You need to avoid such foods, because they tend to be fatty and high in glycemic index (GI.) What you need to do is to prepare your foods well before doing star gazing, and make this a habit. Use this glycemic index food list to choose foods that have low GI.

If you happen to eat “bad” on regular basis, you might want to do south beach diet phase 1. It’s a good way to lose weight fast – the plan lasts for 14 days.

Remember, eating right can make your star gazing experience a much, much better one.

Here’s how to modify a webcam so that you can attach it to a telescope. The video is 4 years old, but nevertheless, it’s still useful today. Check this out:

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Telescopes were also a favorite in the classroom, yet not quite as much as viewing the world of scabs, hair or whatever gross object that a middle school child could find to view up close and personal.

Microscopes and telescopes have the interesting effect on pre-teens and the thought process that they can come up with to view with microscopes and telescopes is often times quite original.

Microscopes and telescopes are quite similar in that they are both utilized to view objects up close. The utilization of microscopes and telescopes dates back to the early 17th century and the similarity in the use of convex and concave mirror and lenses to make them have not changed much in the last few centuries. While these similarities in materials have not changed the utilization of technology has increased the abilities of microscopes and telescopes.

Microscopes and telescopes have evolved into computer versions that allow the user to manipulate the scopes and view the images on a computer. The computerization of microscopes and telescopes allows the user to manipulate the imaging process as well as the search process.

Differences in Microscopes and Telescopes

Beyond the obvious viewing material, looking at organic material under a microscope or the stellar skies with a telescope the microscope and telescopes differ in the manner in which they produce images to the user and the various types of microscopes and telescopes produce varying results that enable the user to view various images. While microscopes provide the user with a view of material in an easier manner than the telescope user, since telescope use takes patience to find various objects in the sky.

While many of us have fond memories of our first microscopes and the dream of our very own laboratory and although many of us are older we can still pass that passion on to our own children or grandchildren by introducing them to microscopes and telescopes. So when looking back at your childhood and remembering the times with your microscope or telescope take the time to share those memories with youth in your life.

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Jupiter is a spectacular planet when seen in a telescope, sporting two prominent cloud bands and its Great Red Spot, a cyclonic storm system three times the size of Earth that has blown across Jupiter for over 300 years. Glistening like diamonds, the four largest satellites orbit the planet in a matter of days in a never-ending dance. And, because we see those satellites edge-on, they alternately sail across Jupiter’s face, throwing dark shadows onto Jupiter’s clouds, or get eclipsed by Jupiter itself when they go behind the planet.

Back in 1994, an incredible spectacle unfolded in that part of the solar system. An inbound comet was torn apart by Jupiter’s immense gravitational pull. 20 fragments separated into a line of beads, each with its own cometary tail. While that in itself was spectacular, Jupiter wasn’t finished with the comet. The immense planet pulled the comet in, and all 20 fragments plummeted into Jupiter’s atmosphere and detonated in the biggest explosions seen in recorded history. And they left their mark. Visible for weeks afterward, the dark impact blotches were visible in backyard telescopes. That one event gave nations across the world pause for thought. What if such en event had happened to Earth instead of Jupiter? In all probability, it would have been an extinction level event.

So it’s fair to say that Jupiter and its environs is one pretty interesting place. But knowing what to look for, and when, is key to making the most of any Jovian observing experience.

And that’s what Jupsat Pro does for you. It models the positions of Jupiter’s four largest satellites so you’ll always know where they are in relation to Jupiter and each other. It’ll also tell you when the satellites cross in front of Jupiter, when the satellite shadows cross the planet and when the satellites are hidden behind Jupiter. A satellite track diagram shows how the satellites interact over the course of a month. And you can animate the Jovian system forwards and backwards so you can see how everything interacts (you can even set the speed).

People like looking at the Great Red Spot, especially when you consider its size. Jupsat Pro calculates when the Spot crosses the center of Jupiter (the best observing opportunity) and produces a table of times for the month you’re interested in. And when you animate the display, the Great Red Spot is also shown rotating on Jupiter.

It should be mentioned that Jupsat Pro shows data for the time and date you select or when an animation is running. You can even zoom in and out to get the best view of what’s happening. Satellite information is color-coded so you can easily see when satellites are crossing in front of or behind Jupiter. If you want close-up views of the Jupiter or its satellites, you can have them too.

Not all telescopes are the same and so they don’t all show the same view. Some flip the view left to right; some upside down; and others still, a combination of both. Whatever telescope you have access to, Jupsat Pro will simulate the view through that ‘scope. It makes everything so much easier.

Knowing when Jupiter is up in the sky is also important. And Jupsat Pro will tell you that if you tell it where you live.

So is that everything in Jupsat Pro? No, not quite. You can watch NASA TV live from within the software (but you do need to be online!). Or you can download all the latest news about Jupiter and general astronomy news as well. There are many links to Jupiter-related sites and resources online, for example NASA’s PhotoJournal compiled from the various space probes sent to or past Jupiter, or how to pick up radio signals from Jupiter.

All in all, there’s no better astronomy software package purely dedicated to the largest planet in the Solar System. Start exploring the dynamic worlds of Jupiter and its amazing satellites.

Gary Nugent has been creating astronomy software applications for over 10 years and has run the popular Night Sky Observer website during that time.

For more information about Jupsat Pro, click here.

Purpose of a Telescope Mount

A telescope mount provides a stable platform for your telescope, whether it is a refracting telescope, reflecting telescope, Dobsonian telescope, or catadiotric telescope. A telescope mount will ensure that your viewing of a celestial body is not interrupted by unexpected movement. It also determines how you will position your body relative to the telescope to view the night’s sky, determining how comfortable you will be over any extended period of stargazing.

Types of Telescope Mounts

Altazimuth telescope mounts are generally used on a Dobsonian type telescope. These telescopes look like a large canister and are mounted on a chassis that provides limited mounting capabilities. With this type of mount, the telescope can be adjusted in up and down or left and right positions. This range of movement in a telescope mount is generally fine for the beginner and intermediate astronomer.

Equatorial mounts are more advanced and allow for greater movement to coincide with the movement of planet Earth. As good as this sounds, there is a level of skill required by the user. The user will need to understand the planet movement and be required to make minor adjustments to the telescope mount. This type of mount is usually reserved for higher quality telescopes, so it is really geared for the intermediate to advanced astronomer. However, with a little experience and practice, the mount could be used by most stargazers.

In this hi-tech era, computers have become an integral part of astronomy and are used to move and track heavenly bodies. Well, an advanced telescope mount, though expensive, is available that provides this kind of computer tracking and superior viewing options. This mount even facilitates the viewing through the computer monitor as well as the eyepiece, with a few clicks of your mouse moving the mount into position.

Choosing the Right Mount

In choosing the right mount, you must first determine what the intended use of the telescope is. Other considerations are the skill level and specific needs of the operator. Determining the type of terrain the mount will be used on will dictate the stability requirements. And, of course, your astronomy budget will play a major role in what type of telescope mount you will purchase.

Choose a mount that will allow for a comfortable body position for times of extended viewing. Nothing can ruin a stargazing experience faster than being required to contort your body in unnatural positions to get a satisfactory view of your desired object.

So, to choose the right telescope mount, take the time and effort to research the different brands of telescope mounts and the various quality levels available. Then, and only then, choose the one that best suits your needs and falls within your budget limits. It can make the difference between a comfortable, enjoyable stargazing experience and a cramped, short-lived outing.

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This video shows you how to make a Wiimote controls an Orion Atlas EQ-G (Also known as Eq6) mount. I used GlovePIE, BlueSoleil, and PPJoy to make this work.

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Still others were interested as children, but then lost the interest, only to have it rekindled in later life, perhaps by seeing a TV documentary, talking to an amateur astronomer, or maybe just one day looking up at the night sky and being bitten with a longing for those long-forgotten childhood pleasures of discovering the universe.

So the next step is, of course, to go out and buy a telescope. Or is it? Here’s a strange piece of advice, think of a pair of binoculars first. Why? Because, quite simply, a good pair of binoculars will allow you to see much of what you can see with a telescope. And a good pair of binoculars can often give a better view (a much better view in many cases) than a cheap telescope.

This is because binoculars have a wide field of view and allow you to navigate the sky very easily. Many great things can be seen with binoculars, including hundreds of thousands of stars, many of the most striking star clusters and most of the planets of the solar system. You can also see much of the detail of the moon, including craters and mountains.

But eventually you will want a telescope. And as with all purchases, the best thing to do is ask an expert which is the best one. And where do you find experts? At your local astronomy club, of course. Ask the members about the pros and cons of the different telescopes. Every telescope has its advantages and disadvantages. With the experience of a pro under your belt you’ll be able to buy the telescope that’s right for your viewing needs.

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Now, of course, the idea of making telescopes is something that can be considered as an art form, something that only few can do, but something that can give wonderment to plenty. In reality, making telescopes has become something of an art form. Not many people can do it, and even though telescopes are mass produced, they are done so by machinery and computers that can make the best lens, and put it at the best angle, with the best kinds of eyepieces so that you can see the furthers and the clearest.

This is not something that many people know how to do, because the computers can much more easily compute what type of lens should be used and where each part should go so that you are able to find yourself with the best telescope possible.

Art Form

However, in the difficulty of making telescopes lies the actual art form. Those that began to make these devices a long time ago passed on the wisdom to their children, and to their children’s children. This is the kind of art form that is something which will last for a lifetime, and these children have never forgotten it.

Even today there are people who build telescopes by hand, using just the right types of wood and just the right sizes of wooden pipes to make the telescope. The art of making telescopes is something that is much alive today.

Of course, making telescopes is an art form that does not result in telescopes that can see the farthest and the clearest. It is, in fact, something that is not done because these telescopes are going to be the best ever made. It is something that is done to preserve the original idea of exploration that these craftsmen had.

If you have a homemade telescope, it will not see the farthest and the clearest. It will, instead, give you a glimpse into history and what it meant to truly be the first to discover something. You might just be impressed at what you come up with.

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The NASA/ESA Hubble Space Telescope has discovered an extrasolar planet, for the first time using direct visible-light imaging. The strange world is far-flung from its parent star, is surrounded by a colossal belt of gas and dust, and may even have rings more impressive than Saturn’s.

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