Astronomy Products – Fasten your seat belt amateur astronomers, we take off just before dawn, toward the star Spica in the constellation Virgo in the southeastern sky.
ISTAR’s new Phoenix WFT 204-6 Comet Hunter is blasting off for Comet ISON.
Featuring a f/5.9 achromatic doublet objective, fully multicoated optics and a dual-speed, 360 degree 2.5″ focuser, ISTAR’s new Phoenix WFT 204-6 is the perfect starship to take you to Comet ISON and beyond.
Your starship to the stars is waiting!
Drop by ISTAR-optical.com or a local telescope shop to have a look at ISTAR’s new Phoenix WFT 204-6. Once you have a look at this telescope, you’ll begin to sweat as you visualise your next celestial journey to Comet ISON around November 28, as it nears its closest point to the sun.
The Delos line of visionary eyepieces has an image to live up to built over thirty years of outstanding products and services.
Astronomy Products –
Tele Vue has won many awards for their visionary eyepieces and imaging innovations over three decades. Their new Delos line of visionary eyepieces has just added a few more to the collection case. Sky and Telescope recently awarded the Delos line a Hot Product for 2013 award, while Astronomy Magazine awarded the Delos line a 2012 Star Product award.
We found the Delos line of visionary eyepieces have essentially perfect optics and performed even better than we imagined. They provide a pure view of both the planets and deep-sky objects. Tele Vue has hit all of the right keys with the Delos line of visionary eyepieces, creating an eyepiece that can stand toe-to-toe with the best eyepieces on the market.
The new Delos line of 72-degree apparent field eyepieces feature a long eye-relief of 20mm and are guaranteed to last a lifetime. When owning the best eyepieces in the world doesn’t cost much more, the new Delos line is the easy choice.
View the universe through a Delos today and discover “Love at first sight.”
Astronomy Products – The new Advanced VX telescope series from Celestron raises the bar higher in mid-level telescopes and gives amateur astronomers the ability to view Comet ISON or any spectacular celestial event their heart desires. The Advanced VX series incorporates many of the outstanding features included with Celestron’s most sophisticated German equatorial telescopes, including better motors, Periodic Error Correction and an auto guiding port. Providing every aspiring or amateur astronomer looking for a reasonably priced telescope with some of the most desired features on a modern telescope at an affordable price, the new Advanced VX series sets the bar high for new mid-level telescopes.
Take a look at some of the things included in the new Advanced VX series from Celestron
integer gear ratios and permanently programmable Periodic Error Correction eliminates residual tracking errors from the worm gear
SkyQ Link compatibility for wireless control of your Advanced VX series telescope
allows viewing or imaging across the meridian without interference from the motor’s housing
NexStar + hand control offers multiple language programming (German, English, French, Italian, Spanish)
new motors provide improved tracking performance and more power to overcome load imbalances
improved electronics with increased memory for future expansion
The portion of the sky the Hubble Space Telescope is currently looking at is full of planets both big and small
Astronomy News – One of the greatest things about being an astronomer is the excitement of mystery and wonder you feel every time you discover something you never even suspected. This must have been the feeling running through the minds of astronomers looking at the data provided by the Hubble Space Telescope indicating the presence of planets around distant stars. The rush of adrenalin as they went over the data they had worked and waited for must have been truly euphoric.
What kind of planets would they find? Smaller rocky worlds like Earth, larger gas planets like Jupiter, or some unusual planet never before dreamed of. All of their hard work and dedication to the task-at-hand is about to open a door of discovery to worlds of wonder. Worlds with environments unlike anything we have experienced on Earth, where life we could never envision might have evolved. This is why astronomers spend countless days, weeks, months and ultimately lives studying the sky above our heads.
Astronomers see a sky full of planets
The small portion of the sky being studied by astronomers using the Hubble Space Telescope is full of planets. Some appear to be of a similar rocky composition to our home planet while others appear to be totally inhospitable to Earth-type life. Planets like Earth are thought to be mainly composed of rocky material, which is denser and thus heavier than the materials making up gas planets. The planets being found orbiting stars in the portion of the sky being surveyed by Hubble are helping to rewrite planet formation theory and other areas of astronomical study. Astronomers are finding planets of types they were expecting to find, and a few they weren’t expecting to see.
The first planets found by the Hubble Space Telescope were large gas giants, like Jupiter and Saturn, but more recent finds have included planets similar in size and possible composition to Earth. Astronomers want to study Earth-like planets in an effort to uncover more secrets concerning the birth of our own solar system and the planet, which could give us clues to the development and evolution of Earth-like life in our universe. More recent developments even include the first direct imaging of a planet orbiting a distant star.
The truly amazing part is Hubble is only surveying a portion of the sky with around 100,000 suns and we’re finding more and more planets as astronomers continue to refine their planet finding techniques and instruments. Once we extrapolate and calculate the number of possible planets, using the available data so far gathered, we find the number of possible planets to be beyond count.
Astronomers will use the James Webb Space Telescope to journey to the beginning of space and time
During the 2013 human space odyssey, astronomers explored a portion of the night sky with the Hubble Space Telescope and exclaimed. It’s full of planets! In the years ahead during the human journey to the beginning of space and time, we expect astronomers to discover undreamed-of worlds, revolving around suns we humans can’t even conceive of. Especially once the James Webb Space Telescope comes online we should expect to visit undreamed of planets.
Best to buckle your seatbelt and prepare for the ride of your life! The human journey to the beginning of space and time is about to take off to planets beyond imagination. In the months and years ahead we expect to visit worlds with environments we would find inhospitable at best. Worlds where human survival would be doubtful and any life we found would be unusual beyond imagination.
Click this link to watch a YouTube video on weird planets in the universe.
The human journey to the beginning of space and time begins
Astronomers watch the greatest show on Earth every night
Astronomy News ( 2013-10-15) – Walk out to the darkest star viewing spot you can find at dusk and take a seat, “The greatest show on Earth is about to begin!” Lay back on your cold seat and you become lost-in-space as you stare upwards at one of the first sights to greet human consciousness onto the stage upon awakening during the distant past. Close your eyes and let your mind boldly fly off into the night sky in search of new lands of promise warmed by alien suns. Stand upon undreamed landscapes straight out of the Twilight Zone and record ideas and thoughts that could alter the course of human history and open up avenues to undreamed of events. Human beings have looked skyward in wonder and awe for thousands of years and dreamed of voyaging to the lights in the night sky. Today humans dream of traveling to the nearest star in our sky and standing on alien landscapes which will alter human beings as a race and create history unlike anything dreamed of by science fiction writers.
Will human adventures travel across outer space to distant suns in search of answers to questions pondered throughout human history? Will human beings one day journey through the universe seeking the origins of human life or a suitable planet to call home? As Mr. Roddenberry points out, space will be one of the last frontiers of humankind. At the current rate of technological growth, it could be only a matter of time before human beings have the ability to travel across interstellar space looking for non-terrestrial life and the resources humans need to survive and prosper.
Space Exploration will be far more challenging than life on earth
Traveling across the vast stretches of outer space between Earth and a nearby star system will be far more challenging and dangerous to undertake then climbing the tallest mountain or sailing an unexplored ocean. The distances in both space and time involved in such voyages will require human beings to surmount technological and social obstacles unlike any experienced during life on planet Earth. During the past century, humans have designed and engineered mechanized devices capable of launching into outer space and crossed the short stellar distance between Earth and its moon. We have started to become acquainted with life-in-space and the challenges involved in space travel. During the next fifty years, mankind will travel into the solar system and start to develop the technology required to successfully travel to nearby star systems to begin life again under an alien sun.
Does mankind presently have the technology, will power, and resources to journey to a nearby star system? The answer at this point in human history is a realistic and resounding, “No!” Using a reaction engine similar to the liquid oxygen/hydrogen main engine of the space shuttle to travel to the nearest star system, Alpha Centauri, would require over 100 years and fuel tanks too big to carry. Nuclear powered propulsion using fusion or fission requires technology and radiation shielding presently unavailable in order for human beings to survive the journey. Doctors also have questions concerning the possible medical problems associated with long-term exposure to acceleration and deep space radiation, and the drag forces involved using this form of propulsion still have to be addressed. The often dreamed of, but at this point unrealized, warp drive will probably never make it off the pages of science fiction books and into the cold of deep space. Instead, it will be replaced by an undreamed of propulsion system allowing us to travel closer to the speed of light, or circumvent the universe’s speed limit using a new idea, yet to be conceived.
If mankind made traveling to the nearest star system the top priority during the years ahead what would be needed to make the journey a success? The answer to this question continues to change as scientists and engineers study the goal more. The closest alien sun to Earth is the Red Dwarf Proxima Centauri, which on average is the short stellar distance of just 4.22 light-years (24.7 trillion miles or 29.9 km) away. Traveling at the estimated speed of Voyager 1, around 37,000 mph, it would take a spaceship over 76,000 years to complete the journey. During this length of time, human beings would have long enough to evolve significantly in the new and alien environment of deep space. Would we recognize our human ancestors after 76,000 years evolving during a trip through outer space?
Proxima Centauri also has no known planets upon which humans could begin life again under an alien sun. This Red Dwarf star is also significantly cooler than our own sun, so the habitability of any existing alien worlds would be questionable at best. Optimistic humans point out that Proxima Centauri is part of a bigger star system, containing other possible candidates which could have habitable planets. This dim star is considered by many to be part of the bigger Alpha Centauri system, which includes the binary stars Alpha Centauri A and B, just 4.4 light-years from Earth. Astronomers and scientists have their doubts about the possibility of other habitable planets in this star system at this point. Instead, they point to star systems further out in deep space, which seem to offer a better possibility of habitable planets.
The stars can’t wait
If humans move to a new home circling an alien sun, we’ll do it in stages, beginning with the exploration of the solar system. The International Space Station will be the staging point for the next phase of the exploration of the solar system. From here we can reach outward into the solar system to see what mysteries and discoveries await us just beyond the visible horizon. We’ll need time to develop the technology required for interstellar space travel and the terraforming of alien worlds. In the meantime, we’ll continue to send out envoys and ambassadors in the form of unmanned spacecraft to nearby star systems within our reach. The first of these envoys of the human race, Voyager 1, has traveled a distance of around 11 billion miles during 35 years of continuous space travel. This puts Voyager 1 still firmly within the boundaries of the known solar system, which reaches some 4.6 trillion miles into cold space and the Oort Cloud on the fringes of our system of planets. Eventually, Voyager 1 will travel beyond the boundaries of the solar system and into interstellar space, and this is when the real human journey to the beginning of space and time begins.
Click this link to watch a YouTube video on the search for earth-like planets.
Human beings were designed to view the universe using two eyes
Astronomical binoculars are a time-machine-to-the-stars that will make your “Journey to the Beginning of Space and Time” a trip of a lifetime. The views you’ll experience during your journey will blow-your-mind using two eyes, rather than one, and you’ll return from your trip with tales of space and time your astronomy buddies will envy. The Orion BT100 Premium Binocular Telescope’s 100mm aperture helps to create bright, high-contrast 90 degree views of the universe at 24x magnification, using included 25mm Sirius Plossl eyepieces, that both your eyes will love.
Astronomical binocular telescope with amazing image quality
A 4-inch refractor that accepts standard 1 1/4 eyepieces that are focused individually for optimal performance, the Orion BT100 Premium Binocular Telescope features an all-metal body, fully multicoated achromatic objective lenses, Porro prisms made of BaK-4 glass, and removable eyepieces. Just mount your two-eyed time-machine-to-the-stars on a sturdy heavy-duty tripod, which isn’t included, slip the 25mm Sirius Plossl eyepieces into place in the integrated 90 degree prism assemblies, and blast-off from the Earth and “Journey to the beginning of Space and Time” to experience the wonders of the universe through two eyes.
Blast off to the stars with the Orion BT100 Binocular telescope
Flip the switch on your Meade LS-6 and being your “Journey to the Beginning of Space and Time”
Astronomy Products – Just set up your time-machine-to-the-stars, flick the ignition switch, and your “Journey to the Beginning of Space and Time” begins. Incorporating GPS satellites, internal leveling sensors, a magnetic north compass, and a built-in ECLIPS CCD imager capable of displaying vibrant astroimages on the scope or filing them away so you can send them to all of your astronomy buddies, later, the Meade LS-6 ACF Telescope includes the industry’s most advanced go-to astronomy system, for truly hands-free star-gazing.
Flick the switch, connect to GPS
The Light Switch Technology included with the Meade LS-6 go-to telescope goes to work with the flick of the switch, turning over the job of connecting the global positioning system with overhead satellites to a built-in Integrated Sensor Module (ISM). The global positioning system pinpoints the exact location and local time of your time-machine-to-the-stars on the planet’s surface and then the Level North Technology sensors silently search for two alignment stars and automatically start charting out a real-time sky map of the night sky in its memory banks for the present time and your location on the Earth’s surface.
The perfect telescope for the educated amateur astronomer heading out into the universe for their first “Journey to the Beginning of Space and Time”. The Meade LS-6 will automatically take you to points in space and time you’ll never forget and you can take a few pictures of your unforgettable views to show your friends, when you get back.
Perfect telescope for both amateur and professional astronomers
Experienced astronomers will love not having to remember the name of alignment stars or having to worry about the view being blocked by a tree or house, which can be frustrating and time-consuming to solve. The Meade LS-6 go-to telescope solves these problems and gives you more time for what you really want to do, “Journey to the Beginning of Space and Time”.