‘I’m in a coma’: How the world’s most powerful nuclear scientist has spent the past decade living out his dream

I’m sitting in a hospital bed, my eyes open, in the company of my wife, who has just been diagnosed with an incurable cancer, with two little children, and I’m thinking about my dream.

It’s not a dream, but I know I’ll live to see it realized.

For a while, I was an engineer at the Nuclear Energy Corporation of India, which is part of the Indian government’s nuclear fuel cycle project.

I was there from 2004 to 2011, and while the project was going well, the country was in the throes of the worst drought in the country’s history.

But the government was so distracted by the drought that they did not even try to get the necessary permits to build a nuclear plant, let alone a plant of this size.

Instead, they used the money to buy more fuel rods and to develop new nuclear reactors.

They had the capacity to produce between 10,000 and 20,000 MW of electricity each day, but they had to do that in a limited space.

The drought in Punjab, a state of about 10 million people, was bad enough, but the situation in the rest of India was even worse.

In the absence of reliable power, they relied on wood, coal and other biomass to make up the shortfall.

This meant that the fuel rods needed to be stored in warehouses or on trucks to be transported, and when they arrived, they would have to be dried.

As a result, the government spent nearly a decade and more than $300 billion to build hundreds of thousands of fuel rods in warehouses and warehouses of different sizes, even as the drought ravaged the country.

It also relied on the cheap power generated by nuclear reactors, which meant that it had to buy electricity from neighbouring countries, often using cheap coal.

This was one of the major problems with nuclear power, and it’s still a problem today.

Even if India’s nuclear energy program had started as planned, it would not have been able to meet the countrys energy needs, and this has been the case ever since the country joined the Nuclear Suppliers Group in 2011.

The Nuclear Supplier Group is a set of countries that supply the country with fuel and supplies, but it is also responsible for the design, manufacture and deployment of nuclear reactors across the world.

The group has also contributed to the development of the technology for the new generation of nuclear plants.

Nuclear power has always been a difficult project.

It requires a lot of manpower and a lot, especially when it comes to the fuel and storage.

But it is still one of India’s most promising and efficient forms of power generation.

Nationally, nuclear power plants are being built at an average of three to four times a year.

The country has built at least three new nuclear power reactors in the last 10 years.

In India, these have a capacity of between 3,000 to 5,000 megawatts and a peak output of about 1,000MW.

The current nuclear power plant at Vadodara in Tamil Nadu, which started operating in 2011, has a capacity around 2,000MWe don’t have the capacity for nuclear power here, but we do have the infrastructure to make the reactor cool.

This facility is called the Integrated Power Research and Development Centre (IPRD), which was established in 2004 and was upgraded to operate the new plant in 2013.

The facility’s first reactor was commissioned in 2003 and has a lifetime capacity of around five years.

The second was commissioned earlier this year and has an operating lifetime of about five years, while the third, the one at Bharatpur, will be operational in 2020.

The facility also has a long lifetime, and is expected to have a lifetime of around 30 years.

The new plant is being built on an 18-acre site in Vadalakudi in Tamil Pradesh, and the Indian Nuclear Regulatory Authority (INRA) has been asked to approve the project.

The state government has already given a nod to the project and it is expected that construction will start in 2020, at which time the plant will be up and running.

The state government said that the new facility will generate between 3.3 and 4.4 MW of power.

In its first report on the project, the company said that it will provide electricity to the 1.4 million people living in Tamil, and to about 5,500 workers in the neighbouring state of Karnataka.

The electricity produced from the new reactor will be distributed in three areas, namely, the north-east of the state, the south-east and the south.

In addition, the new unit will be connected to the power grid of the country through an integrated distribution network.

The IPRD will be one of several nuclear power projects being built across the country, with some of them in the past few years already under construction, with a number of them also under construction in the future.

The project has