I just knew it! I was hoping I'd be wrong, that HBO would have the courage and integrity to do their homework and consult even one actual nuclear scientist or radiobiologist. Or even just read the United Nations Chernobyl Forum Report, the best source of information on the disaster for non-nuclear people.

Episode 22 of RadioNuclear is now available. In this episode, we discuss the recent miniseries "Chernobyl", which recently concluded on HBO. We debunk some of the more egregious articles written in the wake of the show (see links to these articles below). We also discuss good ways to engage with individuals who are captivated with the show, and not necessarily familiar with nuclear technology.

The seismic event was huge and was felt all over the world.  With a moment magnitude of over 9.0, the earthquake and was the fourth largest ever in the more than 100 years of recorded history.  Huge land masses shifted as much as 2.4 meters, and the rotation of the earth was changed so that days were suddenly just a little (but measurable) bit shorter.  It had sped up the world.

December 20, 1951 marks an important date in the history of nuclear power; it's the date on which the first useful electric power was generated by atomic fission.  While the now-famous event at that time only powered four light bulbs, the somewhat stunt-like nature of the day obscured the fact that the plant was actually set up to generate considerably more power, and did so.  Let's take a look at this fact and, at the same time, the facility through illustrations from my collection and from photographs that I took myself while touring EBR-1 earlier this year.

ANS member Dr. Christopher Morrison was a recent guest on The Space Show. Dr. Morrison covered space radiation, lifetime radiation limitations, legal limits, rodent GCR and radiation experimentation, terrestrial radiation simulations, space nuclear power & propulsion, super-cooling conductivity.

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.

As a fourth year nursing student working in Chicago area hospitals, I deal with nuclear medicine quite often. The term "nuclear medicine" can sound disconcerting, but when you are familiar with it, I assure you, it's not. Just think of it as a bunch of necessary medical tools with a little radiation thrown in. I know what you are thinking. Radiation? What? Relax. It's fine. You already know it, and either you, or someone you know, has been exposed to this specific area of medicine via certain procedures.

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.

Dr. Edward Calabrese recently published a paper titled The Genetics Panel of the NAS BEAR I Committee (1956): epistolary evidence suggests self‐interest may have prompted an exaggeration of radiation risks that led to the adoption of the LNT cancer risk assessment model.

In January, the U.S. Environmental Protection Agency issued an Advanced Notice of Proposed Rulemaking (ANPR) concerning 40 CFR 190-the regulations that govern public exposure and release of radioactive materials resulting from normal nuclear power plant operations (it does not pertain to nuclear accidents). The public comment period for the proposed rulemaking ended on August 3.

On August 3, 2014, the window will close on a rare opportunity to use the political process to strongly support the use of science to establish radiation protection regulations. Though it is not terribly difficult for existing light water reactors and fuel cycle facilities to meet the existing limits from 40 CFR 190 regarding doses to the general public and annual release rate limits for specific isotopes, there is no scientific basis for the current limits. If they are maintained, it would hinder the deployment of many potentially valuable technologies that could help humanity achieve a growing level of prosperity while achieving substantial reductions in air pollution and persistent greenhouse gases like CO2.

A group of past presidents and fellows of the American Nuclear Society has composed an important open letter to ANS on a topic that has been the subject of controversy since before I first joined the society in 1994. The subject line of that letter is "Resolving the issue of the science of biological effects of low level radiation." The letter is currently the only item on a new web site that has been created in memory of Ted Rockwell, one of the pioneers of ANS and the namesake of its award for lifetime achievement.

The Centers for Disease Control and Prevention (CDC) estimates that 1 in 6 people get food poisoning each year in the United States and that 3000 die from foodborne illness. Food irradiation can drastically decrease these numbers by killing harmful bacteria such as E. coli and Salmonella in meat and produce. The U.S. government endorses the use of food irradiation, but does not educate the public about its benefits. Food irradiation has not caught on in the United States because consumers fear that radiation will mutate the food. The U.S. Food and Drug Administration (FDA) requires a label (pictured below) for any food that has been irradiated.

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