Secrets of the Deep Sky

Jupsat Pro Astronomy Software

Jupsat Pro is a revolutionary new software for Windows PCs that allows you to get all of the information on the largest planet in our solar system. You don't have to wonder about the gas giant anymore; you can learn everything you want to know about it from this software. You will be able to know more about Jupiter than anyone who is not an astronomer by trade. You will get access to a LIVE stream from Nasa from satellites that are watching Jupiter constantly. You will be able to look at the planet as often as you want from the comfort of your own home! You can also see the positions of Jupiter's four moons at any given time that you want to; you can track the great red spot across the face of the planet if you want to! Everything you want to know about the most imposing planet in our solar system is right at your fingers! Read more here...

Jupsat Pro Astronomy Software Summary


4.6 stars out of 11 votes

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Price: $24.95

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My Jupsat Pro Astronomy Software Review

Highly Recommended

Jupsat Pro Astronomy Software is a professionally made product. Professionally done by acknowledged experts in this area of expertise.

In conclusion, I would say that the learning curve for this software is quite steep and lengthy to get the full benefits from it's use. But if you are prepared to put in the hours needed to learn it's full capabilities this piece of software will give you many times that back. I can recommend this software to anyone.

Secrets of the Deep Sky

Brian Ventrudo, author of Secrets of the Deep Sky, reveals how to look beyond the easy sights such as Venus, Mars, the Pleiades star cluster, and the moon, and find the much deeper parts of the beautiful night sky that most people never get see. You will learn to increase the reach of your telescope to look farther into the sky, and find any object of the night sky that you want to see. You will learn the celestial coordinate system, to learn how to map any object in the sky. You can also learn to estimate distances in the night sky. You can learn to change your field of view to see wide objects like massive nebula, and simple techniques to preserve your night vision and increase the sensitivity of your eyes by 20-40x. This eBook guide shows everyone, from the beginner to the more experience stargazer the best tricks to get the most out of every night sky. Read more here...

Secrets of the Deep Sky Summary

Contents: Ebook
Author: Brian Ventrudo
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Price: $29.00

Modeling Predator Prey Dynamics

Our gathering in Sicily from which contributions to this volume developed coincided with the continuing celebration of400 years of modern science since Galileo Galilei (1564-1642). Although Galileo is most often remembered for his work in astronomy and physics, I suggest that his most fundamental contributions were to the roots of rational approaches to conducting science. An advocate of mathematical rationalism, Galileo made a case against the Aristotelian logicoverbal approach to science (Galilei 1638) and in 1623 insisted that the Book of Nature is written in the language of mathematics (McMullin 1988). Backed by a rigorous mathematical basis for logic and hypothesis building, Galileo founded the modern experimental method. The method of Galileo was the combination of calculation with experiment, transforming the concrete into the abstract and assiduously comparing results (Settle 1988).

The Odds of Animal Life Elsewhere and of Intelligence

In the 1950s, astronomer Frank Drake developed a thought-provoking equation to predict how many civilizations might exist in our galaxy. The point of the exercise was to estimate the likelihood of our detecting radio signals sent from other technologically advanced civilizations. This was the beginning of sporadic attempts by Earthlings to detect intelligent life on other planets. Now called the Drake Equation in its creator's honor, it has had enormous influence in a (perhaps necessarily) qualitative field. The Drake Equation is simply a string of factors that, when multiplied together, give an estimate of the number of intelligent civilizations, N, in the Milky Way galaxy. As originally postulated, the Drake Equation is. star systems with planets, however, was very poorly known in Drake's time. Although many astronomers believed that planets were common, there was no theory that proved star formation should include the creation of planets, and many believed that the formation of...

Are Stars with Planets Anomalous

We now know that planetary formation outside our own system does indeed occur. The recent and spectacular discovery of extrasolar planets, one of the great triumphs of astronomical research in the 1990s, has proved what has long been assumed that other stars have planets. But at what frequency It may be that a substantial fraction of stars have planetary systems. To date, however, astronomers have succeeded in detecting only giant, Jupiter-like planets available techniques cannot yet identify the smaller, rocky, terrestrial worlds. Now that numerous stars have been examined, it appears that only about 5 to 6 of examined stars have detectable planets. Because only large gas-giant planets can be detected, this figure really shows that Jupiter clones close to stars or in elliptical orbit are rare. But perhaps it indicates that planets as a whole are rare as well. cording to astronomers conducting these studies, there seems to be a causal link between high metal content in a star and the...

How Do Plate Tectonics Operate At Luna

Although our viewpoint is certainly biased, our planet's tilt axis seems to be just right. Constancy of the tilt angle is a factor that provides long-term stability of Earth's surface temperature. If the polar tilt axis had undergone wide deviations from its present value, Earth's climate would have been much less hospitable for the evolution of higher life forms. One of the worst possibilities is that excessive axis tilt could have led to the total freezing over of the oceans, a situation that might be very difficult to recover from. Extensive ice cover increases the reflectivity of the planet, and with less absorption of sunlight, the planet continues to cool. Astronomer Jacques Laskar, who made many of the calculations that led to the surprising discovery of the Moon's importance in maintaining Earth's stable obliquity, summarized the situation as follows There is currently much speculation about how rapid such changes of planetary obliquity might be in the absence of the Moon....

Finish Work

Without an atmosphere there would be no life on Earth. Its composition over Earth history is one of the reasons why our planet has remained a life-supporting habitat for so long. Today the atmosphere is highly controlled by biological processes, and it differs greatly from those of other terrestrial planets, which range from essentially no atmosphere (Mercury) to a CO2 atmosphere a hundred times denser (Venus) and a CO2 atmosphere a hundred times less dense (Mars). Even viewed from a great distance, Earth's strange atmospheric composition would provide a strong clue that life is present. Composed of nitrogen, oxygen, water vapor, and carbon dioxide (in descending order of abundance), it is not an atmosphere that could be maintained by chemistry alone. Without life, free oxygen would rapidly diminish in the atmosphere. Some of the O2 molecules would oxidize surface materials, and others would react with nitrogen, ultimately forming nitric acid. Without life, the CO2 abundance would...

Advanced Life

An alien astronomer, viewing Earth from a great distance, could detect the presence of life on the planet with comparative ease. This could not be done directly, by imaging, but rather indirectly, by spectral analysis of the composition of the atmosphere. Even with the most grandiose alien telescopes, it is doubtful that extraterrestrial astronomers could directly detect organisms, groups of organisms, or even the most immense structures life has formed coral reefs, forests, forest fires, red tides, city lights, the Great Wall of China, freeways, and dams. At best, images of Earth would only slightly resolve what Carl Sagan referred to as the pale blue dot. The principal clue alerting distant astronomers to the presence of life would be a spectacular and unmistakable signature. Spectral analysis of infrared light would reveal that life plays such a major role on the planet that it controls the composition of the atmosphere.

Cognitive Psychology

The study of thought, and particularly its measurement, is a relatively recent development. For centuries, the thinking processes of humans were believed to be somewhat mystical and certainly not available for scientific inquiry. Most philosophers were concerned more with the mind and its relationship to the body or the world than with how people think. The study of thought, although it was generally considered by the ancient Greek philosophers, did not merit serious attention until the emergence of the personal equation by astronomers and the realization that thought processes are indeed measurable and can be measured accurately and precisely. The story of the first recorded measurements of thought begins with the royal astronomer to England, Nevil Maskelyne, and his assistant, David Kinnebrook, in 1794. Astronomers of the day were mostly concerned with stellar transits (measuring the movement of stars across the sky). Using telescopes and specialized techniques, the astronomer...

Measuring Thoughts

Some of the earliest systematic studies of thought and the accompanying desire to measure it came from astronomy, not psychology or philosophy. From this beginning, Dutch physiologist Frans C. Donders set out specifically to measure a sequence of mental process thought in the middle of the nineteenth century. His technique was simple yet elegant in its ability to measure how much time mental processes consume the procedure developed by Donders is typically referred to as the subtraction technique.

Telescopes Mastery

Telescopes Mastery

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