Solar And Lunar Eclipse

Eclipses, solar and lunar, have fascinated scientists and lay people for centuries. In ancient times, eclipses were seen as phenomena to be feared – many cultures came up with stories and myths to explain the temporary darkening of the Sun or the Moon. In recent centuries, eclipses have been sought after by scientists and astronomers who use the events to study and examine our natural world.

Solar energy is becoming an increasingly mature industry, and its share of energy production is growing rapidly. Most everyone has seen a solar panel or a solar farm, but there are some less familiar solar technologies that are emerging. One of them is called "transparent solar". Singularity hub sees this as an emerging technology in 2018.

Three science experiments are onboard the spacecraft. INFN has their MoonLIGHT-2 instrument that will use lunar ranging techniques to perform General Relativity tests. The Indian Institute of Astrophysics has their LUCI ultra-violet telescope onboard, while the InSTEM institute has an experiment studying regeneration of plan arial worms in microgravity.

The world of programming languages and technology stacks is becoming increasingly diverse. IDEs such as Eclipse have adapted to this complexity by continuously adding functionality and tooling support to cover as many use cases as possible. But this often happens at the expense of the user experience: Cluttered UIs, lengthy installing and configuration processes and poor responsiveness can be a real pain for developers. With the Sandbox for Eclipse, a minimal, barebone version of Eclipse, we have taken a step back by stripping the Eclipse IDE down to essentials, inspired by text editors such as Atom or Visual Studio Code. The idea is to build a user-friendly, lightweight text editor on top of it. Missing features for decent text editing will be added step by step and based on your?—?the users'?—?feedback. The Sandbox for Eclipse is not only lightweight and fast to install, but it will put you back in the driver's seat when it comes to deciding what functionality is really necessary.


The first solar eclipse of 2019 happens during the daylight hours on January 5 or 6 – depending on your location – when the new moon takes a bite out of the solar disk. It’s a partial eclipse, not a total one. This partial eclipse of the sun is primarily visible from northeastern Asia and the northern part of the North Pacific Ocean, including Alaska’s Aleutian Islands.

You might be wondering why we don’t have a lunar eclipse every month as the moon orbits Earth. It’s true that the moon goes around Earth every month, but it doesn’t always get in Earth’s shadow. The moon’s path around Earth is tilted compared to Earth’s orbit around the sun. The moon can be behind Earth but still get hit by light from the sun.

One fortnight (approximately two weeks) after the January 5-6 solar eclipse, the full supermoon will pass through the Earth’s dark shadow on the night of January 20-21, 2019. It’ll stage the last total lunar eclipse until May 26, 2021. This total lunar eclipse will be visible from North and South America, plus much of Europe and Africa.

One semester (six lunar months or six new moons) after the January 5-6, 2019, partial solar eclipse, a total eclipse of the sun will take place on July 2, 2019. Then the partial lunar eclipse on July 16, 2019, will happen one semester (six lunar months or six full moons) after the January 20-21 total lunar eclipse.

Fortnight (approximate two-week) separation between solar and lunar eclipses. A solar eclipse always takes place within one fortnight of any lunar eclipse. This year, we have a pair of eclipses (one solar and one lunar) in January and then in July 2019. We also have an annular solar eclipse on December 26, 2019, followed by the penumbral lunar eclipse of January 10, 2020. Although this pair of eclipses (one solar and one lunar) straddles different years, these eclipses are still one fortnight apart:


Solar eclipses, which will occur in 2019 on July 2 and December 26, correspond with new beginnings and unexpected opportunities. However, since the sun (which symbolizes our external experience) is obscured by the moon (representing our emotional inner-world during this lunation, solar eclipse events often first begin internally. For many people, solar eclipses are when we realize we need more than what we’re currently receiving. They're a time to send cosmic invitations to the universe and to welcome abundance.

When astrologers discuss these lunations, we refer to the ways in which they impact a chart as an “eclipse story.” These narratives unfold over the series of eclipse (approximately two years). Accordingly, the partial solar eclipse in Cancer on July 13, 2018 was a big deal because it was the first lunation in a brand-new series. In other words, it marked the very first chapter of a new karmic story. Think back to what occurred in your life at this time and consider the major players, conflicts, and the location.

An eclipse happens when one astronomical body blocks light from or to another. In a lunar eclipse, the Moon moves into the shadow of Earth cast by the Sun. When the Moon passes through the outer part of Earth’s shadow—the penumbra, where the light of the Sun is only partly extinguished—the Moon dims only slightly in what is called a penumbral eclipse. When the Moon passes through the central part of Earth’s shadow—the umbra, where the direct light of the Sun is totally blocked—the lunar eclipse is considered partial if the Moon is partly within the umbra or total if the Moon is completely within it.


In a solar eclipse, the Moon passes between Earth and the Sun and stops some or all of the Sun’s light from reaching Earth. There are three kinds of solar eclipses. In a partial solar eclipse, the Sun is partly covered when the Moon passes in front of it. In a total solar eclipse, the Moon completely covers the Sun. In an annular solar eclipse, the Moon does not completely cover the Sun but leaves the edge of the Sun showing. This last type of eclipse happens when the Moon is farthest in its orbit from Earth and Earth is closest in its orbit to the Sun, which makes the Moon's disk too small to cover the Sun's disk completely.

Lunar and solar eclipses have enchanted and even frightened humans for thousands of years. Most recently, sky watchers were treated to a total solar eclipse as its path crossed the Pacific Ocean and made landfall in La Serena, Chile, on Tuesday (July 2). Millions of spectators within and beyond the path of totality enjoyed the sight, which crossed South America until ending just south of Buenos Aires, Argentina.

Eclipses aren't limited to one part of the world. In fact, there will be 20 lunar and solar eclipses traversing different places on Earth from now until the next North American cross-continental total solar eclipse on April 8, 2024. Here is a list of where these lunar and solar eclipses will pass, and what viewers can expect. Data is based on timetables and maps from NASA and the TimeAndDate.com.

Please note: There are several solar eclipses listed here, and spectators should ONLY observe the phenomenon directly if they have the aid of protective eclipse-viewing eyewear. The eclipse is just safe to view with the naked eye for the few moments during a total solar eclipse when the moon is blotting out the entire body of the star.

Up to seven eclipses of the Sun and Moon can take place in one year, though the last time that happened was 1982, and the fewest possible is four. The mix of six events occurring in 2020 is especially interesting: The two solar eclipses will be "central" events (one total and one annular), yet all four of the lunar eclipses will be penumbral and therefore hardly noticeable. North Americans will be disappointed to learn that they'll have a chance to see only two of the penumbral events.

If the Moon completely hides the Sun, the eclipse is considered total. With its brilliant disk completely covered, the Sun's ghostly white outer atmosphere is momentarily revealed for durations from seconds to several minutes. In November 2013, for example, planeloads of eclipse-chasers converged in a remote portion of northern Kenya to watch just 11 seconds of totality.

A total solar eclipse occurs when the Moon completely covers the Sun, as seen from Earth. Totality during such an eclipse can only be seen from a limited area, shaped like a narrow belt, usually about 160 km (100 mi) wide and 16,000 km (10,000 mi) long. Areas outside this track may be able to see a partial eclipse of the Sun.

From Earth, we can see 2 types of eclipses – eclipses of the Sun (solar eclipses), and eclipses of the Moon (lunar eclipses). These occur when the Sun, Earth, and the Moon align in a straight or almost straight configuration. Astronomers call this a syzygy, from the ancient Greek word syzygia, meaning to be yoked together or conjoined.

The world will inevitably transition to renewable energy sources such as solar panels and wind turbines. However, it is the amount of time we take to transition to renewable energy resources that will ultimately define the human race and mark what future generations will have left after the sea levels rise and climates shift, and after all the droughts, floods, wildfires, hurricanes, and ocean acidification. After Greenland melts and Florida disappears.

The third place to catch glimpses of what is coming next is in the imagined futures of science fiction, whether in the form of books, television shows or films. Sci-fi stories take interesting ideas and carry them to their logical conclusions. What if we could build general-purpose robots, or a space elevator? What would happen if nanotechnology or biotechnology got out of control, or genetic self-modification became as commonplace as tattoos? It can be a handy way to map out the space of potential long-term outcomes: what Elon Musk, a leading technology entrepreneur, calls the "branching probability streams" of the future.

Something there is that can refresh and revivify older people: joy in the activities of the younger generation?—?a joy, to be sure, that is clouded by dark forebodings in these unsettled times. And yet, as always, the springtime sun brings forth new life, and we may rejoice because of this new life and contribute to its unfolding; and Mozart remains as beautiful and tender as he always was and always will be. There is, after all, something eternal that lies beyond reach of the hand of fate and of all human delusions. And such eternals lie closer to an older person than to a younger one oscillating between fear and hope.

I believe that productising services is the next level to ensure that technology is being used to enable companies and it's customers to compete. Having people dedicated to finding opportunities, creating high value products, and sun-setting unrequired services is one of the leanest ways to reduce wastage.

You move onto a different solar system and try again. This time, you spend more time in the workshop before you press play. Meanwhile, as you tinker, trying to find the nationalist, jigsawy bit of the animal brain, you keep thinking about those humans back on Earth and all their jigsaw puzzles and all their flags and all their pride.

Solar panel makers such as Yingli , Canadian Solar and SunPower and wind turbine makers such as Vestas Wind Systems , GE and Goldwind provide the important technology and hardware needed to harvest energy from these renewable sources. Now let's layer in on-board software platforms from the likes of entrenched giants such as Google or IBM or start-up players like Data Robot that collects data from weather satellites, weather stations and other renewable power sources that would enable the optimization of solar and wind energy addressing the issue of intermittency and the energy duck curve.

When exploring Soofa's website, you will come across a section dedicated to research; something that really stands out here is an outline of "how Soofa is turning cities into R&D Labs". This begs the question: how does this novel idea fit into the larger scheme of things? Can Soofa really change the way cities operate? Without hesitation, Sandra explains: "When you think of smart city applications, the first thing that comes to mind is the large investment that it would require out of governmental budgets. The reality, however, is that your smart city initiative doesn't need to have a million dollar budget. It's as simple as that!


Solar technology has been available in first world nations for many years, but when it comes to developing or underdeveloped countries, one has to face questions greater than when can you come out? Many regions and countries in Africa face economic and political instability and this directly affects services and utilities. What's surprising about East Africa adopting the technology is the fact that it's being made available on a rent-to-own system where customers have the ability to use the service for a small monthly fee until they have paid it off in full.