Near Augusta, Georgia, the first new commercial nuclear power reactors under construction in the United States in 30 years continue to "go vertical."  Take an inside look at the latest from the Vogtle-3 and -4 construction site, including placement of the 1.8 million pound containment vessel bottom head for Unit 4, the cooling tower for Unit 3 surpassing 300 feet, and a very interesting visit to the Port of Savannah where many of the most massive Vogtle components arrive via ship.

CNBC's Mary Thompson visits the construction site of two new nuclear energy reactors at V.C. Summer Nuclear Generating Station in South Carolina, and talks with South Carolina Electric & Gas Company Chief Nuclear Officer Jeffrey Archie about new construction and operation jobs-in South Carolina and industry-wide.

The World Bank reports that fewer than 10 percent of African households have access to the electrical grid.  Some countries such as Kenya and Nigeria are looking to add nuclear energy to their grids, Egypt has plans to implement nuclear energy and South Africa wants to expand its share.  This video from Voice of America News discusses some recent developments in nuclear energy in Africa and pros and cons.

Near Augusta, Georgia, the first new commercial nuclear power reactors built in the United States in 30 years continue to take shape. This latest video update features the recent heavy lift of the massive 5-story CA20 module, which will house the spent fuel pool, fuel transfer canal, and other essential components for Unit 3. The video also features a visit by US Secretary of Energy Dr. Ernest Moniz, day-to-day problem-solving operations at the site's operations control center (especially during recent unusually cold weather), and the immeasurable beneficial economic and other impacts on the region's economy and school systems. Fuel loading and connection to the grid is scheduled for Unit 3 in 2017, and Unit 4 in 2018.

A nuclear power station contributes a lot more in benefits to a community and region than just massive amounts of 24/7 electricity generation-although it should be noted that, in the case of Seabrook Station alone, 42 percent of New Hampshire's entire electricity generation comes from this single power plant. Amazing. See this excellent post at NEI Nuclear Notes for more on Seabrook's "bigger picture," and this story for more on regional economic benefits in particular.

Ha!  Words don't do justice - just click 'play,' faithful Matinee viewers, and enjoy.

Having a few days ago caught up with the latest milestones in construction of new nuclear units at Plant Vogtle in Georgia, let us take a look at the latest history in the making at the construction site of units 2 and 3 of the Virgil C. Summer Nuclear Generating Station in South Carolina - and in the local community surrounding one of the largest construction projects in the state's history.  Construction of two new Westinghouse AP1000 reactors officially began in March 2013 and the reactors are planned to be online in 2018.

It's been more than two years since Vogtle Units 3 and 4 began to rise from the landscape near Waynesboro, Georgia-though construction officially began just last March with pouring of the Unit 3 basemat concrete, and a few months ago in November with the Unit 4 basemat. Turbine buildings, cooling towers, AP1000 reactor operator training... 2013 saw great strides toward the first new commercial nuclear power reactors in the United States in 30 years. Join host Joe Washington for a tour of the most recent milestones achieved in this amazing construction project.

Two new AP1000 nuclear power reactors are under construction at the Virgil C. Summer Nuclear Generating Station in Fairfield County, South Carolina. Along with two new units at the Vogtle Electric Generating Plant in Georgia, these are the first new nuclear units built in the United States in the past three decades.

The ANS Nuclear Cafe Matinee is usually celebrated on Fridays-but this time, we just couldn't wait.

A new time-lapse video shows early site preparation and containment vessel bottom head placement at the Plant Vogtle Electric Generating Plant near Waynesboro, Georgia. Two new nuclear power reactors are scheduled to begin operations at Plant Vogtle in 2017 and 2018. Along with two units under construction at the V.C. Summer Nuclear Generating Station in South Carolina, these will be the first new nuclear units built in the United States in the last three decades. Enjoy the show!

Presenting a new nuclear energy TV commercial - unveiled at the 2013 American Nuclear Society Annual Meeting this week!

Last week at the ANS Nuclear Cafe Matinee we caught up with the latest milestones in nuclear construction going on at the V.C. Summer site in South Carolina.  Now, let's take a look at history in the making at Plant Vogtle in Burke County, Georgia, where construction of two new AP1000 reactors is quickly moving onward and upward.  How in the world do you make a nuclear power plant?  Watch, and find out.

America's first new commercial nuclear energy reactors in 30 years are under construction at the Virgil C. Summer Nuclear Generating Station in Fairfield County, South Carolina, and the Alvin W. Vogtle Electric Generating Plant in Burke County, Georgia.

A group of IBM researchers have created the world's smallest movie - starring 130 atoms (well, the oxygen atoms of carbon monoxide molecules).  An atomic-scale must-see!

While Shippingport Atomic Power Station in Pennsylvania was the first full-scale nuclear plant to be designed and built to provide commercial electric power, the Vallecitos Atomic Electric Power Plant in California was actually the first privately-financed nuclear power plant to provide meaningful amounts of electricity for public use.

What will be the future influence of women in nuclear science and technology What can be done to encourage more women and girls to enter nuclear science and energy fields-and to stay in the "technical track"? How important are role models?

Albert Einstein's famous equation E=mc² explains, of course, why a nuclear power reactor can generate so much electricity in such a relatively tiny space, while using such a relatively tiny amount of fuel. Electricity from other forms of energy, say tidal or wind motion, sunlight, chemical bonds (burning things)... well, nuclear fission and fusion, thanks to E=mc², are definitely in their very own league.