said co-author Ezequiel Treister, also of the Pontifical Catholic University, “but then again, we’ve rarely if ever seen any of the proposed possibilities in actual data, so we don’t understand them well at all.”
The mysterious X-ray source was not seen at any other time during the two and a half months of exposure time Chandra has observed the CDF-S region, which has been spread out over the past 17 years. Moreover, no similar events have yet to be found in Chandra observations of other parts of the sky.
This X-ray source in the CDF-S has different properties from the as yet unexplained variable X-ray sources discovered in the elliptical galaxies NGC 5128 and NGC 4636 by Jimmy Irwin and collaborators. In particular, the CDF-S source is likely associated with the destruction of a neutron star, white dwarf, or massive star, and is roughly 100,000 times more luminous in X-rays. It is also located in a much smaller and younger host galaxy, and is only detected during a single, several-hour burst.
“We may have observed a completely new type of cataclysmic event,” said co-author Kevin Schawinski, of ETH Zurich in Switzerland. “Whatever it is, a lot more observations are needed to work out what we’re seeing.”
Additional highly targeted searches through the Chandra archive and those of ESA’s XMM-Newton and NASA’s Swift satellite may uncover more examples of this type of variable object that have until now gone unnoticed. Future X-ray observations by Chandra and other X-ray telescopes may also reveal the same phenomenon from other objects.
If the X-ray source was caused by a GRB triggered by the merger of a neutron star with a black hole or another neutron star, then gravitational waves would also have been produced. If such an event were to occur much closer to Earth, within a few hundred million light years, it may be detectable with the Laser Interferometer Gravitational-Wave Observatory (LIGO).
A paper describing this result appears in the June 2017 issue of the Monthly Notices of the Royal Astronomical Society and is available online. NASA’s Marshall Space Flight Center in Huntsville, Alabama, manages the Chandra program for NASA’s Science Mission Directorate in Washington. The Smithsonian Astrophysical Observatory in Cambridge, Massachusetts, controls Chandra’s science and flight operations.
For more Chandra images, multimedia and related materials, visit:
Molly Porter
Marshall Space Flight Center, Huntsville, Ala.
256-544-0034
molly.a.porter@nasa.gov
Megan Watzke
Chandra X-ray Center, Cambridge, Mass.
617-496-7998
mwatzke@cfa.harvard.edu
Last Updated: March 30, 2017
Editor: Lee Mohon

PERLA ▲ Jupiter’s Swirling ‘Pearl’ Storm | NASA

Jupiter’s Swirling ‘Pearl’ Storm | NASA



Jupiter’s Swirling 

‘Pearl’ Storm

Jupiter
This image, taken by the JunoCam imager on NASA’s Juno spacecraft, highlights a swirling storm just south of one of the white oval storms on Jupiter.
The image was taken on March 27, 2017, at 2:12 a.m. PDT (5:12 a.m. EDT), as the Juno spacecraft performed a close flyby of Jupiter. At the time the image was taken, the spacecraft was about 12,400 miles (20,000 kilometers) from the planet.
Citizen scientist Jason Major enhanced the color and contrast in this image, turning the picture into a Jovian work of art. He then cropped it to focus our attention on this beautiful example of Jupiter’s spinning storms.
JunoCam's raw images are available for the public to peruse and process into image products at:
More information about Juno is at:
Credits: NASA/JPL-Caltech/SwRI/MSSS/Jason Major
Last Updated: March 30, 2017
Editor: Tony Greicius

PHOBOS || Mars Orbiter Steers Clear of Phobos | NASA

Mars Orbiter Steers Clear of Phobos | NASA



rock in space

rock in space



NASA Orbiter Steers 

Clear of Mars Moon Phobos

NASA’s MAVEN spacecraft performed a previously unscheduled maneuver this week to avoid a collision in the near future with Mars’ moon Phobos. 
spacecraft above reddish planet
This artist's sketch shows MAVEN above Mars.
Credits: Lockheed Martin
The Mars Atmosphere and VolatileEvolutioN (MAVEN)spacecraft has been orbiting Mars for just over two years, studying the Red Planet’s upper atmosphere, ionosphere and interactions with the sun and solar wind. On Tuesday the spacecraft carried out a rocket motor burn that boosted its velocity by 0.4 meters per second (less than 1 mile per hour). Although a small correction, it was enough that -- projected to one week later when the collision would otherwise have occurred -- MAVEN would miss the lumpy, crater-filled moon by about 2.5 minutes. 
This is the first collision avoidance maneuver that the MAVEN spacecraft has performed at Mars to steer clear of Phobos. The orbits of both MAVEN and Phobos are known well enough that this timing difference ensures that they will not collide.
MAVEN, with an elliptical orbit around Mars, has an orbit that crosses those of other spacecraft and the moon Phobos many times over the course of a year.  When the orbits cross, the objects have the possibility of colliding if they arrive at that intersection at the same time. These scenarios are known well in advance and are carefully monitored by NASA’s Jet Propulsion Laboratory (JPL) in Pasadena, California, which sounded the alert regarding the possibility of a collision. 
With one week’s advance notice, it looked like MAVEN and Phobos had a good chance of hitting each other on Monday, March 6, arriving at their orbit crossing point within about 7 seconds of each other. Given Phobos’ size (modeled for simplicity as a 30-kilometer sphere, a bit larger than the actual moon in order to be conservative), they had a high probability of colliding if no action were taken. 
Said MAVEN Principal Investigator Bruce Jakosky of the University of Colorado in Boulder, “Kudos to the JPL navigation and tracking teams for watching out for possible collisions every day of the year, and to the MAVEN spacecraft team for carrying out the maneuver flawlessly.”
MAVEN’s principal investigator is based at the University of Colorado’s Laboratory for Atmospheric and Space Physics, Boulder. The university provided two science instruments and leads science operations, as well as education and public outreach, for the mission. NASA’s Goddard Space Flight Center in Greenbelt, Maryland, manages the MAVEN project and provided two science instruments for the mission. Lockheed Martin built the spacecraft and is responsible for mission operations. The University of California at Berkeley’s Space Sciences Laboratory also provided four science instruments for the mission. NASA’s Jet Propulsion Laboratory in Pasadena, California, provides navigation and Deep Space Network support, as well as the Electra telecommunications relay hardware and operations.

Laurie Cantillo
NASA Headquarters, Washington
Last Updated: March 3, 2017
Editor: Karl Hille

NASA | Mars Atmosphere Loss: Sputtering

EN LO CÓSMICO NO COMPARES || NASA's MAVEN Reveals Most of Mars' Atmosphere Was Lost to Space | NASA

NASA's MAVEN Reveals Most of Mars' Atmosphere Was Lost to Space | NASA



NASA's MAVEN Reveals 

Most of Mars' Atmosphere 

Was Lost to Space

This artist’s concept depicts the early Martian environment and Mars as seen today.
This artist’s concept depicts the early Martian environment (right) – believed to contain liquid water and a thicker atmosphere – versus the cold, dry environment seen at Mars today (left). NASA's Mars Atmosphere and Volatile Evolution is in orbit of the Red Planet to study its upper atmosphere, ionosphere and interactions with the sun and solar wind. 
Credits: NASA’s Goddard Space Flight Center
Solar wind and radiation are responsible for stripping the Martian atmosphere, transforming Mars from a planet that could have supported life billions of years ago into a frigid desert world, according to new results from NASA's MAVEN spacecraft.
"We've determined that most of the gas ever present in the Mars atmosphere has been lost to space," said Bruce Jakosky, principal investigator for the Mars Atmosphere and Volatile Evolution Mission (MAVEN), University of Colorado in Boulder. The team made this determination from the latest results, which reveal that about 65 percent of the argon that was ever in the atmosphere has been lost to space. Jakosky is lead author of a paper on this research to be published in Science on Friday, March 31.
In 2015, MAVEN team members previously announced results that showed atmospheric gas is being lost to space today and described how atmosphere is stripped away. The present analysis uses measurements of today’s atmosphere for the first estimate of how much gas was lost through time.
Liquid water, essential for life, is not stable on Mars' surface today because the atmosphere is too cold and thin to support it. However, evidence such as features resembling dry riverbeds and minerals that only form in the presence of liquid water indicates the ancient Martian climate was much different – warm enough for water to flow on the surface for extended periods.
This infographic shows how Mars lost argon and other gasses over time due to ‘sputtering.’ Click to enlarge.
This infographic shows how Mars lost argon and other gasses over time due to ‘sputtering.’ Click to enlarge.
Credits: NASA’s Goddard Space Flight Center
“This discovery is a significant step toward unraveling the mystery of Mars' past environments,“ said Elsayed Talaat, MAVEN Program Scientist, at NASA Headquarters in Washington. “In a broader context, this information teaches us about the processes that can change a planet’s habitability over time.”
There are many ways a planet can lose some of its atmosphere. For example, chemical reactions can lock gas away in surface rocks, or an atmosphere can be eroded by radiation and a stellar wind from a planet's parent star. The new result reveals that solar wind and radiation were responsible for most of the atmospheric loss on Mars, and the depletion was enough to transform the Martian climate. The solar wind is a thin stream of electrically conducting gas constantly blowing out from the surface of the sun.
The early Sun had far more intense ultraviolet radiation and solar wind, so atmospheric loss by these processes was likely much greater in Mars' history. According to the team, these processes may have been the dominant ones controlling the planet's climate and habitability. It's possible microbial life could have existed at the surface early in Mars’ history. As the planet cooled off and dried up, any life could have been driven underground or forced into rare surface oases.
Jakosky and his team got the new result by measuring the atmospheric abundance of two different isotopes of argon gas. Isotopes are atoms of the same element with different masses. Since the lighter of the two isotopes escapes to space more readily, it will leave the gas remaining behind enriched in the heavier isotope. The team used the relative abundance of the two isotopes measured in the upper atmosphere and at the surface to estimate the fraction of the atmospheric gas that has been lost to space.
As a "noble gas" argon cannot react chemically, so it cannot be sequestered in rocks; the only process that can remove noble gases into space is a physical process called "sputtering" by the solar wind. In sputtering, ions picked up by the solar wind can impact Mars at high speeds and physically knock atmospheric gas into space. The team tracked argon because it can be removed only by sputtering. Once they determined the amount of argon lost by sputtering, they could use this information to determine the sputtering loss of other atoms and molecules, including carbon dioxide (CO2).  
CO2 is of interest because it is the major constituent of Mars' atmosphere and because it's an efficient greenhouse gas that can retain heat and warm the planet. "We determined that the majority of the planet's CO2 was also lost to space by sputtering," said Jakosky. "There are other processes that can remove CO2, so this gives the minimum amount of CO2 that's been lost to space."
The team made its estimate using data from the Martian upper atmosphere, which was collected by MAVEN's Neutral Gas and Ion Mass Spectrometer (NGIMS). This analysis included measurements from the Martian surface made by NASA's Sample Analysis at Mars (SAM) instrument on board the Curiosity rover.
"The combined measurements enable a better determination of how much Martian argon has been lost to space over billions of years," said Paul Mahaffy of NASA's Goddard Space Flight Center in Greenbelt, Maryland. "Using measurements from both platforms points to the value of having multiple missions that make complementary measurements." Mahaffy, a co-author of the paper, is principal investigator on the SAM instrument and lead on the NGIMS instrument, both of which were developed at NASA Goddard.
The research was funded by the MAVEN mission. MAVEN's principal investigator is based at the University of Colorado's Laboratory for Atmospheric and Space Physics, Boulder, and NASA Goddard manages the MAVEN project. MSL/Curiosity is managed by NASA's Jet Propulsion Laboratory, Pasadena, California.
This 2013 video explains how the process called "sputtering" may have caused Mars to lose its atmosphere.
Credits: NASA Goddard
For more information on MAVEN, visit:
-end-
Jim Wilson
Headquarters, Washington
202-358-1752
jim.wilson@nasa.gov
Bill Steigerwald / Nancy Jones
NASA Goddard Space Flight Center, Greenbelt, Maryland
301-286-5017 / 301-286-0039
william.a.steigerwald@nasa.gov / nancy.n.jones@nasa.gov
Last Updated: March 30, 2017
Editor: Katherine Brown

Rossby Waves on the Sun Could Aid in Space Weather Prediction



Rossby Waves on the Sun Could Aid in Space Weather Prediction



To predict weather on a planet, we look at Rossby waves, large movement patterns in the atmosphere, like the jet stream. Just as on Earth, the conditions on the sun are constantly changing. This is why scientists were excited to discover Rossby waves on the sun. On the sun, the waves are driven by magnetic currents below the surface. Monitoring these waves and the disturbances they generate could help us make better long-term space weather predictions. Credit: NASA's Goddard Space Flight Center/Genna Duberstein Music: Grand Design by Michael Conn This video is public domain and along with other supporting visualizations can be downloaded from the Scientific Visualization Studio at: http://svs.gsfc.nasa.gov/12550 If you liked this video, subscribe to the NASA Goddard YouTube channel: http://www.youtube.com/NASAExplorer Or subscribe to NASA’s Goddard Shorts HD Podcast: http://svs.gsfc.nasa.gov/vis/iTunes/f0004_index.htmlFollow NASA’s Goddard Space Flight Center  · Facebook: http://www.facebook.com/NASA.GSFC · Twitter http://twitter.com/NASAGoddard · Flickr http://www.flickr.com/photos/gsfc/ · Instagram http://www.instagram.com/nasagoddard/ · Google+ http://plus.google.com/+NASAGoddard/posts

el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 28 de MARZO de 2017 [9]

el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 31 de MARZO de 2017 [9]
La imagen puede contener: cielo, planta, nube, césped, exterior y naturaleza
el dispensador dice: observé el árbol... contemplé el paisaje... levanté el propio horizonte... desplegué un arco iris propio... solté las nubes y las dejé llover... levanté la mirada y brotaron las flores... atendí las fragancias y las transformé en olores... conectado al suelo era cielo lo que se respiraba... en algún lado el mar... en algún ríos y arroyos... la llanura siempre se va consumiendo de a poco, mientras quien camina se va despegando de egos y antojos... y fui feliz en lo poco, a sabiendas que soledad no es estar solo... y fui feliz de los silencios, a sabiendas que el alma se salva cuando no está atada a los tiempos... lejos había montañas... y simplemente, escurriéndose la vida, fui hacia ellas sin pensarlo... quien se encuentra lo hace en cualquier lado... quien se abraza no necesita depender de las ganas de quien anda por los costados... las cumbres se veían altas para piernas viejas y ánimos cansados... simplemente subí, buscando ser espejo de aquello que me habían negado, pero jamás sería olvidado. MARZO 31, 2017.-
La imagen puede contener: cielo, planta, nube, césped, exterior y naturaleza
cuando partas, asegúrate de estar guiado... la consciencia está dispuesta, y para eso el espíritu se ha preparado... no omitas portar alma, que lo demás, está asegurado.
La imagen puede contener: cielo, planta, nube, césped, exterior y naturaleza
Carmen Sedemiuqse Esquimedes

Archivo del blog

Archivo del blog


el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 28 de MARZO de 2017 [8]
La imagen puede contener: exterior
el dispensador dice: nos fuimos juntando después de tanta soledad... demasiado gente para ninguna sobriedad... demasiados cinismos para tanta ebriedad... fue cuestión de consciencia, ya te lo dije al pasar... el alma no debe aislarse por la conducta de los demás... el espíritu no debe refugiarse por la humillación que ejercen aquellos que creen triunfar... entonces te vas amuchando, entre distancias, ausencias y algo más, siempre aparece una cabaña escondida donde la vida se vive, además de pasar, y es justo allí donde te habrás de encontrar, ya que cuando desaparecen los espejos, la consciencia no escatima el hablar, así como los ángeles toman entidad, y te reúnes junto al amor por el que tienes una singular paz... y es allí donde aparece todo eso que no se habrá de olvidar, porque de eso se trata lo que has de encontrar, el amor que se porta jamás se ha de abandonar... resguarda la memoria del karma, que esa, esa no se ha de borrar. MARZO 28, 2017.-
La imagen puede contener: exterior
Carmen Sedemiuqse Esquimedes

Archivo del blog


el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 25 de MARZO de 2017 [7]
La imagen puede contener: cielo, nube, montaña, naturaleza y exterior
el dispensador dice: la vida padece acciones, así como sufre palabras, se sienten los desprecios, cuando la vida de los otros se sustenta en la intolerancia... nadie triunfa ni fracasa... la vida que no se vive, simplemente te atraviesa, y así como vino, pasa... nadie logra ser alguien, si no se ríe de lo que le sucede, y de aquello que no le pasa... nadie logra ser alguien, si cuando se despierta no se encuentra consigo mismo y se abraza... hay que extender la mirada mucho más allá de los horizontes que contienen los mañanas... cuando no sabes dónde andas, lo que se pierde es la oportunidad que te baña, y allí se te va la gracia, entre decepción y desesperanza, cuando falta la comprensión, lo único que te traduce es el desteñido del aura, y junto con ella el escurrimiento de las palabras, que entre una cosa y otra, finalmente no dicen nada... hiriendo al inocente... haciendo de las víctimas, un sacrificio que no agrega valor, y al no hacerlo, no aporta nada... MARZO 25, 2017.-
La imagen puede contener: cielo, nube, montaña, naturaleza y exterior
Carmen Sedemiuqse Esquimedes

Archivo del blog


el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 20 de MARZO de 2017 [6]
La imagen puede contener: árbol, cielo, exterior, agua y naturaleza
el dispensador dice: desandando senderos se van tejiendo pensamientos... sombras desgajadas de sentimientos que se estancan... no hay miradas cuando el pasado se desbarranca... no hay palabras cuando se licua la confianza... cuando se dobla el momento, sólo florecen espaldas... el silencio recoge las almas, y las puertas se vuelven ausencias que se distancian... ganan las soledades y el relieve se vuelve raya... al evaporarse los ayeres, ya no sobran mañanas... y te vas haciendo legua, mientras el sueño se recuesta en el horizonte por donde las estrellas se apagan... ¿para qué seguir atendiendo aquello que suena a acero, y golpea como la espada?... mejor sumergirse en la huella y volverse trazo hasta que se consume en una huella borrada... así regresa el espíritu, a encontrarse con el alma, donde está viva la consciencia, aquí... no ha pasado nada. MARZO 20, 2017.-
La imagen puede contener: árbol, cielo, exterior, agua y naturaleza
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el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 17 de MARZO de 2017 [5]
La imagen puede contener: exterior
el dispensador dice: emergen soles y señales, según qué cielos lo hacen a raudales, tal vez hay una ventana que convoca a admirarles, tal vez hay un espacio que llama a las locuras ancestrales... hay una galería que envuelve los pensamientos para conducirlos al efecto, hubo una causa en la que nadie reparó asumiendo que se trataba de un sueño... pero hay realidades que se confunden en el atardecer del lado bueno... hay mensajes que atraen a los que han comprendido que el llamado no es un trueno... las esferas de fuego convergen hacia el horizonte desde donde emerge la luz que incita a los verdes en su esfuerzo, parecen huellas pero se trata de una guía que determina el sentido del sendero... hay vida más allá de cualquier desespero... hay vida cuando la dirección conduce hacia el plano del esmero... 
La imagen puede contener: exterior
hay energías que conducen a los convocados pasajeros... hay cuerdas que unen a las almas con sus huecos... hay una bendición en la cuerda y en el hueco... alguien ha elegido a los espíritus que no se han desviado de sus sendas a pesar de la intensidad de los atropellos... siempre hay mares que conducen a buen puerto... siempre hay navegantes que sencillamente están dispuestos... siempre hay caminantes que transitan sus gracias con lo puesto... siempre hay viajeros que caminan sin reclamar bienes ni dineros... a esos los aguarda este sendero... el paraíso se alcanza mucho antes de haber sido considerado muerto... y justo allí, estás despierto... observando que lo soñado, era cierto... ven, entra, siempre hay un árbol cuya savia porta los nutrientes del afecto... siempre hay una mano que te toma, y te invita a formar parte de la luz del universo... MARZO 17, 2017.-
La imagen puede contener: exterior
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el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 14 de MARZO de 2017 [4]
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el dispensador dice: estrella... visión... sueño... corazón... reflexión... afecto... transición... soledad... silencio... recogimiento... ensoñación... señal... aislamiento... observación... contemplación... elevación... transmutación... fulguración... proyección... sin huella no hay testimonio ni historia que promueva el registro de algo que ya se evaporó... 
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la oportunidad es tu puerta... luego el viaje depende de la determinación... si hay voluntad, habrá razón... sin hay esfuerzo, habrá conclusión... lo que quede pendiente, tendrá solución. MARZO 14, 2017.-
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el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 10 de MARZO de 2017 [3]
La imagen puede contener: exterior
el dispensador dice: lo que escribes está en la hoja antes de ser plasmado... lo que pintas está en la tela esperando ser pintado... lo que cincelas ya estaba en la piedra, mucho antes que tu hubieses llegado... la música siempre está en el aire, aguardando que sus notas sean descifradas y que el pentagrama se vaya completando... 
La imagen puede contener: exterior
¿has visto cuántos rostros están ocultos entre el tejido de la pintura?... ¿has visto que hay espíritus que de la tela están emergiendo?... ¿has visto a la virgen madre que te está hablando?... ¿has visto a los visitantes que se van incorporando?... ¿has visto un fantasma o has divisado otros tantos?... ¿has visto que hay paralelos que no has apreciado?... cuanto más te adentras más vas desentrañando, y todo estaba allí desde mucho antes que tu hubieses mirado... hay movimiento en la quietud de lo interpretado... hay mucho genio que aún concluído, indica que no está terminado... ya que algunos llegan mientras otros se van sumando... MARZO 10, 2017.-
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el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 07 de MARZO de 2017 [2]
La imagen puede contener: árbol, planta, exterior y naturaleza
el dispensador dice: hubo un tiempo de dioses... hubo un tiempo de semidioses... hubo un tiempo de elegidos, pero hubo otro de confundidos... hubo un tiempo de iluminados, pero hubo muchos tiempos de apagados... hubo un tiempo de búsquedas, pero escasos fueron los encontrados... hubo un tiempo de palabras, y no pocos fueron los traicionados... hubo un tiempo de torres, y hubo un tiempo de observados... hubo un tiempo de genios, y los perseguidos fueron raleados... hubo un tiempo de profetas, que prolijamente fueron negados... hubo un tiempo de oradores, donde el mensaje no fue escuchado... hubo tiempos filosóficos, que más tarde fueron borrados... hubo un tiempo de sapiencias, que en las hogueras fueron acallados... hubo un tiempo de navegantes, y muchos cayeron encallados... hubo un tiempo de faros, que la historia ocultó para colocarlos a salvo... hubo un mensaje de los dioses, que jamás fue descifrado... hubo mucho cinismo en el poder, ejercido por miserables humanos... quedaron destinos pendientes, por los sacrificios empecinados... quedaron sabios hablando, sin siquiera ser considerados... no han sido pocos los indefensos, ni tampoco los agraviados, cada uno regresa por sus hechos, entre paradojas y campos arrasados... hay demasiado mezquindad, reinando entre los humanos...
La imagen puede contener: árbol, planta, exterior y naturaleza
hubo un tiempo de azules... hubo un tiempo de rojos... hubo un tiempo de amarillos... hubo un tiempo de rojos... aquí puedes ver los verdes, pero los espíritus andan flojos... las respuestas no se buscan, y las preguntas revelan que las consciencias tienen cerrojo... si no alcanzas el violeta, puede que tu mañana se transforme en despojo...
La imagen puede contener: árbol, planta, exterior y naturaleza
hubo un tiempo de elegidos, pero hubo otro de confundidos... que aún permanecen respirando, movidos por sus desatinos... cuando la Tierra anda falta de consciencia, lo que sobran los desaciertos de humanos muy engreídos, que cultivan sus soberbias, humedecidas con cinismos... donde desborda el oscurantismo, lo que se consume es el humanismo. MARZO 07, 2017.-
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el dispensador de las energías cósmicas (cuerdas y huecos) - by Cerasale Morteo, Víctor Norberto | Salta | ARGENTINA - 04 de MARZO de 2017 [1]
La imagen puede contener: cielo, nube y exterior
La imagen puede contener: cielo, nube y exterior
el dispensador dice: las visiones solares desde la Tierra difieren de las que se pueden tener en Venus, en Marte, desde luego en Mercurio, ni qué hablar desde Júpiter, Saturno, Urano, Neptuno, o Plutón... y no hay consciencia humana acerca del valor de estas diferencias, como tampoco la hay acerca de que no hay planetas sin, al menos, una estrella... y tal te he dicho en otras ocasiones, el universo visible es dramáticamente impar, así como los universos invisibles (paralelos) son brutalmente impares... jamás pares... porque se corresponden con un extraño sentido de los equilibrios... de las armonías... donde emanan y convergen los destinos...
las visiones galácticas no son zodiacales... pero sí hablan y describen el sentido de las distancias, las cercanías, y sobre todo, las profundidades... abismos todos insondables... donde no hay naves circulando, ni tecnologías aberrantes... las verdaderas inteligencias de estirpes y linajes, no gastan en ciencia para justificar lo injustificable... no derrochan miles de millones de monedas en gestas de falsas utilidades, porque la "creación" inhabilita a la depredación tal como se entiende entre los humanos, y los cínicos encaramados en el poder que despoja a los otros para llenarse de efímeros bienestares...
así funciona esto de la vida, sus expresiones, sus entidades, y sus identidades no humanas, diseminadas por todo el universo que brota a raudales... 
cuando quieres visitar a tus congéneres en el extremo opuesto de alguna galaxia, los viajes astrales se logran con la mente conjugada con el espíritu que se desprende hasta transformarse en luz, que no interfiere ni con la historia, ni con los destinos, ni con las ausencias, ni tampoco con los arribos... porque el VERBO prodiga orden al tiempo que se pronuncia a sí mismo para sostener la creación en sus ondas y en sus ritmos...
las naves espaciales sólo existen en las mentes atrasadas y retrógradas, y las expresiones lumínicas con forma de esfera, con forma de pelota de rugby, o con forma lenticular de nave nodriza, tienen que ver con la comunión de mentes (confluencia convergente) para efectuar un viaje en conjunto, donde las voluntades se suman, donde el esfuerzo suena a sinfonía de conocimientos rotundos... esto es que piensas la "luz"... te subes a ella... y te trasladas por el espacio prescindente del tiempo inherente a cada destino... tema no menor a la hora de las angulaciones y las geometrías del espacio...
el problema de la civilización humana, es que al perder horizonte, desconoce dónde están las fuentes del "mañana". MARZO 04, 2017.-
La imagen puede contener: cielo, nube y exterior
eres la única artista que puede transformar la pintura en esencia o en substancia... la diferencia no reside en el artista, sino en lo que traduce cada pincelada y que provee de sentido a la mirada extraña... la pintura se introduce en el alma sensible, absorbiendo el destino y brindándole calma... demostrando que hay paz más allá de las ramas... demostrando que el SOL se ve tal cual lo muestra el genio de mi hermana... desde la superficie de Marte... difusa entidad marciana...
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NUESTRA SEÑORA DE LA MEDALLA MILAGROSA

NUESTRA SEÑORA DE LA MEDALLA MILAGROSA
Gracias por las tuyas concedidas
La imagen puede contener: cielo
visiones solares desde VENUS... mi hermana identifica con precisión los paisajes...