Trend Baju Koko Lebaran 2020

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Expert Forecasts for 2020

Finally, for any country in this group that resolves to strengthen homeland security and public safety, rural wireless communications, rapid bioassays, filters and catalysts, and cheap autonomous housing could all help toward this end. Rural wireless communications would allow law enforcement and emergency response personnel to collect information from remote locations to prevent or respond to terror attacks, internal insurgencies, and disasters. Personnel on the scene would also be able to rapidly transfer information about the incident and response to local authorities. Rapid bioassays could help experts determine types of infections resulting from attacks, along with appropriate response measures. Filters and catalysts would provide potable water when water supplies are not safe. Cheap autonomous housing could provide tem-porary living quarters for relief workers and people made homeless by an incident. It might also permit classes of chronically ill or formerly untreatable individuals to join the workforce. Wearable computers could enable patients or their doctors to continuously monitor patients’ health status. Along with the relevant applications obtainable by countries lower on the development ladder, ubiquitous information access would also contribute to improving public health at this level of S&T capacity. Over the next 15 years, certain countries will possess vastly different S&T capacities. They will also vary considerably in the institutional, human, and physical capacity required to develop drivers for implementing technology applications and overcome barriers. Consequently, the global technology revolution will play out quite differently among nations. • Cost and financing: The cost of acquiring the technology application and of building the physical infrastructure and human capital to introduce and sustain its use, the mecha-nisms and resources available to access the needed funds, and the costs of those funds. • R&D investment: Funding to educate and train scientists, engineers, and technicians; build research laboratories, computer networks, and other facilities; conduct scientific research and develop new technologies; transfer technologies to commercial applications; and enter technology applications into the marketplace.