Me planteo si esto tiene sentido o se considera algo

Realmente, llevo con este Tumblr desde hace ya un buen tiempo, es más, mi primer post aquí fue un microrelato con el que pensé que me iba a motivar ese tipo de cosas y hacer una buena serie, pero la cosa no la vi continuar bien y lo dejé. Además, quise hacer de esto un lugar con algo de interés publicando cosas que pudiesen decir a la gente “voy a animarme a seguirlo”. Nada, pasé, no tenía suficiente tiempo.

Luego empecé a hacer reblogs a fotos de zombies, tías, cosas y demás. Recuerdo cuando publiqué el “Caso Correos”, ¡malditos sean!

Bueno, la cuestión, mi primer post fue el 14 de Junio de 2010, ¡mira que ha pasado tiempo! Y a día de hoy vuelvo a hacer unos cuantos reblogs después de la última autopublicación de un tweet hace 3 semanas, y sin ser un tweet pues… ¡hace 3 meses!

La cuestión, no voy a eliminar esto, que no se ni que diablos se considera, pero tampoco me voy a preocupar en mantenerlo. Es decir, voy a seguir tal y como he seguido haciendo con el desde hace mucho tiempo, publicando cuando me meta y apetezca.

Eso sí, voy a intentar iniciar un blog en Wordpress, el cual será llamado A Wandering Writer. En el voy a intentar escribir cosas que desee mostrar a los demás pues suelo ser con mi escritura literaria muy personal y solo se la enseño a quien a mi me parece, pero bueno, quiero intentar abrir algo de mi escritura al público. 

Quien sea que esté leyendo este grandísimo rollo, ¿se va a pasar por A Wandering Writer en algún momento de su vida?

unknownskywalker: Hubble breaks new ground with distant supernova discovery The Hubble Space Telescope has detected a distant Type Ia supernova, the farthest stellar explosion that can be used to measure the expansion rate of the universe. The supernova is the remnant of a star that exploded 9 billion years ago. The sighting is the first finding of an ambitious survey that will help astronomers place better constraints on the nature of dark energy. The object, nicknamed SN Primo, belongs to a special class called Type Ia supernovae, which most likely arise when white dwarf stars — the burned-out cores of normal stars — siphon too much material from their companion stars and explode. These supernovae are bright beacons used as distance markers for studying the expansion rate of the universe. SN Primo is the farthest Type Ia supernova whose distance has been confirmed through spectroscopic observations. The supernova was discovered as part of a three-year Hubble program to survey faraway Type Ia supernovae, enabling searches for this special class of stellar explosion at greater distances than previously possible. The remote supernovae will help astronomers determine whether the exploding stars remain dependable distance markers across vast distances of space in an epoch when the cosmos was only one-third its current age of 13.7 billion years. Called the CANDELS+CLASH Supernova Project, the census uses the sharpness and versatility of Hubble’s Wide Field Camera 3 (WFC3) to look in regions targeted by two large Hubble programs: the Cosmic Assembly Near-infrared Deep Extragalactic Legacy Survey (CANDELS) and the Cluster Lensing and Supernova Survey with Hubble (CLASH). Above: The top image shows part of the Hubble Ultra Deep Field in visible and near-infrared light. The white box pinpoints the area where the supernova is later seen. The image at bottom left is a close-up of the field without the supernova. A new bright object, identified as the supernova, appears in the image at bottom right.

unknownskywalker:

Hubble breaks new ground with distant supernova discovery

The Hubble Space Telescope has detected a distant Type Ia supernova, the farthest stellar explosion that can be used to measure the expansion rate of the universe. The supernova is the remnant of a star that exploded 9 billion years ago. The sighting is the first finding of an ambitious survey that will help astronomers place better constraints on the nature of dark energy.

The object, nicknamed SN Primo, belongs to a special class called Type Ia supernovae, which most likely arise when white dwarf stars — the burned-out cores of normal stars — siphon too much material from their companion stars and explode. These supernovae are bright beacons used as distance markers for studying the expansion rate of the universe.

SN Primo is the farthest Type Ia supernova whose distance has been confirmed through spectroscopic observations. The supernova was discovered as part of a three-year Hubble program to survey faraway Type Ia supernovae, enabling searches for this special class of stellar explosion at greater distances than previously possible.

The remote supernovae will help astronomers determine whether the exploding stars remain dependable distance markers across vast distances of space in an epoch when the cosmos was only one-third its current age of 13.7 billion years. Called the CANDELS+CLASH Supernova Project, the census uses the sharpness and versatility of Hubble’s Wide Field Camera 3 (WFC3) to look in regions targeted by two large Hubble programs: the Cosmic Assembly Near-infrared Deep Extragalactic Legacy Survey (CANDELS) and the Cluster Lensing and Supernova Survey with Hubble (CLASH).

Above: The top image shows part of the Hubble Ultra Deep Field in visible and near-infrared light. The white box pinpoints the area where the supernova is later seen. The image at bottom left is a close-up of the field without the supernova. A new bright object, identified as the supernova, appears in the image at bottom right.

1,494 notes

theblackworkshop: Casa 11 Mujeres - Matias Klotz

theblackworkshop:

Casa 11 Mujeres - Matias Klotz

18,639 notes

sadburro: Huracan Ramirez  Rafael Gallur

sadburro:

Huracan Ramirez 

Rafael Gallur

34 notes

Cuando se te rompe un condón y al mes sale positivo el test de embarazo, ¿ese “AY MADRE” que sueltas al enterarte, es con H o sin H?
@samuelhermoso (via rubendomfer)

19 notes