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Those at Ad Astra still find time for a quick game of dodgeball at lunch, however, because the average age within this group is just 10 years old.

Ad Astra encompasses students, not employees. For the past four years, this experimental non-profit school has been quietly educating Musk’s sons, the children of select SpaceX employees, and a few high-achievers from nearby Los Angeles. It started back in 2014, when Musk pulled his five young sons out of one of Los Angeles’ most prestigious private schools for gifted children. Hiring one of his sons’ teachers, the CEO founded Ad Astra to “exceed traditional school metrics on all relevant subject matter through unique project-based learning experiences,” according to a previously unreported document filed with the US Internal Revenue Service (IRS).

“I just didn’t see that the regular schools were doing the things that I thought should be done,” he told a Chinese TV station in 2015. “So I thought, well let’s see what we can do. Maybe creating a school will be better.”

In an atmosphere closer to a venture capital incubator than a traditional school, today’s Ad Astra students undertake challenging technical projects, trade using their own currency, and can opt out of subjects they don’t enjoy. Children from 7 to 14 years old work together in teams, with few formal assessments and no grades handed out.

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Tristan Beaudette was originally from Fresno. According to the Fresno Bee, Beaudette was a valedictorian at Edison High School in 2000. He graduated from the University of California San Diego in 2005 with a degree in chemistry, according to his Linkedin profile. Beaudette spent a year as a summer research intern at IBM. He then began pursuing his Ph.D in chemistry at UC Berkeley in 2005, completing his studies in 2010. He wrote a thesis entitled, “Synthesis and Biological Evaluation of Acid-Degradable Polymeric Materials for Protein-Based Vaccine,” a research project, ” focused on the design, synthesis, characterization, and implementation of acid-sensitive polymeric microparticulate and nanoparticulate vehicles for vaccine and drug delivery applications,” he wrote on Linkedin.

While at Berkeley, Beaudette was a graduate student instructor and worked on several research projects that were focused on pharmaceuticals and vaccines, according to his Linkedin profile. He wrote that he, “Synthesized polyacrylamide, polyacetal, and polysaccharide-based acid-degradable microparticles and used in vitro and in vivo techniques to characterize their ability to elicit cell-mediated immune responses for applications in vaccines and cancer therapy.” He also wrote, he, “Developed methods for chemoselective particle functionalization for use in targeted drug and gene delivery.” And, “Led a multidisciplinary team of chemists, immunologists, and biologists in an NIH-funded collaborative project involving the design of novel protein-based vaccine formulations,” while also composing, “multiple scientific research proposals. Presented and published graduate work at national conferences and in peer-reviewed journals.”

Atlanta, Chicago, Dallas, Los Angeles, New York City, San Francisco, Seattle, and Washington, D.C. In each of these cities, The Intercept has identified an AT&T facility containing networking equipment that transports large quantities of internet traffic across the United States and the world. A body of evidence – including classified NSA documents, public records, and interviews with several former AT&T employees – indicates that the buildings are central to an NSA spying initiative that has for years monitored billions of emails, phone calls, and online chats passing across U.S. territory.

Mattis, speaking to reporters during a flight to Alaska, did not specify the names of the bases or say whether they would house immigrant children or their parents, or both.

The milestone, announced in mid-June, follows seven years of work and a roughly US $25 million investment by the federal energy agency. Another $1.15 million is being channeled to LCW as it attempts to scale up the technique for commercial use. The effort builds on work by Japanese researchers in the late 1990s and was prompted by interest in finding alternative sources of uranium for a future time when terrestrial sources are depleted.

Nuclear power plant operators increasingly want their facilities to run for up to a century, says Gary Gill, a researcher at PNNL who led the seawater extraction effort. But within decades, he says, terrestrial sources of uranium could be depleted or prove to be too expensive for use in commercial reactors.

A 2017 assessment by the World Nuclear Association says that roughly 445 reactors worldwide, with a combined 390 gigawatts of generating capacity, require around 75,000 tons of uranium oxide concentrate each year to operate.

In the U.S., an expected surge of demand for uranium to fuel a fleet of new reactors largely dried up after the 2011 accident at Japan’s Fukushima nuclear power plant. More recently, low natural gas prices have hurt the economic case for nuclear power plants, leading some developers to scrap plans for new units and a number of utility operators to consider closing existing ones.

Before it stopped reporting on U.S. uranium reserves a decade ago, the DOE’s Energy Information Administration said terrestrial uranium reserves could meet anywhere from 10 to 23 years’ worth of demand, depending on market prices. EIA pointed out at the time that domestic U.S. uranium mining supplied around 10 percent of U.S. requirements for nuclear fuel.

In a 5-4 decision on Friday the justices said that police need warrants to gather phone location data as evidence for trials. That reversed and remanded a decision by the Sixth Circuit Court of Appeals.

Carpenter v. United States is the first case about phone location data that the Supreme Court has ruled on. That makes it a landmark decision regarding how law enforcement agencies can use technology as they build cases. The court heard arguments in the case on Nov. 29.

The dispute dates back to a 2011 robbery in Detroit, after which police gathered months of phone location data from Timothy Carpenter’s phone provider. They pulled together 12,898 different locations from Carpenter, over 127 days.

The legal and privacy concern was that police gathered the four months’ worth of Carpenter’s digital footprints without a warrant. A Sixth Circuit Court of Appeals judge ruled that cellphone location data is not protected by the Fourth Amendment, which forbids unreasonable search and seizure, and therefore didn’t require a warrant.