In order to get to space we should cooperate for a good, peaceful, scientific, technological and sustainable development. One person couldn't achieve that alone, but all people of good will should work together. If we will be able to bring people for living safely in space, those knowledges and technologies, we used to achieve that, will be able to help people living better on Earth. Blind interestes moving different countries to undertake unsustainable development in order to achieve only economical progress for one country against the others is no more ethically acceptable. That could be only achieved with a reasonable vision and with the firm intentions to build a better future globally. Because the development of each country is good for the development of every country. The only war we should fight is to break our own limits. https://www.youtube.com/watch?v=rfYJEI6KjFg

On the International Space Station is installed an X-ray detection system to study pulsars, but the most important technological application of X-ray detection in space and X-ray pulsars is a cosmic absolute positioning system like the GPS we have on earth. The Station Explorer for X-ray Timing and Navigation Technology (SEXTANT) will demonstrate a GPS-like absolute position determination capability by observing millisecond pulsars, which will enable autonomous navigation throughout the solar system and beyond. This is possible because every pulsar has its own frequency, so you can define your position from the angular distance between these pulsars. A must-have tool for Asgardia SpaceArks. https://gameon.nasa.gov/projects/deep-space-x-ray-navigation-and-communication/

D-D fusion reactions have been achieved with joule-level pulse laser flashing nanowires deuterium enriched. In the laser-plasma interaction deuteron and hydrogen have been accelerated up to 10 MeV, with production of high intensity neutron beam released in the collisions between two Deuterium nuclei. This research could lead to point source of neutrons for material study and imagining with neutrons. https://www.nature.com/articles/s41467-018-03445-z

A new tecnique using femptosecond high intensiti laser can fabricate tiny structures a thousand times faster than conventional two-photon lithography (TPL) techniques, without sacrificing resolution. Further research will be needed to keep quality and speed over large scale. https://www.futuretimeline.net/blog/2019/10/7.htm

Syncroton accelerators have been developed for particle physics experiments, they accelerate in a ring electron beams. When electron beams are bended in order to keep them inside the accelerator, these electrons emits X-ray light at a specific frequency. This light can be used for research and development of new materials. In order to improve the stability of the electron beam, physicist developed an algoritm of machine learning, a subfield of Artificial Intelligence, in order to control each device of the accelerator. This software is able to stabilize automatically the parameters of each device and improve in real-time the beam stability. https://www.photonics.com/Article.aspx?AID=65283

High depth of entanglment states have been achived using a Quantum Non-demolition Measurement (QNM). In 2017 the research team developed a protocol to obtain precise measurement of the quantum state of nuclear spins squeezing the indetermination with QNM technique over the "quantum standard limit". Now the same protocol have been used to obtain an high depth entangled states. This research has applications in the following fields: 1) Sensors for N-V center in NMR Quantum Computers 2) Atomic clocks with ion traps 3) Higher precision NMR for medical diagnostics Entanglement and extreme planar spin squeezing https://arxiv.org/abs/1705.09090 Simultaneous tracking of spin angle and amplitude beyond classical limits https://arxiv.org/abs/1702.08888

Small modular nuclear reactors allows nuclear power to be safer, cleaner and cheaper than coal. https://www.cbc.ca/news/politics/group-of-premiers-band-together-to-develop-nuclear-reactor-technology-1.5380316

I would like to tell to Asgardia management of communications that in this website there is the NEWS section. Get a message on Telegram where there is written go to Facebook to get the latest news is a bad habit for three reasons: 1) Asgardia.Space should be the main channel of all the communications (istitutional and not istitutional communications, video, recordings, ecc) for transparency to all the citizens on the globe and in future in space; 2) Facebook is a private and closed platform where informations are available only by Facebook users (people may do not want to register in it or people in some countries are not able at all to log in); 3) Facebook has already shown a not very ethical use of AI and privacy issues. I hope my critisim could be usefull to improve the communications from Asgardia.

If we as Asgardiani want to develop research in fundamental physics, I think we should develop some kind of space research center, CARN and use our Universe as cosmic accelerator and set up experiments in space like AMS-2. Cosmic rays are also one of the environmental issues to deeply study in order to develop active and passive shieldings in our SpaceArks.

I would like to share a simple but fundamental approach about economy. Asgardia should develop its own philosophy and approach to life, including economy. I think if economy is just making profit, than it is like we make watches to listen tiktok. Developing an economy, in order to be human, should find ways to make things more efficiently, in order to get more from less and increase human wellness. Economy should naturally push technology and science to find new ways to use natural, human and artificial resources in the most efficient and sustainable ways in order to maximaze production, reduce costs, increase benefit, but never against humans themselves, like slavery.

Science fiction in the 70s is the science of today. On the top the warp core of the USS Enterprise, under the plasma accelerator prototype of AWAKE experiment at CERN. On 26 May 2018 bunches of high energy protons generate a weak field acceleration to electrons in the plasma cell from 19MeV to 2GeV over a distance of only 10m (with traditional technologies it will require an accelerator 200-300m long). A second run is planned from 2021 to 2024 in order to increase the energy of the electron beam to 10GeV and even 50GeV and provide beams for first applications.