An almost daily topic that frightens, but does not leave the countries that are most involved sufficiently convinced. Let's make some examples. It is ascertained that the speed of the winds has increased, for those who are not practical, but want to realize what will happen, we can say that the pressure generated by the winds on the buildings will increase following a scale with a trend that is not directly proportional since beyond direct impact of the wind it is necessary to consider the effects of the turbulences that are created laterally to the building and the void or almost that is created on the roof pitch opposite the wind travel vector, considering that an F1 that travels at 190 nautical miles needs about 850 HP; to increase the speed of 10 boats, you still need 50 HP, an increase of 10 more boats would require about 70 (the figures are not exact to the hundredth, but they serve to make us understand the force that increasingly intense winds can exert on homes). The governments of some authentic nature havens that are based on atolls around the oceans in subtropical areas, are already negotiating the purchase of land in areas still considered safe from rising seas. What sadness, what anguish for those people. With this, we do not want to blame this or that country because responsibility is only distributed to those development models that have remained deaf for some reason (social, objective, circumstantial, etc.). They have not had the opportunity to promptly change the pace to anticipate the problems that are emerging; the climate does not discount anyone and will rage progressively with greater harshness. To aggravate the picture we see on the one hand the current economic models which are mainly based on consumption gradually increased by market laws, on the other the increase in the world population who obviously want to have access to as many useful resources to improve their content of life, on the other hand the ascertained limitedness of the resources that the planet is objectively able to produce not only for man, but also for all living beings and plants that form the very basis of life, without which neither do we we could continue to exist. So what to do? Look at a new awareness, starting from the values ​​that inspire Asgardia to protect the earth from threats from the sky (studying it, anticipating it, suggesting, when masters of the problem, a viable way); the freedom of space in space will allow us to see and deal with both problems that can come from outside, and to analyze those that afflict the surface of this wonderful planet with 38 degrees of temperature. Like a kid with the flu.

It has been built in 1655, known also Heliometer, solar meter, this Meridian has a hole on the roof the Basilica, at 27m from the ground. It proofs cold and warm seasons do not depends on Earth distance from our Sun. It takes care of Tycho Brahe atmosferic abberation, IT is used to obtain the exact measure of Equation if Time. Installed inside the church, it proofs many ipothesis about cosmology were wrong, bringing the Truth in the science of that time.

I read a post written on the subject, the desire to open a new way for the colonization of the moon is great, but there are some things to consider. First you need to develop a new technology for settlements, capable of being modular and easily assembled (I am not talking about the initial modules that will necessarily arrive on the moon and will host the first lunar workers) but the definitive ones, those within which the workers themselves will find shelter having the comforts needed by those who work in critical conditions and in a lethal environment in the event of a tear or infringement of the spacesuit. another aspect to consider are the suits that must necessarily be redesigned to allow maximum ergonomics of movement. Another chapter are the tools suitable for intervening in the assemblies (the component modules can be equipped with automated joints, but specific tools will be inevitable). Let's not forget that the lunar soil is abundantly covered by dust that compresses, leaving the relatively low weight of the housing modules to settle. It will therefore be necessary to study and produce a rover capable of operating as a bulldozer to remove the layer of dust and some of the lunar soil forming the platform on which to start the assembly of the modules. The energy will undoubtedly be solar, the technology being developed by graphene batteries will help once they have been tested in space with all (for the moment) unknown factors. They will allow for greater capacity, faster charging and a very long cyclic life. Let's not forget the air problem both for suits and for lunar houses it will be necessary to devise a technology that allows to produce oxygen inside the modules (hydroponic crops with high oxygen production or ...) These are only the first notes, it will be very demanding, but step by step with a large number of technicians and engineers with wide visions and witty inventions it will be a viable way.The final results? There is no rush we start working.

there is some news about the develop of graphene thecnology. The graphene based battery is destinated to change our relationship with the use of the batteries. This new sintetic material graphite developed ensures an extraordinary duration of charge for the same size, a rapid recharge and a much longer life. The extraordinary characteristics of this new product do not stop here as the first coding is already being carried out to replace lithium as the base material for the construction of the microprocessors. From what is known, the behavior of current and data flows, estimated, maintaining the architecture of the current processors would increase the amount of data processed several times. An important feature of graphene is the almost non-existent resistance to the passage of electric current. Appropriately worked, it will also ensure the transport of electricity in national networks with negligible pressure drops. It will be possible to restructure the distribution networks by drastically reducing the sections of the cables, rebalancing the balance between how much energy is fed into the network and how much it is actually consumable. Currently, the majors of the world economy have registered hundreds of patents on graphene-based products and materials and the top smartphone manufacturers have announced that soon the first graphene batteries will be available; they will have a much longer technical life without any kind of memory effect up to the (estimated) 15,000 refills. the cost? for the moment, as for all new technologies, it will be high due to the industrialization costs, but in a few years we will have the reduction of prices with mass access to this new wonder. I forgot, when you write with a pencil on a sheet, you are creating the first base from which the discoverers of this material started for their research. So, holding the old and dear pencil in your hand, you are still holding the future in its essential form.

Asgardia, come nazione neutrale, potrebbe diventare la "svizzera" della privacy, garantendo comunicazioni sicure a soggetti privati, aziende e governi in quanto lo studio pubblicato dimostra come una futura internet quantistica debba essere Space-based per soddisfare le esigenze di affidabilità del segnale. È necessario quindi creare una rete di satelliti con emettitori di fotoni "intrecciati" che comunicano con una rete di ricevitori (telescopi con sensori quantistici al posto dei tradizionali oculari) posizionati nelle principali città o centri economici. https://arxiv.org/pdf/1912.06678.pdf

È imperativo che Asgardia (Art. 12.4, 23.2, 25.5 della Costituzione) sviluppi un sistema di recupero dei satelliti e riciclo delle risorse per la costruzione in orbita per stoppare questi tiri al bersaglio e la dispersione di rottami spaziali nel territorio di Asgardia. La nostra nazione non può essere la pattumiera delle altre nazioni. Non si può avere un isola di plastica spaziale. https://www.linkiesta.it/it/article/2019/12/27/spazio-guerra-usa-cina-india/44880/

Google starts to offer services of XAI (eXplainable Artificial Intelligence), where machine learning methods can be query to give reasoning of their output. Common ML method can supply high accuracy results of their calculations, but they are just black box, they are not able to show the reasons of their output. Google wants to be the leader in supply XAI services, as it is required by European Commission for adopting AI systems in the European Union. https://towardsdatascience.com/googles-new-explainable-ai-xai-service-83a7bc823773