Einstein is most well-known for his theory of relativity (e=mc²), but did you know these lesser-known facts about everyone's favorite crazy-haired physicist?

Founded by the National Society of Professional Engineers in 1951, Engineers Week (EWeek), is dedicated to ensuring a diverse and well-educated future engineering workforce by increasing interest in engineering and technology careers. This year, consider bringing an engineer into your plans.

Albert Einstein is one of the most well-known physicists throughout history. Among other things, he is also known for formulating the world-famous equation E=mc², the equation that relates that energy and mass as not separate, but rather a single entity. This equation opened doors to numerous scientific advances.

The start of Marie Curie's story isn't like most of the other scientists that  had made a name for themselves throughout history, mostly because she was a grown woman by the start of the 20^th century. But she was the first woman to do a lot of things, including getting a Ph.D. from a university in France, and winning a Nobel Prize. She was also the first person ever to win a Nobel Prize in two different fields of science. To say she pushed the societal and scientific boundaries of her era is an understatement.

This week is National Nuclear Science Week - an exciting week of learning, teaching and interacting on all things nuclear-related.  (You can read about the history of National Nuclear Science Week, or NNSW, by following this link.)

On Episode 12 of RadioNuclear, we discuss how fear-mongering stories about nuclear power plants in the path of a hurricane are irrelevant, the Oyster Creek Shutdown, and lastly, how nuclear power should be used geopolitically.

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.

The ANS Nuclear Cafe Matinee presents loyal readers-and loyal viewers-with an all-time great video: "Large Hadron Rap"!

The Higgs boson caused quite a stir earlier this year when its discovery was announced on July 4. After all, the Higgs field, as proven by the existence of the Higgs boson, is basically the reason that matter has "mass" in our universe.

NASA's Radiation Belt Storm Probes mission is scheduled for launch early on Thursday morning, August 30. How and why? An ANS Nuclear Cafe double feature matinee:

Decades of nuclear science in just two minutes! This dramatic video takes the viewer inside the world of atomic particles, describing a rather important difference between the encounters of alpha particles and neutrons when scientists direct them at heavy atomic nuclei. The scientist referred to in the video is Leo Szilard, who conceived the possibility of a nuclear "chain reaction" among many other important scientific achievements. This nuclear chain reaction is quite a ride- so enjoy!

The 4^th annual Texas Atomic Film Festival (TAFF) is being held April 26 to May 3, 2012. The festival attracts short films (3 to 5 minutes) produced by students in nuclear engineering courses at the University of Texas at Austin. A public screening of the films, which focus on nuclear and energy related topics, is being held on April 26 at 12:30 pm at the UT Student Activities Center auditorium.

Albert Einstein's birthdate was less than a week ago, on March 14, in the year 1879. Happy belated birthday, Albert!

At a recent conference I had the pleasure of meeting Kallie Metzger, a young nuclear engineering Ph.D. candidate from the University of South Carolina. Kallie and I quickly discovered that we have a great deal in common, especially when it comes to our shared passion for art and science. Kallie was kind enough to share her undergraduate thesis with me, and I found it to be so unique and contemporary that I had to share it here. In her own words, here is the inspiration of a young physics student who chose to express her passion for science through art.

On February 11, 1939, a Letter to the Editor titled "Disintegration of Uranium by Neutrons: a New Type of Nuclear Reaction" appeared in the science journal Nature. The letter provided the first theoretical explanation for the splitting of the atom, and coined a new term in physics: fission. The woman who co-authored the letter, and co-discovered the power of nuclear energy, is perhaps not quite as well-known as some of her contemporaries. Elise Meitner-how could hers not be a household name?

Hands-on activity during a November 2011 ANS Teachers Workshop

The American Nuclear Society's Center for Nuclear Science and Technology Information and the ANS Outreach Department will be sponsoring a one-day teacher workshop on Sunday, February 26, in Phoenix, Ariz. The workshop-Detecting Radiation in Our Radioactive World-is intended for science educators (including biology, chemistry, earth science, physics, physical science, life science, environmental, and general science teachers) at the high school and middle school levels. The workshop will be held prior to WM2012, the international waste management conference that takes place annually in Phoenix.

The reasons for using plutonium in space missions are often unclear to those outside the mission planning community. Observers may see or hear only that the space mission is nuclear related, and that the power source uses plutonium.

National Nuclear Science Week-a week-long celebration to focus local, regional, and national interest on all aspects of nuclear science-has nearly arrived! On January 23-27, events and activities will be held across the United States to recognize the benefits of nuclear science and technology and to introduce the next generation of  scientists and engineers to the applications of nuclear technologies to everyday life. The National Nuclear Science Week website serves as the clearinghouse for next week's activities and is chock-full of great ideas for  how to learn, teach, and celebrate nuclear science and technology.

An advanced reactor could be used to consume 112 tonnes of weapons grade material