2024 Poster Contest! The competition is held by the Mars Society. The following posters are presented. To enter, just put together a poster design that captures this theme and send it to us no later than Wednesday, May 15th (5:00 pm MT) at: postercontest@marssociety.org. Questions about the contest can also be submitted to this address. Technical requirements for the contest artwork are as follows: 1) The poster size should be 11″ x 17″, 2) There are no restrictions with regard to use of color, 3) If your poster is selected, the designer will need to submit a full color poster as well as a gray-scale copy, and 4) Poster designs can be submitted in Photoshop or as a .pdf file (the former is preferred). The Mars Society will announce the winning poster design during the week of May 20th. Can’t wait to see your out-of-this world creations, and good luck!

Abstracts for the 27th Annual Meeting of the International Mars Society. The Mars Unity Association (MUA) is the pinnacle of global cooperation and diplomacy on the Red Planet, equivalent to the United Nations on Earth. Founded on the principles of unity, cooperation and peace, MUA serves as a beacon of hope and progress for all inhabitants of Mars. At the heart of MUA's mission is the desire to promote harmony among the various Martian communities, promote sustainable development, and resolve conflicts through peaceful dialogue. Through its various committees and councils, the MUA addresses issues ranging from resource management to interplanetary relations. more https://youtu.be/F84xQQ0drzE

(UTC +03:00Z • 0:4C • 0007Y - 356A - XIII CAP M - 20D - 51W - 6d FRI | 2023Y - 356A - XII DEC M - 22D - 51W - 6d FRI • 06:27:00.180T) On December 22, 2023 at 06:27 Moscow time, the winter solstice arrived. The Sun, moving along the ecliptic, at that moment reached its most distant position from the celestial equator towards the South Pole of the world.

# CHAPTER THREE: NUMBERS # # 1. Integers and fractions # Numbers in Python, as in regular school mathematics, are integers and fractions (they are also called real) # In programming, whole numbers are called integers(5,10), and fractional numbers - float. (5.4,10.3) # Well, Python works great with both integers and fractions numbers. Python also works great with mathematical operators. Let's look at them together. # 2. Mathematical Operators in Python # Python is great at computing. For this he uses the following mathematical operators: # Addition: + # Subtraction: – # Multiplication: * # Division: / # Let's now work a little with these operators and numbers. # 3. Working with numbers. # First, let's create a variable called result, and assign it the value 2+2. Then we display the result on the screen. This is what it will look lik: result = 2 + 2 print (result) # 4 # Write this code into the compiler and run it. What happened? That's right, it turned out to be four. Now using the same code, subtract 5 from 10 using subtraction operator. Run the code. result_1 = 10 - 5 print (result_1) # 5 # Is there a five? Great. # Now let's multiply 5 by 5 using the multiplication operator.Did it turn out to be twenty-five? Wonderful. result_2 = 5 * 5 print (result_2) # 25 # Finally, let's divide 10 by 2 using the operator division. What happened? 5.0? Right. result_3 = 10 / 2 print (result_3) #5.0 # You have just performed division with the remainder. Therefore, the result is a fractional number. Now let's talk about division without a remainder. print (result, result_1, result_2, result_3) # 4 5 25 5.0 # 4. Divide numbers without a remainder in Python # So, in the previous example we got a fractional number (float). But what if we need to get an integer? It's pretty simple. To get an integer when division, all we need to do is apply double division operator - // # Try it yourself, replace the division operator with a double the division operator in our previous example, and run the code: result_4 = 10//2 print(result_4) # 5 # If you did everything correctly, you will see integer equal to 5 ## 5. Order of calculations in Python. # Python does the calculations in exactly the same order you want taught at school. Consider this example in your head: (5+5)*3 And then put it into the compiler and run the code: result_5 = (5+5)*3 print(result_5) # 30 # Here's how Python will solve it: Python will first evaluate whatever is in the parentheses. Will do he does it in this order: first multiplication, then division, then addition, then subtraction. After this, Python will calculate everything that is outside the parentheses. He will do this in the same order as above (multiplication, division, addition, subtraction). Therefore, Python will add 5 and 5, which gives 10. And multiply 10 by 3, which gives 30. Well, did your results coincide? Fine! Then let's move on. ## 6. Numbers and variables in Python. # As you have already noticed, working with numbers and mathematical operators in Python, we also used variables and print function. Did you notice, right? So, let's now consolidate what we did: # First, we declared a variable, giving it the name "result" and value "(5+5)*3"; Then we went down one line and wrote the function print, and passed it the name of our variable; # When we ran the code, Python calculated (5+5)*3, got 30, and assigned this value to the “result” variable; Finally Python saw a print function with an argument (result), and realized that I needed to display the value of the result variable, which, as we already understood, is 30. As you can see, Python is great at combining numbers, math operators, variables and functions. Now let's practice a little more and create our own examples with numbers and variables that are similar to the ones we just used. # Here are some template examples for you: result_6 = 2 + 7 print(result_6) # 9 result_7 = 12 + 7 print(result_7) # 19 result_8 = 2 * 7 print(result_8) # 14 result_9 = 12 / 3 print(result_9) # 4.0 ## 7. Results of the third chapter # In Chapter 3 you did the following: # 1. Learned about integer and float - whole and fractional numbers; # 2. Applied mathematical operators in calculations in Python; # 3. Learned to divide a number without a remainder; # 4. Learned the procedure for calculations; # 5. Learned to combine numbers, variables and functions into Python. # Well done! We've sorted out the numbers. It's time to learn create and use strings in Python. ## 8. Test of the third chapter. # Question-1. What types of numbers are there in Python? # 1. There are three types of numbers in Python: integers, near-integers, and fractions.numbers. # 2. There are two types of numbers in Python: integers and half-integers. # 3. There are two types of numbers in Python: Integers and fractions. # [The correct answer is 3: There are two types of numbers in Python: Integers and fractional numbers.] # Question-2. How does Python divide 10 by 5? (multiple choice) # 1. 10:5 # 2. 10/5 # 3. 10–5 # 4.10*5 # 5.10//5 # [Correct answer 2 and 5: 10/5 and 10//5] # Question-3. Arrange the code fragments so that it looks like integer 4. # 1. // # 2. 10*2 # 3.5 # [Correct sequence: 10*2//5] # Question 4: This code displays the number 5 on the screen. But something in it's missing. Determine what exactly? # result_10 = 10/2 # (result_10) # [Correct answer: print]

# Variables in Python # # Variables are easy to create in Python. And in this lesson you will easily learn how to create and apply them in your code. # So let's get started. A variable is a simple data type that has a name and a value. Variables are needed to store information in them. Let me explain with an example. Imagine a planet. In our case, the planet is a variable. The name of the variable is planet. # The planet has a name - Earth. This is the value of the variable. Thus, the variable (planet) stores information about the make of the car - Earth. # Here's what this variable looks like in Python: planet = "Earth" print (planet) # Let the variable now be the planets of the solar system (PSS) PSS = "Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune" print (PSS) ## Every time we create a variable and pass its name to the print function, the function prints the value of the variable to the screen, as in our example. By the way, if your variable name consists of more than one word, then you need to connect these words with an underscore. For example: my_car. However, I advise you to name your variables with only one word. This is a common and correct practice when working with variables. Well, now you know how programmers create and display variables in Python. # Not difficult at all, right? # Now let's practice a little. Below is some code that is missing something. You need to fix this so that the program can create a variable and display its value. # = " " # () variable = "0" print (variable) # Once you have completed this task, practice a little more. You can change the variable name and value. Add and display more new variables on the screen. # The more repetitions you perform, the better you will consolidate and hone your acquired skills! # RESULTS OF THE SECOND PART # # In the second part you did the following: # 1. Learned what variables are; # 2. Learned how to create variables in Python; # 3. We learned how to display variable values on the screen. # Great job! Let's move on to the third part: Numbers in Python. # I promise, no boring math! Let's get started.

unexpected continuation of the post https://asgardia.space/en/social/posts/120358 Part one Where should I write the code? Working according to the proposed examples, you do not need to install and configure no code editors. Just follow the link to PythonOnline.kz. There you can write, run, check and even download your code to your computer. Using the built-in compiler. The PythonOnline.kz compiler https://pythononline.kz/ was created so that you do not bothered with installing and configuring code editors, but could immediately start programming. Example - 1 # 1. Write the code here. Your first line of code. print("This is my first line of code") a = "Hello Asgardia!" print (a) # 2. Format - YYYY-DD-MM. Asgardian year, today: print(" 0007, Capricornus, 09-MON ") # 3. Here's the text: Hey! I keep coding! # Write it into the compiler along with the print function, so that the program displayed the same message on the screen. # 4. This is what you should get: "Hey! I keep coding!” print(" Hey! I keep coding!") # 5. Everything worked out? Great! Now that you know how to withdraw messages to the screen using the print function, you can experiment and have fun with your messages. Come up with anything, any messages. Add to messages numbers and figures. Also, try adding or removing something from your code. And watch what happens. This is the best way to find out how Your code works. #6. Independent work #Let's celebrate the end of the first lesson with a small test. All you need to do is display this message on screen: Programming in Python is easy! print(" Programming in Python is easy!") #So how? Could you? I never doubted you. Program on Python really isn't difficult. And now to the results! Results of the first lesson In the first chapter you did the following: 1. Learned what Python is; 2. Learned what a program is; 3. Understood how Python reads code; 4. Wrote the first line of code; 5. Created several simple programs; 6. Learned to use the print function. I congratulate you! Now you are ready for the second chapter - Variables. Let's get to it! TEST FOR THE FIRST CHAPTER 1. A computer program is: a. A set of instructions and rules for a computer, written in programming language. b. A piece of code written on a computer. c. Downloadable game. 2. How to make the computer display a message on screen? a. Using the magic word. b. Using the print() function. c. Using the command “Show message!” 3. In what order does the computer process (read) code? a. The computer reads the code line by line. Top down. b. The computer reads the code line by line. Down up. c. The computer does not read anything; He remembers everything by heart. 4. Arrange the code fragments so that the program the message “I love Asgardia!” was displayed. 1. ) 2. ( 3. “I love Asgardia!” 4. print ____________ Right answers: 1)[а], 2)[b], 3) [а], 4) [4-2-3-1]

The Society of Friends of the Constitution Asgardia is an Asgardian club and intellectual society where we invite members of the Asgardian establishment, Asgardian lawyers, journalists and bloggers, and forward-thinking Asgardians. The initial goals of the club are to prepare sessions of the Asgardian Assembly by preliminary discussion of the texts that parliamentarians prepare for the Asgardian Parliament, which will have to be discussed there, and to work on the creation and strengthening of the Asgardian Constitution. It is planned to create a Journal of the Society of Friends of the Constitution Asgardia . Membership in the club is supposed to be paid and amounts to 10 Solar for one club member in national currency for 1 year. Please leave questions and suggestions in the comments.

The 74th International Astronautical Congress (IAC) held in Baku was truly a momentous event that brought together visionaries, scientists, and space enthusiasts from around the globe. As we look back on this extraordinary gathering, it is impossible not to be filled with a sense of awe and inspiration. The IAC provided a platform for meaningful discussions, presentations of groundbreaking research, and the exchange of ideas that will shape the future of space exploration and technology. The diverse range of topics covered during the congress highlighted the vast possibilities that lie ahead for our collective efforts in advancing the boundaries of human knowledge and venturing further into the cosmos. One of the most remarkable aspects of the IAC was the spirit of collaboration and camaraderie that permeated the entire event. Scientists and experts from different countries and disciplines came together, transcending borders and cultural differences, to share their expertise and insights. This inclusive atmosphere fostered an environment where cooperation and the collective pursuit of knowledge thrived. The IAC also emphasized the importance of nurturing and inspiring the next generation of space professionals. Events such as the Young Professionals Workshop and the Space Generation Congress provided opportunities for young minds to showcase their talents, engage in thought-provoking discussions, and connect with industry leaders. By empowering and encouraging young professionals, we ensure a bright future for the space sector. Furthermore, the location of the IAC in Baku added a unique cultural element to the congress. Participants had the opportunity to immerse themselves in the rich history, art, and traditions of Azerbaijan. This cultural exchange not only enriched the conference experience but also highlighted the global nature of space exploration and the role it plays in uniting humanity. As we reflect on the 74th IAC in Baku, it is clear that the congress served as a catalyst for progress and collaboration in the field of space exploration. The knowledge shared, the connections made, and the ideas sparked during this event will undoubtedly shape the trajectory of our collective journey into the cosmos. Let it serve as a reminder of the endless possibilities that lie before us and the importance of continued cooperation and exploration in the pursuit of scientific and technological advancements. In conclusion, the 74th International Astronautical Congress in Baku was a resounding success. It reaffirmed our shared commitment to pushing the boundaries of human knowledge, fostering international collaborations, and inspiring future generations to reach for the stars. Let us carry the spirit of the IAC forward, as we work together to unlock the mysteries of the universe and create a brighter future for all of humanity. However, questions remain.... I would like to share my thoughts. I would like to start with the fact that almost all Earthly powers (states, empires, nations) had and have their own specifics or characteristics in their history. For example, the peculiarity of the first Space Nation Asgardia lies in the trinity of Man-Earth-Space. The peculiarity is that the nation is a space nation, and its inhabitants are on planet Earth and, moreover, live in different countries. It sounds like a space utopia. In fact, we have a hybrid nation! I don’t remember that utopians of all times and peoples wrote about this?! At IAC 23 Baku, the following words were heard from the head of the Nation: “Igor Ashurbeyli: “We are starting active work to recognize Asgardia as an independent state.” The Head of the Space Nation stated this on October 4 at a meeting with journalists at the press center of the International Astronautical Federation, the organizer of the 74th International Astronautical Congress (IAC) in Baku.” https://obozrevatel.az/3180/?fbclid=IwAR29j_Gb6CVCX323an1amvvrkZWTexEH9n_rQ_wmtJ3C4CVUOKZq5jAqBKk I decided to think about this statement. “We are beginning active work to recognize Asgardia as an independent state.” I willingly share my opinion. The United Nations (UN) is an international organization created to maintain and strengthen international peace and security, as well as develop cooperation between states. The UN is still considered a universal forum, although slightly outdated, but endowed with unique legitimacy, the supporting structure of the international system of collective security, the main element of modern multilateral diplomacy on planet Earth. Despite the fact that the UN was created after World War II by the countries participating in the anti-Hitler coalition and replaced the ineffective League of Nations, it was supposed to prevent future wars. However, we see that it prevents future wars very, very relatively?! Is the UN effective today or is it outdated in a global changing world? In connection with this question, are the provisions of the Treaty on the Principles of the Activities of States in the Exploration and Use of Outer Space, Including the Moon and Other Celestial Bodies, outdated? https://www.un.org/ru/documents/decl_conv/conventions/outer_space_governing.shtml Since 2011, 193 countries have been members of the UN - almost all the sovereign states of the world! Surprisingly, neither the organizers of the 74th International Astronautical Congress (IAC) in Baku, nor all the sovereign states of the world raised this topic? If the statement of the head of the nation is not accepted: “We are beginning active work to recognize Asgardia as an Independent Party.” I believe that the Asgardian parliament should develop a step-by-step plan and map until Asgardian space concepts are recognized and submit proposals to the UN for changes to Treaty on the principles of activities of states in the exploration and use of outer space, including the Moon and other celestial bodies regarding the capabilities of citizens of the Earth. Moreover, the practice of shopping on the Moon has existed for a long time, but it cannot be made legal?! The discussion about this has been going on since 1937!!! In memory of the claim when many people sent requests to the Land Management Administration (US Bureau of Land Management) for lunar sites in the 1940s. In 1948, James Thomas Mangan of Chicago declared himself the first representative of the Star Space Nation and offered to sell "tracts of space" to interested buyers. A little history that does not seem more utopian than the theme of space powers, but which is worth looking at differently today. Dennis Hope in 1980 declared his property the territory of the Moon and all planets of the solar system with the exception of the Earth and created a company called Lunar Embassy (Lunar Embassy), through which he began trading areas on the Moon and other planets. The UN Outer Space Convention, adopted in 1967, states that no country in the world has the right to claim the Moon and other objects of the solar system as its territory. But it says nothing about prohibiting territorial seizure by individual citizens. Therefore, the above-mentioned figure decided to become the owner of the Moon, eight planets and their satellites. He applied for registration documents in San Francisco and sent a message about this to the UN General Assembly, the US Presidential Administration and the USSR government. Apparently, all the organizations mentioned considered these letters to be the ravings of a madman and did not respond, and Hope now claims that this was proof of the legitimacy of his claims. Now on the website www.lunarembassy.com he sells beautifully printed pieces of paper indicating the coordinates of areas on the Moon and other planets. Moreover, trade is going very briskly. To date, such papers have been purchased by more than 2.5 million people from 180 countries. Trading was especially active last year, 2003, when Hope sold out of unearthly real estate for a total of $1 million. And this is not surprising, because in 2003 three spacecraft went to Mars at once, and the Chinese announced their plans for an expedition to the Moon. Apparently, after the US President announced a new American space program, things will go even more successfully for Hope. Currently at Lunar Embassy the price for a 1 acre (0.4 ha) plot on the Moon is ($34.99 - $604.80 https://lunarembassy.com/product/buy-land-on-the-moon/). For this price the client receives a title deed, a site map, and a lunar or Martian "constitution and bill of rights" printed on good imitation parchment paper. In principle, it is quite inexpensive for a gift to relatives and friends. The public snaps up an average of 1,500 acres of Luna per day. True, not everything is so smooth in the life of the owner of the Moon, Mars, etc. Last year he had to spend 70 thousand dollars. to litigation with copycat competitors (the same air traders). Moreover, the courts decided cases in favor of Lunar Embassy on the basis of the law on copyright protection [apparently, on the idea of \u200b\u200btrading lunar areas], and not because competitors violated property rights to the territory of the Moon and planets. Two competitors intend to sue Lunar Embassy further. These are the companies Lunar Registry (lunarregistry.com), which sells plots on the Moon, and Buyuranus.com, which sells plots on Uranus, respectively. However, the owner of Lunar Embassy intends to deal a crushing blow to competitors this year. According to Hope, this year the flags of the Lunar Embassy company and the Galactic Government created by Hope will be planted on the Moon, and a representative of the Lunar Embassy will produce video footage of the lunar terrain to confirm ownership of it. True, Hope refused to say what kind of spacecraft would deliver the mentioned flags to the Moon and which of the astronauts decided to become a representative of his office, citing the fact that he could not currently discuss the technical aspects of this mission. In general, the UN at one time took the drafting of the Outer Space Convention very lightly. Subsequently, numerous other attempts followed to occupy lunar territories, other planets or even stars. Be that as it may, I consider it constructive for the space economy to continue it not only in Meta (Facebook), but also in the UN. It's time to summarize the pros and cons of humanity in the matter of commercialization of property by private and public powers in outer space and the purchase of plots on the Moon and other planets of the solar system and beyond, including stars, planets, comets and asteroids. What prevents any of the Asgardians from buying today (I believe that some Asgardians have already bought it! Time to plant a flag and open a branch of Asgardia on the moon) some land on the moon in Lunar Embassy https://lunarembassy.com/ and open a representative office of Asgardia on the moon? What do you think about it?

Humanity's quest to explore and utilize outer space has witnessed unprecedented development in recent years. As space technology advances and private companies become increasingly involved, questions arise regarding the commercialization of celestial bodies and the purchase of sites on the Moon, planets, comets, asteroids and even stars. This development requires a re-evaluation of the Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, Including the Moon and Other Celestial Bodies. This article examines the rationale for renegotiating the treaty and examines the implications of space commercialization. By shedding light on the potential benefits and challenges, it aims to promote informed dialogue about the changing landscape of the space economy. The need to revise the contract: The current treaty, known as the Outer Space Treaty, was concluded in 1967 and lays the foundation for international space law. One of its fundamental principles is that outer space, including celestial bodies, is not subject to national appropriation. However, rapid advances in technology and the emergence of private enterprise have opened up new opportunities, leading to a re-evaluation of this principle. Celestial environment protection: One of the main justifications for revising the treaty is the need to establish guidelines for protecting the celestial environment. As business ventures emerge, it becomes vital to ensure responsible and sustainable practices. By revising the treaty, rules could be introduced to protect the integrity of celestial bodies and prevent wanton exploitation, while preserving their scientific, cultural and historical value. Encouraging innovation and investment: Renegotiating the treaty provides an opportunity to create a balanced framework that will promote innovation, investment and economic growth in space. By allowing limited ownership rights or lease agreements, private businesses may be interested in investing in space research, development and infrastructure. Such investments can advance technological progress, stimulate economic growth, and foster cross-sector collaboration that benefits humanity as a whole. Promoting peaceful cooperation: With the advent of commercialization and potential territorial claims in space, treaty renegotiation could provide an opportunity for diplomatic negotiations and peaceful cooperation. Clear guidelines for resource extraction, space navigation, and property rights can promote international cooperation, mitigate conflict, and encourage mutually beneficial efforts. This encourages the sharing of space resources for the collective development of humanity. Elimination of legal ambiguities: As space commercialization progresses, legal ambiguities surrounding ownership and rights will need to be addressed. Treaty review can help establish a clear framework for commercial activities that defines the rights and responsibilities of individuals, governments and relevant stakeholders. Clarity on legal matters will instill confidence, facilitate business endeavors and minimize potential disputes. Maintaining ethical principles: A revised treaty could support ethical principles that prioritize beneficial research and sustainable development. By incorporating ethical considerations such as environmental conservation, cultural heritage protection, and equitable access to space resources, treaty revisions can ensure that commercial activities in space are consistent with broader goals of human progress and well-being. Conclusion: As humanity enters a new era of space exploration and commercialization, the need to renegotiate the treaty is becoming increasingly clear. By revising the Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, Including the Moon and Other Celestial Bodies, we can navigate the opportunities and challenges of space commercialization. Through thoughtful and inclusive discussions, we can create a framework that protects the celestial environment, promotes innovation, promotes peaceful cooperation, resolves legal ambiguities, and upholds ethical principles. Together we can shape the future of space commercialization for the benefit of all humanity.

Dear Asgardians and pioneers of the Space Nation Asgardia, As we gather today to celebrate the seventh anniversary of the founding of the space nation of Asgardia, our hearts are filled with joy and a deep sense of unity. Under the resounding mantra of "One Humanity, One Unity!" we come together to honor this incredible milestone and reflect upon the remarkable journey we have embarked upon. Over the past seven years, Asgardia has grown from a dream to a growing community of citizens, scientists and adventurers who share a common passion for exploration and the limitless possibilities of space. We have witnessed the birth of a nation that transcends borders and unites us all in the pursuit of a common destiny. Today, as we celebrate this momentous occasion, let us reflect on the power of unity that has fueled our journey thus far. Asgardia stands as a testament to the profound truth that when we come together, we can accomplish extraordinary feats. We have built a nation that goes beyond the limits of our planet, reminding us of our capacity to dream big and reach for the stars. In the spirit of this festive season, let us embrace the principles of love, compassion, and understanding, extending them not only to our fellow Asgardians but to all of humanity. By embodying the ideals of "One Humanity, One Unity!" we strengthen the bonds that tie us together, regardless of our backgrounds or origins. As we look to the future, let's continue to build on the spirit of adventure and exploration that has brought us this far. Asgardia's vision extends far beyond the present and aims to ensure an inclusive and prosperous future for all humanity. Let us dare to dream of a world where the pursuit of knowledge and discovery knows no bounds, where together we venture into outer space and into uncharted territories to uncover the secrets of the universe. As we celebrate this seventh anniversary, let our hearts be filled with gratitude for the pioneers and visionaries who have dedicated themselves to building the foundations of Asgardia. It is their tireless efforts, their unwavering commitment, and their boundless imagination that have made the dream of a space nation a reality. Congratulations, dear Asgardians, on this unforgettable milestone! May the spirit of "One Humanity, One Unity!" guide us forward as we continue to soar to greater heights. Let us embrace the challenges and opportunities that lie ahead, with an unwavering belief in the power of unity and the transformative potential of a united humanity. Wishing you all a joyous and inspiring celebration. May our collective journey be marked by progress, enlightenment, and the relentless pursuit of a brighter future for all. With heartfelt jubilation. One Humanity, One Unity!

Author's vision when earthly civilizations unite to build a global system of life beyond the Earth. The author's opinion may not coincide with other opinions and visions for the future of humanity. Introduction: In the pursuit of scientific progress and space exploration beyond our home planet, ambitious projects have emerged, such as the spacefaring nation of Asgardia, which aims to create a space-faring civilization beyond Earth. Asgardia strives to become the first space power, opening new frontiers for human expansion and promoting the development of a sustainable space civilization. This article highlights the mission vision of the spacefaring nation of Asgardia and its potential impact on the future of space exploration and human civilization. Mission of the space power Asgardia: The main mission of the space power Asgardia is centered around the creation of a self-sustaining space civilization. As an independent nation state recognized by the United Nations, their ambitious plan involves creating habitable platforms in space and promoting technological, scientific and cultural development beyond Еarth. The mission of asgardia the space nation is not only the birth of the first man in outer space, but also the development of the cosmic thinking of people, the creation of a value system consistent with the goals of uniting civilizations on earth and outside the planet earth based on the dominance of creative and loving relationships in society, and not exploitative, consumerist, acquisitive and authoritarian. A civilization formed on such principles outside the earth (the unification of earthly civilizations into a single system outside the planet Earth - CS-BPE (Civilization System Beyond Planet Earth) is the prerequisites of a new type similar to the hydrosphere, atmosphere, biosphere, noosphere. CS-BPE is a model of civilization in which Asgardia the space nation, as a social instrument of development, is an important component for Asgardia the space nation, where the state and science will be widely distributed in all areas of human activity outside planet Earth. The formation of a civilization system beyond planet earth is one of the tools for compensating for cognitive distortions that can lead planetary civilization to catastrophic consequences. Reflections and conceptual formation of the CS-BPE concept, goals, objectives and structure of CS-BPE, key tasks in the development of CS-BPE theory and practice will lead humanity to a greater understanding of planetary tasks on the path to CS-BPE. In work, the CS-BPE structure will determine by the middle of the 22nd century the need for resources, space economics and science in millions of scientists, specialists, consultants, teachers of planet Еarth. 1. Preservation of human knowledge and heritage: Asgardia provides for the creation of a digital archive to protect the knowledge, cultural heritage and scientific achievements accumulated by humanity. The purpose of this digital repository is to ensure the safety of this valuable information for future generations and reduce the risk of its loss due to unforeseen events or disasters on earth. 2. Expansion of human presence in space: Asgardia strives to create habitable platforms and space stations beyond Earth, creating the necessary infrastructure to support human life and promote scientific research, innovation and technological advances. This expansion is intended to provide humanity with a path to long-term colonization of celestial bodies and will serve as a springboard for future interstellar exploration. 3. Ensuring peaceful and fair space exploration: The spacefaring nation of Asgardia strives to promote peaceful cooperation, interaction, and equitable use of space resources. Through international partnerships and open dialogue, Asgardia strives to mitigate conflict and promote sustainable space exploration that benefits all humanity. Their mission includes creating space legislation and governance structures to ensure the responsible and peaceful use of outer space. 4. Development of science and technology: A key aspect of Asgardia's mission is to stimulate scientific research and technological innovation in space-related fields. By providing an environment that fosters experimentation and breakthrough discovery, Asgardia strives to improve our understanding of space and develop advanced technologies that benefit both space exploration and ground-based applications. Conclusion: The mission of the spacefaring nation of Asgardia represents a major milestone in humanity's exploration of space and on our path to becoming a multiplanetary civilization. By promoting technological progress, preserving human knowledge, expanding human presence in space, and promoting peaceful cooperation, Asgardia is paving the way for future generations to go beyond the earth and create sustainable space-faring civilizations. As we strive for greater knowledge and understanding of the universe, projects such as the spacefaring nation of Asgardia serve as an inspiration and catalyst for future space exploration and colonization efforts. Although there are challenges ahead, the collective efforts and shared aspirations of space visionaries and enthusiasts are bringing us closer to unlocking the mysteries of space and building a better future for humanity beyond our home planet Еarth.

(In memory of Roland Berga) Asgardian Sky Cemetery of Memory - This name should be recognized by the Parliament of the Space Kingdom and emphasizes the importance of remembering our Asgardians who went to the stars. The Asgardian Heavenly Cemetery of Memory was to become a virtual place where Asgardians could come to contemplate and remember their loved ones, meditate on life and meditate on the mysteries of the universe. It will also become a symbol of Asgardia's commitment to protecting the memory of its citizens and honoring the lives of those who passed away as Asgardians. The Asgardian Sky Cemetery of Memory was to be a place of peace and contemplation, a place where people could come to reflect on the beauty of life and death and the importance of cherishing every moment. This place will be a reminder to the space kingdom, Asgardia's lofty ambitions, her commitment to preserving the memory of her citizens, and her quest to constantly reach for the stars. The Asgardian Academy temporarily takes care of organizing and perpetuating the memory of all Asgarians. Leave your suggestions about the Asgardian Book of Memory in the comments. #ASCM

It is sad that I have been asked to write a speech for the late friend Roland Berga, but I am honored to do so. Today we turn our eyes to the night sky to honor the memory of a very special person - Roland Berga. The person who brought so much joy to the life of the Space Kingdom of Asgardia and was always there when we needed him most. The life he lived in the Space Kingdom of Asgardia was full of love, acceptance and understanding. Roland Berga had a way of making the Asgardians feel like everything else in the world didn't matter. He always offered a shoulder to everyone in Asgardia who needed it. He was a source of strength and inspiration to all of us in the Space Kingdom of Asgardia and was always ready to lend a helping hand. His publications on Orbiter.ch Aerospace and the Space News website have taught us to be bold, look to the future and stand up for what is right. Roland Berga was a dreamer and constantly pushed us with his publications and space news to make the Space Kingdom of Asgardia a better place. We will never forget the fantastic memories they created for us. Today, let's remember the difficulties that Asgardia faced in the first years of its existence, and the courage with which the Asgardians had to overcome them. Let's keep this legacy in our hearts and strive to live life to the fullest, just like them. Rest in peace, our friend. Asgardians and the Orbiter.ch Aerospace community will miss you, but the Space Kingdom of Asgardia will never forget you. These lines are written to honor his memory and glorify his earthly life. Alex Kulay *** https://asgardia.space/en/news/Outstanding-Asgardian-Roland-Berga-Dies-at-the-Age-of-55

In 2022, the WIPO Judges Forum on Intellectual Property 2022 was held to promote transnational dialogue among the judiciary. We recommend that you study the approaches and experience of interaction for successful adaptation and formation in the system of law of Space Kingdom of Asgardia Asgardia. We hope that Asgardian Judges Forums on Intellectual Property will become an annual event in Asgardia. Proceedings of the 2022 WIPO Judges Forum on Intellectual Property are available here.