I was wondering about giving the chance also to children to become directly asgardian citizens, because they are our future, even if they don't have open minded parents.

If i understood well the project it's aim is to guarantee a life out there in the space under the asgardian law.

May we talk about it with our related?

Could we do something more for human race than just send files?

Living in space is wonderful, but friends and parents, stayed on Earth?

It may be difficult to hear them. You have to find a way to communicate, and that can be integrated into every apartment Asgardian!

The 3d display, to occupy as little space as possible, a fast communication system, with a few seconds delay! It is not only useful for citizens, but also for the entire crew of the nation, including politicians!

Can Asgardia have its own (earthly Asgardia)? Terrestrial Asgardia can function as a beginning, the beginning of a new space era, with its personal launching base, and its personal companies to build the space nation, facilitate the costs and the Times, in the construction of new technologies!

Asgardian Earth, it would not leave the current citizens, without having their own nation!

For the space nation, it takes many years to wait!

What do you think?

Any of those there are willing to join Asgardia world should first to solemnly vow and adhere to the pact of Earth and Space environment protection and to act to enforce such pact amongst the communities.

Without any commitment to such pact I strongly believe there should not be any reason for making any further steps forward as it could be ending up in a failure of the new Asgardia's Space Kingdom and should be seen as undermining foundations of the creed.

Fisici russi e stranieri hanno capito come costringere materiali trasparenti, che lasciano passare completamente la luce, ad assorbire praticamente tutta la sua energia, si afferma in un articolo pubblicato sulla rivista Optica.

"I risultati teorici ottenuti in questo lavoro si sono rivelati molto contro-intuitivi: penso che nessuno degli autori prima dello studio avrebbe potuto ipotizzare che usando un sistema trasparente fosse possibile raggiungere questo risultato. Ma la stessa matematica ci ha spinto verso questo effetto, non sono ancora noti quali fenomeni si nascondono dietro lo schermo dell'elettrodinamica tradizionale", afferma Denis Baranov, ricercatore dell'Istituto di Fisica e Tecnologia di Mosca.

Oggi quasi tutti i fisici credono che la luce si comporti simultaneamente come una particella e come un'onda elettromagnetica. Sulla base di questa proprietà, che in passato impropriamente veniva chiamata "dualismo dell'onda corpuscolare", sono state costruite molte tecnologie moderne, in particolare le matrici di fotocamere e vari sensori di luce.

Normalmente sono costituiti da materiali che assorbono bene la luce. Cioè, l'energia delle particelle di luce che entrano in collisione con la loro superficie viene convertita in calore, in oscillazioni collettive di elettroni oppure altre forme di energia. Per le proprietà fisiche tutti questi materiali sono scuri, ma quelli trasparenti, come il vetro, non sono affatto adatti per questa funzione.

I fisici russi hanno scoperto che i materiali trasparenti possono tuttavia essere sfruttati per creare sensori di luce quasi ideali e celle solari ad altissima potenza.

Studiando come il campo elettromagnetico dei fotoni cambia nel momento in cui le particelle di luce passano attraverso un materiale trasparente, i fisici russi hanno notato che il materiale inizia ad assorbire l'energia dei fotoni se l'intensità del raggio cambia in un determinato modo.

Come spiegato dai ricercatori, ciò accade perché le onde disperse di luce che cercano di lasciare il materiale trasparente si sovrappongono e si autodistruggono, motivo per cui l'energia non riesce ad oltrepassare il vetro.

Questo effetto non è infinito: scompare quasi istantaneamente si interrompe il gonfiamento del materiale.

La scoperta ha implicazioni interessanti non solo dal punto di vista teorico: ad esempio l'accumulo di luce in un sistema trasparente consentirà di sviluppare la memoria ottica dei computer, capace di memorizzare le informazioni senza perdere energia e rilasciarle al momento giusto.

https://it.sputniknews.com/mondo/201711295339556-scienza-fisica-luce/

In our world there are a lot of problems regarding food. A lot of people can't afford to eat, and it is very sad thinking how much food we waste in our life. A secondary problem is to eat well. It doesn't mean you have to be vegan or vegetarian to eat well.

Health lies in the middle.

We don't need to be a chef to prepare supper, we only need a little effort to support our health and body by cookin food ourself, doing so, we will know exactly what we are eating and will be responsable for ourself.

We need to teache people how to eat well, and to prefer homecooked food to cheap fast food.

Healthyness is not a budget problem, we need to prevent health problems ad to cure them without looking at our wallet.

Food is always one of my priorities, and should be one of yours too.

My favorite Asgardian Landscape ever. How should look my place: Something never seen on Earth. Unpolluted  by humans.

Gianmatteo Ferrari con Anatolij Evgen’evic Karpov, Gran Maestro degli scacchi e campione mondiale, oggi parlamentare di Russia Unita

Per una nazione nascente è importante avere ottimi rapporti con tutte le altre nazioni soprattutto se il prossimo passo sarà l'accredito alle Nazioni Unite.

APARCH: "Sono architetto, mi occupo di architettura, designer e grafica. Inoltre propongo, ricerco e divulgo attraverso la rete soluzioni, idee e progetti per rendere sostenibile il nostro ambiente. Garantire il rispetto degli equilibri naturali, rendere armonica la società, divulgare informazioni riguardanti le fonti di energia libera o alternativa, rendere consapevoli le persone di ciò che succede davanti ai loro occhi (con i quali si guarda ma spesso non si vede...) , diffondere input positivi. Avere la cittadinanza in Asgardia è una grande opportunità per  condivisione informazioni positive per il bene nostro, della nostra casa Terra e dello spazio che ci circonda per un futuro migliore."

I'm looking for funds to built first world ASGARDIA Bio-School for kids below 6 years as a powerful tool to inspire new generations and teach humans to be humans and to respect the earth's environment.

Targeting the individual mind-set re-formation of future engineers, politicians, physician, literates, phylosophers, scientist, researchers and common people that will lead the world in the next decades.

Business Development and IPR manager at STE industries since 1998, with experience in automotive electronics.During my professional experience I have participated to the development of innovative solutions in the field of wireless energy efficient and ubiquitous sensor devices, and have abilities on converting ideas into IP and marketable products. Have strong leadership skill and personality, with ability to establishing good relationship. Have a good sense of communication and negotiation.

Wireless short-range communication applied to automotive applications, Tire Pressure Monitoring System, Electronic System integration and radio wave propagation in carcass and Short Pulse Technology applied to radio communication and extreme low power consumption wireless sensors are within my skills. I have an innate sense for the study of innovations and have a strong sense of environment preservation. Environment preservation is the main motivation in daily activity and work. Very sensitive to new technologies and development of energy efficiency in the area of wireless communication with specific address to the IOT. I’m currently working with innovative applications of “micro.sp” technology, recently patented, in the field of Agritech, Agriculture Precision and Precision Farming.  Specialties: Patent application and innovation development are part of my skills and knowledge. I'm particularly educated to wireless communication applied to ubiquitous energy efficient wireless sensors for industrial and automotive applications. Since 2005 I'm dedicated to tire communication and technology development of innovative wireless sensors in the intelligent tire technology and V2I. My skills embrace area of benchmarking, product development and industrialization, I'm used to closely work and wisely support industries in the semiconductors and automotive and i'm also collaborating with global team for development of innovative business models and products.

Accomplishments

Patents

1. Receiver of radiofrequency signals.
2. Compacted patch antenna.
3. A surface acoustic wave driving circuit and oscillator therefor.
4. Apparatus for monitoring the pressure in tyres.
5. Tire pressure monitoring system.

Publications

1. A more efficient PPM scheme seems to be the future of Intelligent tire tech
2. Setting Trends in tire sensors: micro.sp technology

Language

1. Italian
2. English

Projects:

I. Project Name: micro.sp Ultra low energy consumption wireless sensor.

Developer of wireless sensors with Ultra Low Power Consumption.

Owner of “micro.sp®”:  a breakthrough technology that enable the trillion sensor vision in the Internet of Things.

STE Industries: Ste industries is an advanced fabless R&D center that, using core technologies in the space of data telemetry, is able to create innovative advances across industries, delivering unmatched unique solutions in the emerging sectors of energy efficient wireless sensors applied to the Internet of every things and big data collection.

Micro.sp: is a patented Innovation in short range radio frequency and refers to an innovative pulse schemes that enables highly miniaturized wireless sensors with very low power consumption equivalent to 2-3 orders of magnitude better than conventional system. The “micro.sp®” technology unlocks next generation battery powered IOT Wireless Sensors: with a total energy requirement of less than 220nJ/bit, when compared to other standards truly allows system’s lifetime up to 10 years by using the smallest CR1225 12mm 48mAh capacity lithium cell and leading research in the space of energy harvesting as a power source.  “micro.sp®” technology, is a fully industrialized and commercially available device in the markets such as automotive, smart city, smart agriculture and vehicle monitoring and  demonstrated cost savings largely below competitors’ target.

Micro.sp is a Key Enabling Technology with a TRL (Technology Readiness Level) of 9 (production phase).

Background: “the Trillion sensor vision” - One of the components that builds for the new digital world is the wireless sensor that stays at the bottom of the pyramid (last connection) and collect the necessary data for analytics in mobile monitoring, wearable, health, agriculture, automotive industrial and more generally in the Internet of Things. In order to get there, there’s a need to completely transform the economy scale of production and get access to the new paradigm: the least of the energy consumption and the smallest price per bit collected.

History:STE Industries, a Spin-off of STE srl a company founded in 1965 as an early Italian pioneer in radio frequency research, focuses on Ultra Low Power Wireless Sensors for telemetry and the Internet of Things. STE Industries is currently working with a number of major research institutes and organizations to develop vibration and thermal based energy harvesting to power wearable sensors and nodes. Recently STE Industries has begun, through its licensee Bridgestone as the market leader in tyre manufacturing, the rollout of battery powered Ultra low energy devices for trucking fleets to measure pressure in tires (TPMS) and, through the Inpulse joint venture (see www.inpulse.tech for reference) the roll out of innovative systems for Smart Agriculture. This choice is because (i) fleets are more sensitive to TPMS benefits, namely from one to five percent improvements in fuel efficiency (due to correctly inflated tires) and the reduced downtime (early detection of slow leaks and puncture) for saving fuel and improved economy scale in the transportation and supply chain, and (ii) Smart Agriculture because of the impact it will have in the incoming digitalized world and reach up to the new concept of agri-food supply chain 4.0 as the new approach to 2050 policies food and health requirements to meet growth of worldwide population. micro.sp technology meets requirements in many of the market verticals such as industrial, building automation, lighting, smart city a smart tracking of assets thus enabling new business models opening new opportunities of collecting data reflecting what are the modern needs to improve industrial processes and optimize data processing in the IOT and big data mining domain.

Technology: The focus of the company is on low power wireless sensors. STE Industries’ wireless sensors consumes less than 500 nA with a total system’s budget, depending on the application specific requirements, below 2μW which corresponds two to three orders of magnitude more efficient than conventional Wireless sensors. The underlying technology - which the company calls ““micro.sp®” - uses very short radio frequency pulses for wireless communication. The length of the pulses is on the microscale, typically between 2-5 μS, and make use of a dedicated pulse position modulation (PPM) scheme to efficiently transmit in the short range sensor’s data such as pressure, temperature, battery life and many other values that can be monitored through standard transducers. Additionally, overall size is also reduced: in example whereas conventional TPMS consists of a dedicated plastic box beneath the tire stem containing electronics components, STE Engineering's TPMS incorporates the circuitry into the tire stem itself. Strategy and markets: STE Engineering is a technology developer, and does not generally support mass production - rather, it licenses to larger companies (as in the example it occurs in the field of TPMS where Bridgestone corp. is granted of a worldwide exclusive license to use in the field of tires), In the long term, the company is investigating the integration of sensors cured to tire carcass inner-liner and meet requisites of intelligent tire sensors (see key issue below) to measure various parameters in rolling conditions. STE industries is also investigating and developing applications in the industrial, smart city, lighting and white goods market.

Integration of micro.sp: Ste industries is currently working with giants Epcos, TDK and Microchip with the aim to integrate the micro.sp patented hardware into a small System in Package in the size of 7x7 mm with the ambition to provide integrated solution across verticals of markets such as Smart Agri-tech, Automotive, Industrial, Smart Logistic and wearables. For doing so STE has signed agreement with Epcos/TDK for the manufacturing of the micro.sp solution in the tiny package and deliver integrated systems for mobile devices and fast-growing business segments such as Internet of Things (IoT), drones, robotics, automotive applications and more.

Future perspectives and opportunities: to integrate micro.sp receiver in mobile, automotive (vehicle’s dashboard) and PC based platform to enable fast and efficient data collection through smart applications.

Energy Harvesting: STE Industries patented ultra-low power communication technologies joined to thermal micro-harvesting integration (provided by strategic partner Delta-Ti Research) is carried on to extends the applicability of IoT into unprecedented scenarios, where off-net powering is critical and mandatory.

On going partnerships: Epcos, TDK, Bridgestone, Octo Telematics, Ama, Flex, Telenor, Alcar. DeltaTi Research, Tieto.

II. Project name: INPULSE

May 2015 – May 2015

Project description

Breakthrough in cloud based application and platforms for data management and data analytics through use of Energy Efficient and scalable wireless sensors. Based on the patented and innovative RF micro.sp core, that allowminiaturized wireless sensor to transmit data with the worldwide record in energy consumption x bit transmitted, "inpulse" shows a flexible and scalable web based telematic application to manage agriculture, industrial and off the road working vehicles that enables field data collection with full insight in data analytics. Among the many functionalities supplied, "Inpulse" offers a snapshots and complete reports on assets and their location along with usage, real-time conditions and data history of both vehicle's and field sensors. An extremely detailed overview of data measurements and collected data from the environment, "Inpulse" enables analytics, geofencing functionalities to area of interests and deep machine learning for big data collection. "Inpulse" aims to offer the best in class data management approach that can be easily integrated inad hoc cloud platforms thus allowing advances in fusion sensor and deep machine learning techniques in agriculture, industrial, logistics and many other of the market verticals in the domain if Internet of Things.

See project INPULSE http://inpulse.tech

Media

Web sites: www.stecom.com – www.ste-industries.com  – www.inpulse.tech

Video: http://inpulse.tech/logistics.html http://inpulse.tech/index.html

Bridgestone commercial fleet tpms: http://www.bridgestone.co.uk/truck-and-bus/fleet-care/total-tyre-systems/

Video: http://bridgestone.azureedge.net/truck-and-bus/~/media/Files/Commercial/Central/Videos/TBR_TPMS_FullHDEN.ashx?vs=1&d=20141113T162256&la=en-gb

Contacts:

Paolo Moiraghi, Co-Founder & CTO

Phone: +39 340 8108983

Email: paolo.moiraghi@ste-industries.com

Linkedin: https://it.linkedin.com/in/paolo-moiraghi-84085b6

Organization Information:

STE Industries Srl: Via Bistolfi Leonardo, 49 -  Milan - 20134 Italy -  +39 02 2641 1765.

Business model(s) and targets: Licenses technology. Seeking industrial Partnerships and new Investors.

Stage of development: Development, IP portfolio, product commercialization.

Technologies and materials: Sensor technologies; Wireless communication technology; Power electronics, battery less operated devices for Data Mining and data analytics.

Products: Wireless power product; Energy Efficient Wireless Sensors and Internet of Things.

Applications: Industrial, Smart city, Smart mobility, Automotive, Agriculture.

Il più grande regalo di Asgardia è quello di darci una seconda possibilità, l'opportunità di ripartire da zero. Una nazione in cui il rispetto per il prossimo deve diventare legge. Una realtà regolata da norme giuste ed eque per tutti. Un luogo dove la prima regola deve essere il rispetto delle leggi che permettono di collaborare per il bene di Asgardia. Costruiamo insieme una nazione a cui possiamo essere fieri di appartenere. Per fare ciò è necessario mettere da parte i personalismi e gli interessi di parte che si espandono pericolosamente sulla Terra. Noi, primi cittadini di Asgardia, abbiamo una grande responsabilità. Perchè il nostro obiettivo non è solo essere ricordati come cittadini del regno, ma rendere Asgardia una nazione sana, prolifica e moderna da lasciare in eredità a chi lo diventerà in futuro. Viva Asgardia!

As primacies of Asgardia, we must exploit all of ours abilities to start a new world, a new era. It's time evolve and to discover our universe or better yet, other multiverses...

New discoveries, new researches, new knowledges, are waiting for us!

-We are Asgardians!

Mi chiamo Matteo Soldo e sono un ragazzo neomaggiorenne che vede in questo progetto una potenzialità ed una cura invidiabili da alcuni stati terrestri. Questa nazione è il primo vero collegamento fra l'uomo e lo spazio, e sarà in grado di garantire l'uguaglianza sociale; studio elettronica ma virerò su relazioni internazionali all'università, due materie che sono fondamentali, per costruire e far fiorire una società egualitaria. Un progetto, una nazione, con questa importanza storica hanno bisogno di persone con una forza di volontà e di mettersi in gioco di ferro, requisiti che spero riuscirete ad intravedere in me. Amo l'uomo e la scienza, voglio provare a far la differenza ed a diventare un membro attivo di questa società precorritrice.

I'm Matteo Soldo, a fresh 18-year-old boy who sees in this project such a potential and care which are enviable. This Nation is the first connection between humanity and space, and it will guarantee social equality; I study Electronics in high school and I will study international relationship at the university, two subjects that are fundamental to build and make an egalitarian society flourish . A project, a Nation, with such historic relevance needs people with a solid willpower and strong willow to get involved, requirements that I hope yu'll find in me. I love scince, and I love mankind, I want to make the difference and become an active member of this precursor society.