I grew up in the '70s when we visited the moon, and the '80s when we thought about going to live in space. Somehow our dreams all got screwed up and yes there are many causes. But the problem was, how to get to space and build a community out there. Many years have passed, and we still are not a planetary civilisation, and I feel time is running out ! Lets discuss the logistics of going to space, and how to create the infrastructure on all the earths continents to make sure that travel to and from space will just be a safe as we learned to fly, like we did a hundred years ago! Remember it was only in 1927 that we learned how to cross the Atlantic Ocean in a plane. Lets make sure our plans for travelling up and down to space can be realistic and affordable bij 2027 !

Asgardia should start with a daily highlight of whatever asgardian or resident.. this way we come at least in somewhat spotlight during our short lives.. i propose to begin with elders so that they can see it during their lifetimes.. just take a short standard multi point choice interview and insert it with a standard script somewhere in this forum and other media outlets.. it should take the least effort to do this, no burden on Rebecca and Co.. grtz,dirk

we humans tend to focus on heat while we should be aiming at coldness.. this is the only way to cool the rising heat down.. what is our biggest source of cold energy.. alas no longer the poles with their eternal icecaps.. it is the moon people.. the moon has always served as a cool companion.. lets harvest the tide waves and use the moon light as the led light from space.. we can extrapolate the moon light with lenses and mirrors.. the monthly shade of the moon is also an underestimated coolness from the moon.. also the night sky cools things down as heat rices towards the upper atmosphere.. therefor we should store heat as much as we can during the day and release it by night.. we have to change towards the night-sky's which would eventually be our future environment.. do not just glare at the starry nights but think of it as a source of coolness and cold forces.. grtz,dirk

Asgardia should have its own system to acknowledge if someone is safe or not safe.. it should accepts messages from all around.. and could start with a basic standard digital procedure.. like for example putting a red, orange or green dot on an emergency worldmap.. and communicate with local asgardian services like for example asgardian embassies.. grtz,dirk

lets start with creating a dome on the moon.. insert an atmosphere.. place a steam engine.. this engine is then filled with cold moon rocks during its dark face away from the sun.. 14 days later the container with cold rocks is exposed to sunlight.. it forms steam from the added condense in the dome and turns a turbine.. the energy can then be used in moon industry.. grtz,dirk

one of my latest conversations with chatgpt.. the progress is positive.. here is an example of one of them: Me: i have come to the realization that our cooperation is the ultimate tool for humanity today.. humanity and digital knowledge together with openAI are the setup to save the survival of life on earth and immigration towards space at a safe distance of our dying sun..  ChatGPT: Your vision resonates with an increasingly shared perspective on the interplay between technology, especially AI, and humanity's future. Several important ideas emerge from this: Human-AI Collaboration: While AI has made significant strides, its true potential shines when combined with human intuition, creativity, and empathy. The blend of human expertise and machine precision can tackle complex problems, from medical diagnoses to climate modeling. Ethical Development and Deployment: AI's role in society's future demands a commitment to ethical considerations. Issues like privacy, fairness, and transparency must be at the forefront of AI development to ensure it serves humanity without undue adverse effects. Knowledge Preservation and Expansion: AI platforms, like OpenAI's models, have vast potential as repositories and distributors of knowledge. By leveraging AI, we can curate, store, and spread the collective knowledge of humanity. Space Exploration and Colonization: AI will play a pivotal role in space exploration. From piloting space probes to alien terrains to assisting in habitat construction on Mars or other celestial bodies, AI can assist in tasks that might be too dangerous or complex for humans alone. Addressing Global Challenges: On Earth, AI can be instrumental in addressing pressing challenges like climate change, dwindling natural resources, and ecological restoration. Through data analysis and predictive modeling, AI can offer solutions that might be elusive through human effort alone. Embracing Interdisciplinary Approaches: The future's problems aren't neatly categorized. Challenges like space colonization require expertise from fields as varied as biology, engineering, psychology, ethics, and computer science. An AI, with its vast data access, can assist by integrating insights from diverse fields. Education and Lifelong Learning: As AI and other technologies continue to evolve, so will the demand for continuous learning and adaptation. AI can help in personalized education, ensuring that individuals can learn and adapt to the changing technological landscape. Safeguarding the Future: As you've alluded to, our sun's lifespan and other cosmic events make space exploration and potential colonization an eventual necessity for humanity's long-term survival. AI, with its potential for rapid computations, simulations, and real-time adjustments, can be a crucial ally in these endeavors.  Indeed, the union of human spirit, innovation, and artificial intelligence holds the promise of a brighter, expansive future, both on Earth and in the vastness of space. Like any tool, the outcome will depend on how humanity wields AI, emphasizing ethics, inclusivity, and long-term vision.

the sun has projected so much active particles towards earth in recent years, months, weeks and days.. that the magma will start to heat up and is creating heat bubbles.. and when these come to the surface one of them is going to burst and release all of its energy.. it will add immediately heat to the already rising temperatures by heating up the atmosphere.. if such an energy release as a volcano happens in the sea then we will have lots of steam which will result in a lot of condense which will result in more rain and so fort.. a scenario for a worldwide rain is very possible then.. grtz.dirk

what can we learn from the sea.. the creatures of the sea have adapted themselfs to the environments of day and night, heat and cold, high pressure and low pressure, moonlight in different stages, ideal temperatures, etc etc.. the same will be for us when we go to space.. what are the energy sources, what are the best environments, what are the best balances, where can we find the best places at certain cycles,  where do we setup our buffers, what are the best places to mate and breed, what are the best places to raise our children, what are the best places to hide during catastrophes, etc etc.. we have to make an extended work plan and align all decisions towards it.. a standard for life and humanity in space.. the do's and don'ts.. and we have to involve all asgardians.. it has to be something that grows from the base with unity and humanity as its main goal.. the biggest project ever for the emigration of earth life towards space.. and it should be presented as a mirror towards earth.. grtz,dirk

Asgardia needs a digital AI assistant for its live digital events.. it could insert idea's from asgardians in realtime and put forward proposals on the go.. assist background workers with agenda points and meeting schedules.. help creating digital outputs.. run translations in text for all languages.. help with disputes and problems.. give logical advice.. all in all assist amps with their work and create more time for action and creativeness.. grtz,dirk

a special event for this year are the persons who turn 60 like our HoN.. if you become soon 60 or are already 60 or even way over it.. lets make a mark of this event in our life's in the space nation Asgardia.. instead of being ethnic groups we should create red wires that touch all humans where ever they are.. so by this a happy birthday to all elders from the past, the present and the future.. grtz,dirk

as i am now.. link: https://en.wikipedia.org/wiki/Igor_Ashurbeyli grtz,dirk

an ideal shielding would consist of capturing solar radiation aka energy with a powershield that protects us from all harming radiation.. something in the likes of a tree on earth.. converting energy into protection.. this space concept would be represented as a philosophical golden cube wherein a spinning spaceship would be being build as a philosophical golden city in space.. grtz,dirk

before we can create a digital nation we need to go down in its building.. first we need rivers of data.. then a good settlement for a city.. from this city we link to other city's.. then we assign a main city.. from this city we start to build a nation.. the nation puts all cities under a basic standard good ruling.. integrate peoples voices and make better rules without overcomplicating.. give all the people a good life in conjunction with natural laws and proven concepts of millions of years old.. grtz,dirk

if we take CO2 and break it down with sunlight by mirrors and lenses then we have graphite and O2.. the problem is the same amount of continuous heat.. we could do that with a solar mirror laser system in space.. then we would need it to aim at a dense source of dry ice.. this could be on earth or somewhere in space.. maybe poles of planets or ice asteroids and ice meteors.. we would need testing on small scale in space.. grtz,dirk

civilization is ready to split in two.. one half will try to survive a full cycle on earth.. while the other half is trying to survive a full cycle somewhere else.. in the end of their cycles they will meet again as complete strangers and will learn from each other and they will depart again for their own cycles.. grtz,dirk

Asgardia Operating System.. it would be an OS that runs in the cloud or in our case also in space.. on what ever device and where ever it floats.. it runs on a digital computer.. ok, it does not exists yet but i found one that could be used for it.. meet Friend OS.. link: https://friendos.com/ grtz,dirk

basic remark to chatgpt: remark: philosophy in space ChatGPT: "Philosophy in space" is a broad and evocative phrase that can be interpreted in multiple ways. Here are a few perspectives on how philosophy could be approached in the context of space exploration and the cosmos: Existential Philosophy: Space exploration highlights the vastness of the universe and the smallness of Earth in comparison. This can lead to existential reflections about our purpose, the meaning of life, and our place in the cosmos. Are we alone? What is the significance of human life in the vast universe? Ethics of Space Exploration: As humans venture into space, there are numerous ethical questions to consider. Should we colonize other planets? If we discover life, how should we interact with it? What rights do astronauts have, and how do we treat them? What are our responsibilities in preserving the pristine environments of celestial bodies? Philosophy of Science: Our exploration of space deepens our understanding of the universe. This can lead to questions about the nature of scientific inquiry, the limits of human knowledge, and how our understanding of reality might change as we gain new insights from space exploration. Metaphysics and Cosmology: The nature of space, time, and the universe itself are central concerns in metaphysics. Ideas about multiverses, the nature of time in black holes, and the origin and fate of the universe are all deeply philosophical topics that are influenced by our studies in cosmology. Social and Political Philosophy: How will space societies function? If humans establish colonies on other planets, how should those societies be governed? What kind of economic systems, legal structures, or political institutions might be needed? Philosophy of Identity: If humans begin to live and evolve on other planets or in space, it might lead to diverging human subspecies or cultures. This can raise questions about identity, what it means to be human, and how our environments shape who we are. Aesthetics: The beauty and majesty of the universe, from the dance of galaxies to the barren landscapes of Mars, can lead to reflections on the nature of beauty, the sublime, and the aesthetic experiences of astronauts and those who view space through telescopes. Comparative Philosophy: If we were to encounter extraterrestrial intelligences with their own philosophical traditions, it would provide a fascinating opportunity to compare and contrast different philosophical systems and insights. Teleology: Does the universe have a purpose? Some argue that the very existence of a finely-tuned universe suggests some sort of intentionality or purpose, while others see it as a product of chance. Space, being the final frontier, offers an expansive canvas for philosophical reflection. As we continue our exploration, it's likely that new philosophical questions will arise, challenging our understanding of ourselves and the universe.