Sun Watchers

“The Sun Watchers” from AstronomyOutreach network on Vimeo.

Very nice! Be sure to visit the AstronomyOutreach network at the link above.

From AstronomyOutreach:

“The Sun Watchers” was funded through a grant by Explore Scientific and produced by the AstronomyOutreach network. The Sun Watchers is a look inside the solar observatory in Big Bear, CA. The telescopes and instruments at the observatory are designed and employed specifically for studying the activities and phenomena of the Sun.

ISEE-3 Reboot Project

Artist rendering of IEEE. Credit: Space College

Artist rendering of IEEE. Credit: Space College

Wow, can an old spacecraft launched in the 1970′s and currently in a heliocentric orbit be contacted and rebooted while passing by the Earth?

Dennis Wingo, president of Moffett Field, California-based Skycorp Inc, Internet publisher Keith Cowing and many donors and volunteers, are going to try do not just that, they are going to try to coax the 70′s era spacecraft into telemetry mode and perhaps get it back into an Earth orbit. We will find out soon, IEEE is passing by right now.

The IEEE-3 spacecraft was launched on 12 August 1978. Originally the mission was cooperative effort between NASA and ESRO/ESA to study the interaction between the Earth’s magnetic field and the solar wind.

On 10 June 1982 IEEE-3 became the International Cometary Explorer with the primary scientific objective of ICE was to study the interaction between the solar wind and a cometary atmosphere. The mission required the spacecraft to leave the Earth/moon system and orbit around the sun instead.

After encounters with comet Giacobini-Zinner in 1985 and the famous Halley’s comet in 1986 and the study of CME’s from the sun in 1991, the “plug” was pulled in the spacecraft on 5 May 1997.

Read all about this incredible effort at Space College: ISEE-3 Reboot Project Status and Schedule for First Contact gives the current status and you can read other posts leading up to now.

GOOD LUCK!

A New Planet

The planet GU Psc b and its star GU Psc composed of visible and infrared images from the Gemini South telescope and an infrared image from the CFHT.  Image: CRAQ and Gemini

The planet GU Psc b and its star GU Psc composed of visible and infrared images from the Gemini South telescope and an infrared image from the CFHT. Image: CRAQ and Gemini

Way to go Canada! A team led by Université de Montréal researchers has discovered and photographed a new planet 155 light years away.

The planet, named GU Psc b, is so far from the parent star (GU Psc)it takes 80,000 years to make the trip! The parent star is about three times LESS massive than our own Sun. So this planet is still gravitationally bound enough to orbit 2,000 (Earth/Sun) AU from a star a third (?) the mass of our Sun? That’s amazing, I gotta do the math on this.

An image from 155 light-years? Read how at the Gemini site.

BETTII

This image shows BETTII interns and graduate students with their project. Front: Intern Arpan Rau and graduate student Arnab Dhabal. Back: Interns Sophie Johnson-Shapoval, Marcelo Canaparro, Stephen Weinreich, Spencer Gore, graduate student Maxime Rizzo, and interns John Alcorn and Debora Andrade. Image and caption credit: NASA Goddard/Bill Hrybyk

This image shows BETTII interns and graduate students with their project. Front: Intern Arpan Rau and graduate student Arnab Dhabal. Back: Interns Sophie Johnson-Shapoval, Marcelo Canaparro, Stephen Weinreich, Spencer Gore, graduate student Maxime Rizzo, and interns John Alcorn and Debora Andrade.
Image and caption credit: NASA Goddard/Bill Hrybyk

Things look to be on track for NASA’s BETTII mission. BETTII or more properly, Balloon Experimental Twin Telescope for Infrared Interferometry.  The mission is being put together seven student interns working with Dr. Stephen Rinehart, associate chief of the Observational Cosmology Laboratory at NASA’s Goddard Space Fhight Center in Greenbelt,MD.

The students (including a high school student) are doing a great job.
The plan is to put two small telescope above all but the faintest traces of atmosphere. The observations of the two telescopes will be combined to increase the viewing power to that of a very much larger telescope. The telescopic view needs to be distortion free as much as possible for the best possible observations. Since they will be lifted by a tether from a balloon they must be small

The small telescopes are each less than two feet wide (~9 to 10 cm), combined by a technique called spatial interferometry would equate to one large telescope with a diameter of (about) 65 feet! The thing would weigh more than 1,000 lbs (453 kg. A lot to ask from a balloon.

The balloon has a height of about 250 ft (76 m) and 290 ft (88 m) in diameter.
Balloon borne observations are certainly not new, but nowadays they’re getting it done. They are very complicated and quite exciting, I hope the interns get to be in on the launch when it happens. I know I’d jump at the chance.

Check out the NASA press release.

May Camelopardalis

Earth is set to cross the debris path of comet 209P/LINEAR on 24 May 2014. No one knows quite what to expect. I’ll be finding out provided we have decent clouds.

The video suggests the best time is going to be around 0600 to 0800 UTC. If you are on the east coast of North America earlier in that range might be better because daybreak will be shortly after 0800 UTC.

How to find Camelopardalis? On the 24th (or any other time in the near future) you can find Camelopardalis by looking north. If the meteor shower is as busy as it could be, the location will be self evident. However, if there are only a few meteors or you just want to find it and have no idea, find the “Little Dipper” aka: Ursa Minor, and look from the dipper part down the “handle”, it points right to the area.

Still confused? Look above your northern horizon. Here’s a guide to help you out.

Video source

Ride Along

Watch this! They (Airanespace) call it remarkable, I call that an understatement!  This is astounding is what it is.

One of the many really cool video showing up recently.

This from Arianespace:

Remarkable images from on-board cameras provide a detailed “ride-along” view of Arianespace’s Flight VS07, which orbited Europe’s Sentinel-1A from the Spaceport in French Guiana.

Recorded during the 23-minute mission on April 3, multiple cameras covered the action from final countdown to separation of the mission’s payload.

The Arianespace/European Space Agency/Roscosmos-copyrighted video begins with the pre-launch steps as seen from two cameras – mounted on opposite sides of the medium-lift launcher.

Looking down from the launcher’s upper portion, the opening sequence includes separation of umbilical connections for Soyuz’ Fregat upper stage, followed by the tilt-back of two umbilical masts. One of these masts provides fluids and electrical connections for the launcher’s Block I third stage, while the second mast services the Soyuz vehicle’s Block A core stage.

Soyuz’ engine ignition is clearly seen in the video with the startup sequence for the first stage’s four boosters and central core second-stage. This is followed by liftoff and the opening of four arms that supported the vehicle while on the pad – and which are opened by Soyuz’ upward movement.
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