It has been an extremely productive year for Asgardia: major accomplishments were made, new goals set, amazing historic event held. Let’s take a look at these 10 great steps the First Space Nation took this year, and see the progress we’ve made so far

The historic First Asgardia Space Science and Investment Congress, held in Darmstadt, Germany, gathered scientists, experts, entrepreneurs, students, investors, media representatives and Asgardians to pave the road to living in space! This fascinating event lasted for 3 days, new promising approaches were suggested, problems associated with long term space missions were discussed in unprecedented detail, economical aspects of space travel were studied. Among the speakers were such extraordinary and well-known aerospace industry specialists as Laurence Young, the Apollo Program Professor in MIT’s Department of Aeronautics and Astronautics,Satoshi Iwase, Professor of the Department of Physiology at Aichi Medical University (Japan), Jeffrey Manber, CEO of Nanoracks, Frank De Winne, Belgian astronaut,  Dr. Mark Shelhamer, Former Chief Scientist of the NASA Human Research Program. The congress was a unique event that brought people from all around the world united by one dream together under the umbrella of Asgardia. 

On Capricornus 16, 0003 (December 18, 2019), Decree No. 38 by the Head of Nation put the new calendar of Asgardia into effect. As of its issue date, all the events, documents, National and business correspondence shall be time-stamped according to the updated version of the Asgardian calendar

The three basic principles the calendar follows are calendar equivalence, calendar synchronization of the real and the fixed year, and the Morozov calendar constant [31/128 days]. 

Capricornus 16, 0003 (December 18, 2019), Head of Nation Dr Igor Ashurbeyli issued Decree No. 39, announcing the creation of a work group to prepare a draft law on the Judicial System of Asgardia

The announcement is based on the decision of the IV sitting of the Supreme Space Council made on Sagittarius 24, 0003 (November 28, 2019) in Moscow.

This monograph provides general characteristics of weapons and military equipment as objects of systemic study, as well as discusses military, scientific, and technological challenges to be solved within the various life cycle stages of such equipment. It outlines the basics of quality control, efficiency theory and operations research; the basics of decision-making theory, as well as optimisation goals with a comparison of alternatives for scalar and vector quality indicators; the methods of expert estimation of chosen objects. Various aspects of systemic research, conducted during the conceptualisation and development of weapons and military equipment, are described; statistical methods of processing and analysis of experimental data, including variance, regression and factor analysis methods as well as methods for research trials, are described. The system of equipment testing is described, and contents of research trials are provided. Considerable attention is paid to methods of experimental research.

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This book chronicles the development of Russia’s air and space defence technology, as well as how defence systems and arsenals are tested.

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The main development issues of Russian air and space defence technology and digital components base are discussed.

These include:

Various technology (listed in detail) essential for the development of active phased array radar (APAR)

Steps needed to take for the development of a digital components base needed to build APARs

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