
Familiarization of students with Global Problems Earth’s Planet and possible methods of solution.
4.A number of researchers note that the combination of biotechnology with nanotechnology will provide breakthroughs in such areas as the creation of biosensors for environmental monitoring and for national security purposes, biomicroelectromechanical systems. Genetic studies of microbial cultures (study of survival, production of chemicals, etc.), ecosystems at the molecular and systemic levels are noted as promising fundamental research. Many global environmental problems can now be solved with the help of nanoparticles: for example, German scientists from the University of Ulm have developed trace elements that, according to their calculations, can detain chlorofluorocarbons — harmful particles that deplete the ozone layer.
In addition, virtually everything necessary for human life can be made by molecular robots directly from atoms and molecules of the environment (food — from soil and air, how they produce plants, silicon chips — from sand). It is obvious that such production will be much more cost-effective and ecological than current industry and agriculture. It is only necessary to supply nanomachines with raw materials and energy, and everything else they will do themselves (although in principle nothing prevents nanomachines from extracting both raw materials and energy). Mankind will receive an exceptionally comfortable environment, where there will be no place for hunger, disease, or debilitating physical labor. It is predicted that in the sphere of ecology in the middle of the 21st century, the harmful impact of human activities on the environment will be completely eliminated, first, by saturating the ecosphere with molecular robots-sanitarians turning the waste of this activity into raw materials, and secondly, as a result of the transfer of industry and Agriculture on non-waste nanotechnological methods.
It should also be noted that I Vilayat Nazarov as an active participant Discussion and regulation of global catastrophic risks in the global ecosystem can improve his competitiveness on the world market due to more active implementation at the level of environmental innovations (this can be both technologies and strategies, development models, mechanisms, cooperation, tools Invention). Competition in this area is already today the Global Challenges Foundation
It creates advantages for the pioneer countries, because it is part of the global competition for survival. This is confirmed by the ever-growing growth in the share of the environmental factor in overall technological progress. It is assumed that for 2020, 50% of world innovation will be directed to improving environmental
The development of environmental innovations in the conditions of technoglobalism
Of the situation.
Thus, the understanding of the strategic importance of such an approach by the world’s governments will create the basis for the growth of the state’s competitiveness in the new conditions of technoglobalism. That’s why 190 countries around the world have ratified the Kyoto Protocol on February 4, 2004, which is the first global agreement on environmental protection based on market-based regulatory mechanisms. The Kyoto Protocol requires 38 developed countries on average for 2008–2012. In general, do not exceed approximately 95% of the level of greenhouse gas emissions in 1990. For the EU countries, the level of liabilities is 92%, the USA — 93%, for Japan and Canada — 94%, and for Ukraine, Russia and New Zealand — 100%.
To solve the problems and get out of the situation, global catastrophic risks, sevodnya exerts tremendous efforts, the organization, Global Challenges Foundation.
We will change the world to the best !!!
The author, Vilayat.N . 25.08.2017
E-mail; awillisws@gmail.com
To be continued.