Combining these two disciplines can be a powerful way to enhance the energy in your home. In this article, we’ll explore the fascinating realm of Astrological Feng Shui and how glass doors play a pivotal role in channeling positive energy.

Feng Shui: The Art of Energy Flow

Feng Shui, which translates to “wind and water,” is a Chinese philosophy that has been practiced for over 3,000 years. It’s based on the idea that the arrangement of your environment can influence your well-being and life experiences. Central to this concept is the belief in Qi (pronounced “chee”), the vital life force or energy that flows through everything.

In traditional Feng Shui, the orientation of your home and the placement of objects and furniture are meticulously considered to ensure that Qi flows freely and harmoniously. Astrological Feng Shui takes this a step further by incorporating astrological principles into the equation, making it a highly personalized approach to energy optimization.

Astrology and Personalized Feng Shui

Astrology, with its intricate web of celestial bodies and their positions at the time of your birth, provides a unique blueprint of your personality, strengths, weaknesses, and life path. It also offers insights into the energies that are most auspicious for you. Astrological Feng Shui harnesses this astrological knowledge to tailor the Feng Shui of your home to your individual needs.

One key aspect of Astrological Feng Shui is determining your personal “Kua” number, which is based on your birthdate and gender. This number reveals your auspicious and inauspicious directions, guiding the placement of various elements and objects in your living space, including glass doors.

Glass Doors as Energy Channels

Glass doors serve a dual purpose in Astrological Feng Shui. They are both functional architectural features and potent energy channels. Here’s how they play a crucial role in optimizing the flow of Qi in your home:

• Transparency and Clarity

Glass doors symbolize transparency and clarity, allowing you to see through them. This quality aligns with the Feng Shui principle of inviting positive energy by removing obstacles and clutter. When you have glass doors in key locations, they encourage the flow of Qi by providing a clear path.

• Elemental Balance

In Feng Shui, the five elements (wood, fire, earth, metal, and water) play a significant role. Glass is associated with the element of water due to its reflective and flowing nature.

By strategically placing glass doors in areas that require a boost of the water element, you can restore balance and harmony to your living space.

• Bringing Nature In

Glass doors, especially those that open to outdoor spaces like gardens or courtyards, connect your indoor environment with nature. This connection can be especially beneficial if your astrological chart suggests a need for more grounding or a deeper connection to the natural world.

• Balancing Yin and Yang

Feng Shui seeks to balance the opposing forces of yin (passive) and yang (active) energy. Glass doors, with their ability to let in both natural light (yang) and external views (yin), help strike this balance, creating a harmonious environment that supports your well-being.

The Astrological Aspect: Aligning Glass Doors with Your Kua Number

Now that we understand the significance of glass doors in Feng Shui, let’s delve into the astrological aspect. Your Kua number, as mentioned earlier, determines your auspicious and inauspicious directions. Here’s how you can align glass doors with your Kua number for optimal energy flow:

• Auspicious Directions – If your Kua number suggests certain directions are auspicious for you, consider placing glass doors in these areas. This will channel positive energy into your home and align it with your personal energy blueprint.

• Inauspicious Directions – Conversely, if your Kua number identifies inauspicious directions, be cautious about placing glass doors in these areas. You can still use glass doors in these locations but consider adding Feng Shui remedies, such as curtains or blinds, to mitigate any negative energy flow.

• Balancing Elements – Pay attention to the elements associated with your Kua number and choose glass door designs and colors that harmonize with these elements. For example, if your Kua number is associated with the wood element, opt for wooden-framed glass doors to enhance the connection.

Design and Placement Tips

When incorporating glass doors into your Astrological Feng Shui design, consider these additional tips:

1. Natural Light – Choose glass doors with a design that maximizes the entry of natural light. This not only enhances the overall energy but also creates a more inviting and uplifting atmosphere.

2. Reflective Surfaces – Mirrored or frosted glass can be used strategically to redirect energy or create a sense of expansiveness in smaller spaces.

3. Positioning – Ensure that the placement of glass doors allows for easy and unobstructed access. Avoid cluttering the area around the doors, as this can hinder energy flow.

4. Maintenance – Keep glass doors clean and well-maintained to ensure they continue to serve as effective energy channels. Dirty or cracked glass can disrupt the flow of Qi.

Enhance Your Home’s Energy with Astrological Feng Shui

Astrological Feng Shui is a personalized and powerful approach to optimizing the energy in your home. When combined with carefully chosen glass doors, such as those offered by Dominius, a leading glass door company, it can create a harmonious living environment that resonates with your unique energy blueprint.

Remember that Astrological Feng Shui is a holistic practice, and while glass doors are a key element, they should be integrated into a broader Feng Shui strategy that considers the layout, colors, and elements of your living space. Consult with a Feng Shui expert who specializes in Astrological Feng Shui to create a home that truly aligns with your cosmic energies and promotes your well-being.

With the help of experts and quality products like those provided by Dominius, you’ll be on your way to a more balanced, harmonious, and energetically vibrant living space.

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In the vast realm of space science, where the mysteries of the universe unfold, scholars have the unique opportunity to transition from seekers of knowledge to stargazers. This article explores the intricacies of crafting academic papers in the dynamic field of space science. Academic writing in this domain requires a blend of scientific acumen, rigorous research, and effective communication. Join us on this journey as we delve into the process of transforming scholarly endeavors into captivating contributions to the world of space science research.

Understanding the Landscape of Space Science Research

Space science research encompasses a wide range of disciplines, including astrophysics, planetary science, and cosmology. It is a field of study that explores the mysteries of the universe, from the smallest celestial bodies to the vastness of intergalactic space. Academic papers in space science contribute to the ever-growing body of knowledge and play a vital role in advancing our understanding of the cosmos.

Choosing a Compelling Research Topic

Selecting a compelling research topic is the first step in crafting an academic paper in space science. Scholars must identify areas of exploration and research gaps within the field. This involves keeping abreast of current trends and advancements, as well as considering the societal and scientific significance of potential research topics. By narrowing down the scope and formulating well-defined research questions, scholars can set the foundation for an impactful academic paper.

Conducting In-Depth Literature Review

A comprehensive literature review is crucial in space science research. It provides scholars with a solid understanding of existing knowledge, identifies gaps in the current literature, and helps shape the direction of their research. Effectively locating and evaluating relevant scholarly sources is essential for conducting a thorough literature review. Organizing and synthesizing the information obtained from the literature review serves as a robust framework for the subsequent stages of the research.

Data Collection and Analysis

Data collection and analysis are fundamental components of space science research. Depending on the nature of the study, scholars may employ various methods, such as observations, experiments, or data mining. Accurate data collection is critical to ensure the validity and reliability of the findings. Once the data is obtained, scholars must analyze and interpret it using appropriate statistical or computational techniques, uncovering insights that contribute to the research paper’s objectives.

Crafting a Stellar Research Paper

An academic paper in space science typically follows a structured format. It begins with a clear and concise introduction that highlights the research objective and contextualizes the study within the broader field. The methodology section outlines the research design, data collection methods, and analytical techniques employed. Results are presented in a logical and coherent manner, accompanied by figures, tables, or graphs to enhance understanding. Finally, the discussion and conclusion sections provide an in-depth analysis of the results, their implications, and potential avenues for future research.

Ensuring Scientific Integrity and Rigor

Maintaining scientific integrity and adhering to ethical standards are paramount in space science research. Scholars must practice proper citation and referencing to acknowledge the work of others and avoid plagiarism. Addressing research limitations and uncertainties transparently is crucial for maintaining scientific rigor. By upholding these principles, scholars contribute to the credibility and trustworthiness of the academic community.

Peer Review and Revision

Engaging in the peer review process is essential for refining and improving the quality of academic papers in space science. Peers and mentors provide valuable feedback, highlighting strengths and weaknesses, identifying areas for improvement, and offering insights that enhance the overall quality of the research. Scholars should carefully consider and incorporate the feedback received, ensuring that their revised paper reflects clarity, coherence, and accuracy.

Contributing to the Space Science Community

The dissemination of research findings is a vital part of the academic journey in space science. Scholars have various avenues to share their work, including publishing in esteemed journals, presenting at conferences, and participating in academic forums. By actively contributing to the space science community, scholars foster collaborations, inspire new research directions, and collectively advance our understanding of the universe.

Conclusion

Crafting academic papers in the field of space science is a transformative journey from being a scholar to becoming a stargazer. It involves meticulous research, effective communication, and a dedication to scientific integrity. By selecting compelling research topics, conducting thorough literature reviews, collecting and analyzing data, and crafting well-structured research papers, scholars contribute to the ever-expanding frontiers of knowledge. As we gaze at the stars and unravel the mysteries of the cosmos, academic papers become a medium through which we share our understanding and inspire future generations of space scientists.
This article was written by Sue Ann Bowling from Essay-Reviews. Sue Ann Bowling is a distinguished writer and astronomy enthusiast who brings a wealth of knowledge and passion to her work. Her expertise in academic writing and space science shines through, making this article a valuable resource for scholars and stargazers alike.

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Writing has the power to transport readers to distant worlds, igniting their curiosity and inspiring awe. When it comes to the universe, the vastness of space and the wonders it holds can be a challenge to capture in words. However, with the right approach and tools, writers can embark on an astronomical journey, crafting compelling articles that bring the cosmos to life. In this article, we will explore the art of astronomy writing and provide valuable insights and tips for aspiring essay bot writers. So, grab your pen and notebook, and let’s set up our writer’s observatory.

Setting up Your Writer’s Observatory

Creating a dedicated writing space is crucial for fostering creativity and focus. Choose a quiet corner or room where you can immerse yourself in the wonders of the universe. Surround yourself with elements that inspire you, such as astronomical posters, books, or even a telescope. Equip your writer’s observatory with essential tools like a reliable computer, reference books, and notepads to jot down ideas that strike you at any moment.

Observing the Universe: Gathering Inspiration

Direct observation of the night sky is a powerful way to gather inspiration for your astronomy writing. Spend evenings under the stars, allowing your eyes to wander across the celestial canvas. Notice the patterns of constellations, the twinkling of stars, and the occasional passing of meteors. Take notes on your observations, capturing the magic of the cosmos in your own words. These firsthand experiences will bring authenticity and depth to your writing.

Unveiling the Wonders: Translating Astronomy into Words

Describing complex astronomical concepts in a way that engages readers can be a challenge. Break down complicated ideas into accessible explanations, using analogies and relatable examples. Infuse your writing with vivid imagery and sensory details, allowing readers to visualize the breathtaking beauty of the universe. Paint a picture with words, evoking emotions and a sense of wonder that transcends the boundaries of space and time.

The Astronomer’s Toolkit: Research and References

In astronomy writing, thorough research is essential. Dive into reputable sources such as scientific journals, books, and reliable online databases to gather accurate information. Familiarize yourself with astronomical terms and concepts, ensuring their correct usage in your writing. Keep a list of trusted references that can enrich and validate your work, establishing credibility and providing readers with further avenues for exploration.

From Data to Narrative: Storytelling in Astronomy Writing

To captivate readers, transform scientific data and discoveries into compelling narratives. Weave together facts and anecdotes, inviting readers on a journey through the cosmos. Share personal experiences or stories of astronomers who made groundbreaking discoveries, infusing your writing with human connection. Use storytelling techniques such as building suspense, introducing plot twists, and conveying the scale and importance of astronomical events.

Polishing Your Prose: Editing and Refining Astronomy Writing

In the quest for excellence, editing and refining your astronomy writing are paramount. Review your work for clarity, coherence, and grammar. Pay attention to the accurate usage of astronomy-related terminology, ensuring precision and avoiding common errors. Seek feedback from trusted peers or mentors, incorporating their suggestions for improvement. With each revision, your words will shine brighter, illuminating the wonders of the universe.

Reaching for the Stars: Sharing and Publishing Astronomy Writing

Once your astronomy writing is polished, it’s time to share it with the world. Choose suitable platforms and outlets for publication, such as science magazines, astronomy websites, or even starting your own blog. Develop an online presence by engaging with astronomy communities, participating in discussions, and networking with fellow enthusiasts. Collaborate with established publications to broaden your reach and connect with a wider audience eager to explore the universe through your words.

Conclusion

As writers, we have the extraordinary ability to transport readers to the farthest reaches of the cosmos, unveiling its wonders through the magic of words. The writer’s observatory offers a sanctuary where we can observe the universe and capture its beauty in our writing. By setting up a dedicated writing space, observing the night sky, translating astronomical concepts, and infusing our work with storytelling prowess, we can inspire and educate others about the marvels of the universe. So, embrace the cosmos, unleash your creativity, and let your words guide others on a celestial journey.

This enlightening article was expertly crafted by Sue Ann Bowling, a seasoned writer and astronomy enthusiast, who brings a wealth of knowledge and passion to her work. Sue Ann Bowling is a renowned author and contributor at Essay-reviews, a reputable platform known for its comprehensive and insightful articles on various subjects. With a deep understanding of both the art of writing and the intricacies of astronomy, Sue Ann Bowling combines her expertise to guide readers on an enchanting journey through the cosmos. Her dedication to accuracy, creativity, and the joy of sharing astronomical wonders shines through every word, making this article a valuable resource for aspiring writers and astronomy enthusiasts alike.

The post The Writer’s Observatory: Observing the Universe and Penning its Wonders appeared first on Astro-Wk2A.

But there was no cause for panic then or now. The question was only about the decision of the International Astronomical Union which after long disputes deprived Pluto of the status of a full-fledged planet. And, contrary to misconceptions, the solar system did not shrink that day, but rather expanded unimaginably.

In a nutshell:

Pluto is too small for a planet. Some celestial bodies used to be thought of as asteroids, even though they are the same size, if not bigger, than Pluto. Both they and Pluto are now called dwarf planets.

The search for wanderers

The discovery of Pluto, long thought to be the ninth planet in the solar system, has a prehistory.

Before the advent of telescopes, mankind was aware of five celestial bodies called planets (translated from the Greek as “wanderers”): Mercury, Venus, Mars, Jupiter and Saturn. Within four centuries, two more major planets were discovered: Uranus and Neptune.

The discovery of Uranus is notable because it was made by an amateur music teacher, William Herschel. On March 13, 1781, he was surveying the sky and suddenly noticed a small yellow-green disk in Gemini’s constellation. At first Herschel thought he had discovered a comet, but observations by other astronomers confirmed that a real planet with a stable elliptical orbit had been discovered.

Herschel wanted to name the planet George after King George III. But the astronomical community decided that the name of any new planet should be consistent with others, that is derived from classical mythology. As a result, the planet was named Uranus after the ancient Greek god of heaven.

Observations of Uranus revealed an anomaly: the planet stubbornly refused to follow the laws of celestial mechanics, deviating from its calculated orbit. Twice astronomers calculated models of Uranus’ motion, correcting for the gravity of other planets, and twice it “cheated” them. It was then suggested that another planet beyond its orbit influenced Uranus.

On June 1, 1846, an article by the mathematician Urbain Leverrier appeared in the journal of the French Academy of Sciences, describing the expected position of the hypothetical celestial body. On the night of September 24, 1846, at his prompting, the German astronomers Johannes Halle and Heinrich d’Array, without much time to search, discovered the unknown object, which turned out to be a large planet and was named Neptune.

Planet X

The discovery of the seventh and eighth planets in just half a century has tripled the solar system’s boundaries. Uranus and Neptune had discovered satellites, which made it possible to accurately calculate the planets’ masses and their mutual gravitational influence. From this data, Urben Leverrier built the most accurate orbital model at the time. Once again, reality differed from the calculations! The new mystery inspired astronomers to search for a transneptunian object, which became known as Planet X.

The fame of the discoverer went to the young astronomer Clyde Tombaugh, who abandoned mathematical models and set about the hard study of the sky with a photographic refractor. On February 18, 1930, while comparing January plates, Tombaugh discovered the displacement of a faint star-shaped object – it turned out to be Pluto.

Astronomers soon discovered that Pluto is a very small planet, smaller than the Moon. And it clearly didn’t have enough mass to affect the movement of the massive Neptune. Clyde Tombaugh then embarked on a massive programme to find another ‘planet X’, but despite his best efforts, they could not find it.

We know far more about Pluto today than we did in the 1930s. Thanks to years of observations and orbiting telescopes, Pluto has an elongated orbit that tilts to the ecliptic plane (Earth’s orbit) at a significant angle of 17.1°. This unusual property has led to speculation as to whether Pluto is a native planet of the solar system or whether it is accidentally attracted by the Sun’s gravity (for example, this hypothesis is considered by Ivan Efremov in his novel The Andromeda Nebula).

Pluto has small satellites, many of which have been discovered recently. There are five in all: Charon (discovered in 1978), Hydra (2005), Nicta (2005), P4 (2011) and P5 (2012). The presence of such a complex system of satellites has suggested that Pluto has sparse debris rings – the kind that always occur when small bodies collide in orbits around planets.

Maps drawn from data from the Hubble Orbiting Telescope have shown that Pluto’s surface is not homogeneous. The part facing Charon contains mostly methane ice, while the opposite side contains more nitrogen and carbon monoxide ice. In late 2011, complex hydrocarbons were discovered on Pluto, leading scientists to speculate that simple life forms exist there. In addition, Pluto’s rarefied atmosphere of methane and nitrogen has markedly ‘swollen’ in recent years, meaning there is climate change on the planet.

What has Pluto been called

Pluto received its name on 24 March 1930. Astronomers voted on a shortlist containing the final three choices: Minerva, Cronus and Pluto.

The third option – the name of the ancient god of the realm of the dead, also known as Hades and Hades – proved the most suitable. Venetia Burney, an eleven-year-old schoolgirl from Oxford, suggested it. She was interested not only in astronomy, but also in classical mythology, and decided that the name Pluto suited the dark and cold world best. The name came up in conversation with her grandfather Falconer Maydan, who had read about the planet’s discovery in a magazine. He forwarded Venetia’s proposal to Professor Herbert Turner, who in turn telegraphed it to colleagues in the US. Venetia Byrne received a prize of five pounds sterling for her contribution to the history of astronomy.

Interestingly, Venetia lived to see Pluto lose its status as a planet. When asked about her attitude to this ‘demotion’ she replied: ‘At my age I don’t care about this kind of debate any more, but I would like Pluto to remain a planet’.

Edgeworth-Coiper Belt

By all accounts, Pluto is a normal planet, albeit small. So why have astronomers been so unfavourable to it?

The search for the hypothetical ‘planet X’ has been going on for decades and has led to many interesting discoveries. In 1992, a large cluster of small bodies resembling asteroids and comet nuclei was discovered beyond Neptune’s orbit. The existence of a belt of debris, left over from the formation of the solar system, had been predicted long before by Irish engineer Kenneth Edgeworth (in 1943) and US astronomer Gerard Kuiper (in 1951).

The first trans-Neptunian object belonging to the Kuiper Belt was discovered by astronomers David Jewett and Jane Lu, observing the sky with the latest technology. On August 30, 1992, they announced the discovery of QB1, named Smiley, after the character from the popular detective John Le Carré. However, the name was not used officially as there was already an asteroid called Smiley.

By 1995, seventeen more bodies had been discovered beyond Neptune’s orbit, eight of which were in Pluto’s orbit. By 1999, the total number of recorded objects in the Edgeworth-Coiper belt had passed the one hundred mark, and by now, over a thousand. Scientists believe that in the foreseeable future, will be able to identify more than seventy thousand (!) Objects larger than 100 km. It is known that all these bodies move along elliptical orbits, like the real planets, and a third of them have the same orbital period as that of Pluto (they are called “plutino” – “plutonchiki”). Objects of the belt are still very difficult to classify – we only know that they have a size of 100 to 1000 km and their surface is dark with a reddish tint, indicating the ancient composition and presence of organic compounds.

The confirmation of the Edgeworth-Coiper hypothesis alone could not have revolutionized astronomy. Yes, we now know that Pluto is not a lonely wanderer, but neighbouring bodies cannot compete with it in size, and besides, they have no atmosphere or satellites. The scientific world could go on sleeping in peace. And then the worst happened!

Goddess of discord

Mike Brown’s finest hour was on January 5, 2005 when his team discovered a transneptunian object estimated to be 3000 km across (later measurements gave a diameter of 2326 km). Thus, a celestial body was found in the Edgeworth-Coiper Belt, the size of which was definitely larger than Pluto. Scientists were buzzing: A tenth planet had finally been discovered!

Astronomers have given the new planet the unofficial name Xena, in honour of the heroine of the fantasy television series “Xena the Warrior Princess”. And when Xena’s satellite was discovered, it was immediately named Gabrielle, the name of Xena’s companion. The International Astronomical Union could not accept such “frivolous” names, so Xena was renamed Erida (Greek goddess of discord) and Gabrielle was renamed Dysnomia (Greek goddess of lawlessness).

Erida did indeed cause discord among astronomers. Logically, Xena-Erida should have been immediately recognized as the tenth planet, and the group of Michael Brown should be entered in the annals of history as its discoverers. But no such luck! Previous discoveries had suggested that dozens more objects comparable in size to Pluto might be lurking in the Edgeworth-Coiper Belt. Is it easier to multiply the number of planets by rewriting the astronomy textbooks every couple of years, or to scrap Pluto and with it all the newly discovered celestial bodies?

The verdict was handed down by Mike Brown himself, on March 31, 2005, when he discovered the object FY9, named Makemake (the creator-god of mankind in the mythology of the Rapa Nui, inhabitants of Easter Island), measuring 1500 km in diameter. When their colleagues ran out of patience, they convened at a conference of the International Astronomical Union in Prague to decide once and for all what a planet is.

Previously, a planet could be defined as a celestial body that orbits the Sun, is not a satellite of another planet and has enough mass to take on a spherical shape. Following the debate, astronomers added another requirement: that the body “clear” the vicinity of its orbit of bodies of comparable size. Pluto did not meet the latter requirement and was stripped of its planetary status.

It was moved to the list of “dwarf planets” (from the English “dwarf planet”, literally – “gnomic planet”) under the number 134340.

Such a decision has drawn criticism and ridicule. Scientist Alan Stern, who deals with Pluto, said that if this definition is applied to Earth, Mars, Jupiter and Neptune, which are found to have asteroids in their orbits, they too should be stripped of the title of planets. Besides, he said, less than 5% of astronomers voted for the ruling, so their opinion cannot be considered universal.

However, Mike Brown acknowledged the determination of the International Astronomical Union, satisfied that the debate was finally over to everyone’s satisfaction. And indeed – the storm has subsided, the astronomers have dispersed to their observatories.

There have been differing public reactions to the International Astronomical Union’s decision: some dismissed it as irrelevant, some convinced the scientists were fooling around. The verb “to pluto”, recognized as Word of the Year 2006 by the American Society of Dialectology, appeared in English. The word means “to downgrade in meaning or value”.

The state authorities in New Mexico and Illinois, where Clyde Tombaugh lived and worked, legislated to keep Pluto as a planet and declared March 13th as the annual Planet Pluto Day. Ordinary citizens responded with both online petitions and street protests. People who had thought of Pluto as a planet all their lives found it difficult to accept the astronomers’ decision. Besides, Pluto was the only planet discovered by an American.

Who benefits?

Pluto is the only one that has lost in status. The other dwarf planets, on the other hand, were previously classified as asteroids. Among them is Ceres (named after the Roman goddess of fertility), discovered back in 1801 by Italian astronomer Giuseppe Piazzi. For a time, Ceres was considered the missing planet between Mars and Jupiter. Still, it was later classified as an asteroid (by the way, the term was specifically coined after the discovery of Ceres and nearby large objects). The Astronomical Union decided in 2006 that Ceres was to be considered a dwarf planet.

Ceres, which has a diameter of about 950 km, is located in an asteroid belt, making it very difficult to observe. It is thought to have an icy mantle or even oceans of liquid water beneath its surface. A qualitative step in the study of Ceres was the Dawn mission, which reached the dwarf planet in the autumn of 2015.

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Kerbal Space Program

And we’ll start with extremely addictive indie game, which allows the player to feel himself in the shoes of the head of the whole space program. Kerbal Space Program, aka KSP, lets you see the hardships of aerospace and rocket technology development from the simplest launch vehicles and unsightly designs to complex and technically mature vehicles to conquer distant planets.

In this game you can literally do anything. Build space stations, launch artificial satellites, manned spacecraft, create replicas of real spacecraft, or develop your own designs. Physics and, of course, a huge support from the gaming community. The number of modifications for KSP is uncountable, moreover even NASA and ESA noticed the product and issued collaborative updates. In short, if you want to feel like Elon Musk – go ahead, it’s time to launch live cucumbers into space.

Astroneer

Astroneer is a sandbox game in a sci-fi setting. The protagonist astronaut has to colonise planets, extract raw materials and do construction.

The game takes place in XXV century and humanity does its best to explore outer space. The game has no central plot, but there is a global task to activate the planets’ nuclei. The player has a special multi-purpose device that allows terra morphing and gathering useful resources. And from the accumulated raw materials, you can create various tools, vehicles and modules to develop your base.

Space Engineers

While in Kerbal Space Programs building rockets and spacecraft was relatively easy, Space Engineers is the next level. In this game project we can drill asteroids, build ships, space aircraft carriers, create off-road vehicles for difficult terrain and other unthinkable machines. Players are restricted to almost nothing and can create any mechanism they wish.

you can’t just bolt on modules randomly. A novice engineer will have to think hard about all the necessary systems and the wiring in his or her future creation. Even the simplest flying shuttle can take hours, if not days. But if you like to get stuck in and see a perfect functioning machine after spending hours on it, you must try playing space engineer.

Mars Horizon

Continuing the space program head simulator theme, it’s worth looking at Mars Horizon. The game does not astound with mega-realistic graphics, but allows you to experience the hardships of developing your own space program from the basics to the top. There’s a very handy and simple launch vehicle builder and spaceport management.

You also have to satisfy general sponsors, fulfill your contracts on time and, of course, the most important thing is to keep up with your competitors in the space race, because the ultimate goal of any self-respecting space agency is a successful manned landing on Mars. The game will have to go through all the important milestones in the development of astronautics: the first man in space, manned flight to the moon, the development of the space shuttle and much more. Plus, the output of vehicles in orbit is performed in the form of a very entertaining mini-game.

Stellaris

A global space strategy game from Paradox. This is basically the end of the description of the game Stellaris. Being the easiest in the Steamboat family of strategies by entry threshold, the game has repeated all the milestones of a typical project from this publisher and developer. Being raw at the start, the game gradually acquired paid add-ons, each of which not only added visuals, but offered new gameplay mechanics, sometimes radically transforming the game.

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The game proposes to lead your space power to success and prosperity against the intrigues of competitors from the surrounding star systems and become the dominant species in the universe. Of course, many of the balance tweaks and game mechanics are still perplexing and questionable for players, especially old-timers, but if you still want to experience the great and terrible global strategies from Paradox, and love space at the same time, then Stellaris is definitely worth a look.

No Man’s Sky

A game of surprising and interesting destiny. Big promises, big expectations and on release – a product which is very far from the ideal that the players and the core press have managed to come up with. The game furiously lacked content, while the optimization of the game engine in general was highly questionable. Not all game mechanics worked as intended.

As expected, and largely deservedly so, the game received a barrage of negativity and criticism from players and the press. But credit to the developers, they did not follow the trend of ignoring the obvious problem and began to roll up their sleeves to bring the game to life, primarily engaged in optimization, refining the game mechanics, and finally began to add additional content. Well, with some difficulties along the way, this story ended well, and now No Man’s Sky can be played quite comfortably without suffering.

Eve Online

An online sandbox game from CCP. The famous Excel spreadsheet simulator. The first space-based MMO of its kind, a project in which players actually make history. All this is Eve Online. This game about space has long outgrown the limits of the game industry and has become known all over the world. If you want to feel like a grain of sand in a vast universe and behold the diversity of human entities, but at the same time to see a major war of alliances, where a few hours burning astronomical sums – play Eve Online.

About Eve Online is written so much, that it is time to release a collection of volumes with descriptions of all the political intrigue, betrayal and shattering wars that ever shook the universe of the game. The game’s economic system is still seen by many as a model for game designers, and many companies have adopted the experience of coexisting in-game money and converting it into real currency. Ever-dying, but still the most alive, is Eve Online.

Elite: Dangerous

Heir to the very same legendary Elite. The game with the most elaborated space at the moment. A project that continues to evolve and fill up with content, and while some feed their flock of believers with promises, Elite: Dangerous takes and gives players what it promises.

The game perfectly captures the atmosphere of the uncharted frontier and the spirit of exploration. If you love space, ultra-long haul flights, and know how to entertain yourself, the game will help you have a great time. The Horizons update adds the ability to land on planets in your rover, adding to the excitement of exploring the surface of celestial bodies, while the relatively recent Odyssey update adds a new level of immersion to the game. And while there are some technical difficulties, these are slowly being resolved and the game is evolving.

Space Rangers

A game that has become a cult phenomenon. A true masterpiece of the domestic game industry. In the relatively distant past, the Katauri company decided to create a game where space exploration, spacecraft pumping with cheerful battles would be organically combined with a pleasant story and elaborated world and characters. At first glance, this sounds overly ambitious, but the developers were able to pull it off and create a game that succeeded.

The graphics were not impressive, and the gameplay may seem a little outdated, the second part part part partly tried to correct the shortcomings of the original and pulled up the graphics, adding new features at the same time, but it is silly to deny that the true gem of the game was the text quests, many of which were quite capable of becoming a standalone text work. Unfortunately, the subsequent history of Space Rangers isn’t as happy, but nothing is stopping you from playing a great game again.

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World astrology studies the fate of states, nations, continents, cities, or ships. The task of world astrology also includes predicting epidemics, wars, and natural disasters.

The most popular section of individual astrology is natal (from the Latin natal – “birth”) astrology, which studies a specific person and his or her fate. A natal chart is a horoscope drawn up at the time of birth. Nowadays, many astrologers are professional psychologists. One of the approaches in astrology, astropsychology, helps people understand, accept, and realize themselves. Dane Radjar, author of the book “Person-Centered Astrology,” believes that “…the main goal of astrology is to help an individual find…and realize the best possible opportunities within him or her.”

When one wants to find out the prospects of a relationship between two people who love each other, are going to get married or establish responsible business relations, the method of comparing their horoscopes is used. A paired horoscope is called a synastry (from the Greek “syn” – “together”, “astron” – “star”).

Medical astrology deals with disease prevention, identifying the characteristics of a particular person’s body. Hourly astrology studies the chart drawn up at the time of the emergence of a thought, idea, or question. There are many other branches of astrology.

To make a forecast, an astrologer uses horoscope unfolding methods. Astrology is often accused of fatalism, believing that its forecasts leave no room for choice. Astrologers themselves argue with each other about how predetermined the future is. The most common view is that “the stars incline, but do not oblige.” An astrologer only points out trends, which is often mistakenly perceived as a vague forecast. The peculiarities of an individual horoscope can be compared to a handrail: a person’s task is to learn how to walk to the goal, holding on to the handrail, and not jump over it, breaking his or her legs.

Astrology is developing, and there are still a lot of unsolved problems. Astrologers write research papers and hold conferences. Currently, there are several areas (schools) of astrology: traditional, symbolic, structuralist, etc.

The natural science branch of astrology, also called cosmo-biorhythmology, is rapidly developing, i.e. the study of the relationship between the laws of the cosmos and life on Earth. This name gives astrologers the idea that earthly life is a small part of the cosmos and that the influence of the larger part of the universe on the smaller one cannot be ignored. There is also a branch of astrology that uses mathematical statistics to study the relationship between celestial bodies and the fates of people.

Many astrologers believe that the future of astrology lies in the use of scientific approaches. Much of it needs to be rethought. Indeed, today astrologers use the rules, terms, and interpretations that developed in antiquity and the Middle Ages. The worldview, psychology, and human life have changed so much since then that some astrological interpretations are simply outdated.

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In addition to the above-mentioned cycles of the Earth’s rotation around the Sun and on its axis (forming the circles of the zodiac), there is also the cycle of precession of the Earth’s axis. The point of the vernal equinox moves backward in the constellations in the circle of the ecliptic (hence the term “precession” – anticipation of the equinoxes). The 12 signs of the zodiac originally corresponded to 12 constellations with the same names, but as a result of precession over the past 2000 years, the constellations have shifted by 30 degrees of the celestial sphere. This means that the constellation Virgo now corresponds to the sign of Libra, and the constellation Libra – to the sign of Scorpio, and so on. Thus, if a person was born, for example, on September 1, astrologers say that he was born “under the sign of Virgo” (the position of the Sun on this day corresponds to the sign of Virgo), but in fact the Sun on this day is in the constellation Leo. In recent decades, there has been a growing interest in historical speculation based on this phenomenon. As a result of the circular shift of the earth’s axis, the Sun on the first day of astronomical spring (March 21) every 2160 years appears against the background of a new constellation. The cycle of constellation change begins anew every 26 thousand years. Astrologers try to connect historical processes with the moments of the Sun’s entry into the region of new constellations. At the time of the birth of astrology, the Sun on the first day of spring was in the constellation Aries, but shortly before Christmas it crossed the border of the constellation Pisces.

It is difficult to say exactly when a new “stellar era” will begin – the “era of Aquarius” (the next constellation in which the Sun will appear on the vernal equinox).

The “Age of Pisces” was the era of Christianity (astrologers usually add negative epithets to characterize it). Because Aquarius (Aquarius) is supposed to be a male creature, the new “Age of Aquarius,” according to astrologers, should be an era of humanism and brotherhood of people. Astrologers declare that an era of universal harmony, peace, and occultism is coming. The ethical system of this “golden age” should be based on human will. However, the view of history as an endless, closed cycle of epochs being replaced by others is pessimistic and hopeless. From this point of view, history has no definite content, because the same cycle begins every 26 thousand years, and each subsequent cycle is no different from the previous one.

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Psychologist Dr. Zdenek Rejdak wrote: “The famous Czech scientist Rudolf Tomashek, turning his attention to astrology, tried to find the influence of certain cosmic bodies on earthquakes based on its methods. He has traced these connections – between their epicenters and the position of individual cosmic bodies – over the past 100 years. The patterns he came up with, in his opinion, allow him to predict these formidable natural phenomena.

In meteorology, it is also not always possible to take into account known atmospheric and ionospheric phenomena, the registration of which requires new technology, such as satellite aerial research. The newly collected material will improve meteorological forecasts.

A similar situation exists in astrology. Hundreds of astrological laws are known, but not all of them are understood or known. Many of them need to be clarified.

It is easy to understand why research at the highest scientific level of astrological forecasts in some laboratories does not yield results. For example, at Berkeley College in California, astrological forecasts were made for hundreds of students. The students themselves had to evaluate their compliance with the standardized personal description (SPD). The probability of the results was 50%. When the results were analyzed, it turned out that students are not able to recognize their basic personal qualities. They do not recognize themselves according to the predictions and cannot make their own SEL.

The number of such studies is increasing. The Belgian Academy of Sciences has compiled and studied 100,000 astrological forecasts, which are positive in their results.” They are that the existence of mechanisms for the influence of the heavenly bodies on the fate of people, businesses and entire states does not follow from scientific research. The argument is serious. However, many phenomena were incomprehensible to scientists for many centuries, and then science included them in its field.

That’s why Johannes Kepler needed courage to make his discovery public: tides are the result of the Moon’s influence on the oceans. Galileo Galilei wrote about this as follows: “Kepler surprises me more than anyone else by admitting the power of the moon over water.” In the eighteenth century, the Paris Academy of Sciences did not recognize that stones could fall from the sky until meteorites fell, so to speak, on the heads of academics.

And so it is with astrology: perhaps in the future, researchers will comprehend the connections between the Earth and the Universe that are hidden behind astrological patterns. Most astrologers believe that this study is already an exact science, the heyday of which is yet to come.

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