Suddenly, within just six weeks, the pandemic is upon us.
Science & Technology
All countries struggle to deliver affordable, high-quality health care to their citizens. If a resource-constrained nation like India has to achieve the twin goals of affordable and quality health care for all, it will require drastic re-engineering of the health care delivery model. India faces two main realities: a large population and low per capita GDP, leaving little room for the substantial investments necessary to build health care infrastructure. An acute shortage of doctors outside major metropolitan areas further compounds the problem.
Prime Minister Narendra Modi’s address on March 27, 2019 began with the declaration that India had “established itself as a global space power.” This statement was premised on the notion that an anti-satellite (ASAT) test was “necessary” to demonstrate India’s status as a space-faring nation. However, India has been internationally recognized for its space-faring prowess for decades, given its unique ability to manufacture innovative technology at economical rates, evidenced by the increasing use of Indian launch services by foreign nations.
Twelve days following the Ides of March, few had any inkling that March 27, 2019 would portend a watershed in India’s strategic trajectory. Indian Prime Minister Narendra Modi made a ten minute televised address in Hindi, emphatically declaring that India has become “a global space power” after a successful anti-satellite (ASAT) missile test had just propelled the country to the ranks of the US, Russia, and China.
On October 7, 2014, India’s aspirations of becoming a global leader in the manufacture and operation of unmanned aerial vehicles (UAVs; commonly known as drones) for civilian use were seemingly crushed overnight. The Directorate General for Civil Aviation (DGCA), India’s civil aviation regulator, issued a short public notice that prohibited any non-governmental entity in India from launching UAVs for any purpose whatsoever due to safety and security issues until regulations were issued.
We live in the age of artificial intelligence (AI) that has provided us with immense processing power, storage capacity, and access to information. The exponential development of technology gave us the spinning wheel in the first, electricity in the second, and computers in the third industrial revolution. In 2016, the World Economic Forum called AI “the fourth industrial revolution” that has radically transformed the way we live, work, and connect with each other. However, it has also given us regulatory challenges such as data ownership and labor protection.
After the first metro project in Kolkata, it took two decades for India to plan and execute its second metro rail project in Delhi in 2002. But afterwards, there was a surge in metro rail projects across Indian cities. In the past decade, more than thirteen cities in India have sanctioned for metro rail systems and many more states are still vying to seek clearance from the central government for metro rail projects.
Nearly fifteen years ago, the former head of India’s Central Water Commission warned that “hydro-politics is threatening the very fabric of federalism” in the world’s second most populous country. Virtually all the subcontinent’s major rivers, including the Indus, the Ganges, and the Brahmaputra, are the subject of some level of contention. But while these international transboundary waterways receive most of the attention, it is India’s internal water wars that may well be most significant for its future.
Why do the lights go out more often in some Indian states than others? While India has recently seen great gains in generation capacity and rural electrification, many utilities are still trapped in a vicious cycle of underpayment, underinvestment, and dismal performance. The effects are huge: in 2010 the World Bank estimated the cost of electricity shortages at 7 percent of India’s GDP.