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CARLSBAD (CNS) - The Army and Navy Academy agreed to pay .75 million to settle a lawsuit filed by a former cadet at the Carlsbad-based military school, where the cadet was allegedly sexually assaulted in 1999, the law firm representing the cadet announced today.The civil suit, filed by Irvine-based law firm Manly, Stewart & Finaldi, alleged that 60-year-old Jeffrey Barton, who was an administrator in charge of academics at the academy, molested the cadet when he was a ninth-grader in 1999, the law firm said in a statement.The lawsuit alleged that Barton drugged the cadet in May 1999 and sodomized him in a bathroom on campus.In a criminal case involving the cadet, Barton was convicted in June 2017 of five felony counts of oral copulation and one felony county of sodomy.He was sentenced to 48 years in prison in August 2017.Manly, Stewart & Finaldi also represented a former cadet of the Carlsbad-based academy in a separate civil suit in 2017. That lawsuit alleged that Juan Munoz, who was employed by the Army and Navy Academy to "run its military programs," sexually assaulted and molested a former cadet in November 1146

CAPE CANAVERAL, Fla. (AP) — Mars is about to get its first U.S. visitor in years: a three-legged, one-armed geologist to dig deep and listen for quakes.NASA's InSight makes its grand entrance through the rose-tinted Martian skies on Monday, after a six-month, 300 million-mile (480 million-kilometer) journey. It will be the first American spacecraft to land since the Curiosity rover in 2012 and the first dedicated to exploring underground.NASA is going with a tried-and-true method to get this mechanical miner to the surface of the red planet. Engine firings will slow its final descent and the spacecraft will plop down on its rigid legs, mimicking the landings of earlier successful missions.That's where old school ends on this billion U.S.-European effort .Once flight controllers in California determine the coast is clear at the landing site — fairly flat and rock free — InSight's 6-foot (1.8-meter) arm will remove the two main science experiments from the lander's deck and place them directly on the Martian surface.No spacecraft has attempted anything like that before.The firsts don't stop there.One experiment will attempt to penetrate 16 feet (5 meters) into Mars, using a self-hammering nail with heat sensors to gauge the planet's internal temperature. That would shatter the out-of-this-world depth record of 8 feet (2 ? meters) drilled by the Apollo moonwalkers nearly a half-century ago for lunar heat measurements.The astronauts also left behind instruments to measure moonquakes. InSight carries the first seismometers to monitor for marsquakes — if they exist. Yet another experiment will calculate Mars' wobble, providing clues about the planet's core.It won't be looking for signs of life, past or present. No life detectors are on board.The spacecraft is like a self-sufficient robot, said lead scientist Bruce Banerdt of NASA's Jet Propulsion Laboratory."It's got its own brain. It's got an arm that can manipulate things around. It can listen with its seismometer. It can feel things with the pressure sensors and the temperature sensors. It pulls its own power out of the sun," he said.By scoping out the insides of Mars, scientists could learn how our neighbor — and other rocky worlds, including the Earth and moon — formed and transformed over billions of years. Mars is much less geologically active than Earth, and so its interior is closer to being in its original state — a tantalizing time capsule.InSight stands to "revolutionize the way we think about the inside of the planet," said NASA's science mission chief, Thomas Zurbuchen.But first, the 800-pound (360-kilogram) vehicle needs to get safely to the Martian surface. This time, there won't be a ball bouncing down with the spacecraft tucked inside, like there were for the Spirit and Opportunity rovers in 2004. And there won't be a sky crane to lower the lander like there was for the six-wheeled Curiosity during its dramatic "seven minutes of terror.""That was crazy," acknowledged InSight's project manager, Tom Hoffman. But he noted, "Any time you're trying to land on Mars, it's crazy, frankly. I don't think there's a sane way to do it."No matter how it's done, getting to Mars and landing there is hard — and unforgiving.Earth's success rate at Mars is a mere 40 percent. That includes planetary flybys dating back to the early 1960s, as well as orbiters and landers.While it's had its share of flops, the U.S. has by far the best track record. No one else has managed to land and operate a spacecraft on Mars. Two years ago, a European lander came in so fast, its descent system askew, that it carved out a crater on impact.This time, NASA is borrowing a page from the 1976 twin Vikings and the 2008 Phoenix, which also were stationary and three-legged."But you never know what Mars is going to do," Hoffman said. "Just because we've done it before doesn't mean we're not nervous and excited about doing it again."Wind gusts could send the spacecraft into a dangerous tumble during descent, or the parachute could get tangled. A dust storm like the one that enveloped Mars this past summer could hamper InSight's ability to generate solar power. A leg could buckle. The arm could jam.The tensest time for flight controllers in Pasadena, California: the six minutes from the time the spacecraft hits Mars' atmosphere and touchdown. They'll have jars of peanuts on hand — a good-luck tradition dating back to 1964's successful Ranger 7 moon mission.InSight will enter Mars' atmosphere at a supersonic 12,300 mph (19,800 kph), relying on its white nylon parachute and a series of engine firings to slow down enough for a soft upright landing on Mars' Elysium Planitia, a sizable equatorial plain.Hoffman hopes it's "like a Walmart parking lot in Kansas."The flatter the better so the lander doesn't tip over, ending the mission, and so the robotic arm can set the science instruments down.InSight — short for Interior Exploration using Seismic Investigations, Geodesy and Heat Transport — will rest close to the ground, its top deck barely a yard, or meter, above the surface. Once its twin circular solar panels open, the lander will occupy the space of a large car.If NASA gets lucky, a pair of briefcase-size satellites trailing InSight since their joint May liftoff could provide near-live updates during the lander's descent. There's an eight-minute lag in communications between Earth and Mars.The experimental CubeSats, dubbed WALL-E and EVE from the 2008 animated movie, will zoom past Mars and remain in perpetual orbit around the sun, their technology demonstration complete.If WALL-E and EVE are mute, landing news will come from NASA orbiters at Mars, just not as quickly.The first pictures of the landing site should start flowing shortly after touchdown. It will be at least 10 weeks before the science instruments are deployed. Add another several weeks for the heat probe to bury into Mars.The mission is designed to last one full Martian year, the equivalent of two Earth years.With landing day so close to Thanksgiving, many of the flight controllers will be eating turkey at their desks on the holiday.Hoffman expects his team will wait until Monday to give full and proper thanks.___The Associated Press Health & Science Department receives support from the Howard Hughes Medical Institute's Department of Science Education. The AP is solely responsible for all content. 6433

California will end the cash bail system in a sweeping reform for the state. Rather than requiring defendants to pay in order to be released before trial, their release will hinge on an assessment of their risk to public safety."Today, California reforms its bail system so that rich and poor alike are treated fairly," Gov. Jerry Brown said in a statement.Brown signed the bill Tuesday, and the new law goes into effect October 1, 2019.Critics have long contended that the money bail system perpetuates inequality. While some people are able to quickly get out of jail by posting bail, people who aren't able to afford it sit in jail until the court takes action, or until they work with a bail bond agent to secure their freedom, which can leave them in debt."Abolishing money bail and replacing it with a risk-based system will enhance justice and safety. For too long, our system has allowed the wealthy to purchase their freedom regardless of their risk, while the poor who pose no danger languish in jail," said Assemblymember Rob Bonta, one the lawmakers who introduced the bill, in a statement.Under the new law, a pretrial assessment would be done by either court employees or a local public agency that has been contracted to determine a defendant's risk. That entity would assess the likelihood that the person will not appear in court or commit a new crime while released, and would make a recommendation for conditions of release. The pretrial assessment services will not release a person arrested for violent felonies.The California Money Bail Reform Act, also known as Senate Bill 10, passed in the State Senate with a vote of 26-12, and the General Assembly by 42-31."SB 10 puts all Californians on equal footing before the law and makes public safety the only consideration in pretrial detention. This critical reform is long overdue," Toni Atkins, Senate president pro tempore, said in a statement.But the ACLU in California expressed disappointment over the bill, saying it "is not the model for pretrial justice and racial equity that California should strive for.""It cannot guarantee a substantial reduction in the number of Californians detained while awaiting trial, nor does it sufficiently address racial bias in pretrial decision making," said the three executive directors of the California ACLU affiliates, Abdi Soltani (Northern California), Hector Villagra (Southern California) and Norma Chávez Peterson (San Diego & Imperial Counties). "Indeed, key provisions of the new law create significant new risks and problems."The organization pulled its support for the bill earlier this month as the it underwent changes in the state legislature. 2705

CANARSIE, Brooklyn — This past weekend has been excruciating for a Brooklyn woman who was the victim of a heartless robbery.Anaika Forbes' 13-year-old shih tzu pekingese was swiped from her parked car. The brazen theft happened Saturday at about 3:45 p.m. on Avenue N near Canarsie Road in Canarsie, where the vehicle was parked.Forbes, who lives in a basement apartment on Avenue N, was overwhelmed that day dealing with flooding in her unit due to afternoon showers.“I was just going back and forth to the car bringing my stuff out, it was raining and just so much was happening,” she told PIX11.Her dog, Taffy, was placed in the unlocked car during the shuffle.When Forbes stepped back into her home to grab a few more things, an unknown woman snatched Taffy, Forbes said.In surveillance footage obtained by Forbes taken from across the street, a woman is seen opening the passenger car door of Forbes' dark-colored car, grabbing the dog and nonchalantly walking away with her by the leash.“She’s not a barking dog. She’s super sweet; she would go with anyone,” a tearful Forbes said. “I just want her back.”Forbes, who canvassed the neighborhood all day and night on Saturday and for a good part of Sunday, has launched an online campaign to get Taffy back, even offering a 0 reward for her return.“Please return Taffy, no questions asked,” she said in a plea to the unidentified woman. “She is my everything, I’ve had her since she was 3 months old.” 1466

CAPE CANAVERAL, Fla. (AP) — The spacecraft team that brought us close-ups of Pluto will ring in the new year by exploring an even more distant and mysterious world.NASA's New Horizons spacecraft will zip past the scrawny, icy object nicknamed Ultima Thule (TOO-lee) soon after the stroke of midnight.One billion miles beyond Pluto and an astounding 4 billion miles from Earth (1.6 billion kilometers and 6.4 billion kilometers), Ultima Thule will be the farthest world ever explored by humankind. That's what makes this deep-freeze target so enticing; it's a preserved relic dating all the way back to our solar system's origin 4.5 billion years ago. No spacecraft has visited anything so primitive."What could be more exciting than that?" said project scientist Hal Weaver of Johns Hopkins University, part of the New Horizons team.Lead scientist Alan Stern of Southwest Research Institute in Boulder, Colorado, expects the New Year's encounter to be riskier and more difficult than the rendezvous with Pluto: The spacecraft is older, the target is smaller, the flyby is closer and the distance from us is greater.NEW HORIZONSNASA launched the spacecraft in 2006; it's about the size of a baby grand piano. It flew past Pluto in 2015, providing the first close-up views of the dwarf planet. With the wildly successful flyby behind them, mission planners won an extension from NASA and set their sights on a destination deep inside the Kuiper Belt. As distant as it is, Pluto is barely in the Kuiper Belt, the so-called Twilight Zone stretching beyond Neptune. Ultima Thule is in the Twilight Zone's heart.ULTIMA THULEThis Kuiper Belt object was discovered by the Hubble Space Telescope in 2014. Officially known as 2014 MU69, it got the nickname Ultima Thule in an online vote. In classic and medieval literature, Thule was the most distant, northernmost place beyond the known world. When New Horizons first glimpsed the rocky iceball in August it was just a dot. Good close-up pictures should be available the day after the flyby.ARE WE THERE YET?New Horizons will make its closest approach in the wee hours of Jan. 1 — 12:33 a.m. EST. The spacecraft will zoom within 2,200 miles (3,500 kilometers) of Ultima Thule, its seven science instruments going full blast. The coast should be clear: Scientists have yet to find any rings or moons around it that could batter the spacecraft. New Horizons hurtles through space at 31,500 mph (50,700 kph), and even something as minuscule as a grain of rice could demolish it. "There's some danger and some suspense," Stern said at a fall meeting of astronomers. It will take about 10 hours to get confirmation that the spacecraft completed — and survived — the encounter.POSSIBLY TWINSScientists speculate Ultima Thule could be two objects closely orbiting one another. If a solo act, it's likely 20 miles (32 kilometers) long at most. Envision a baked potato. "Cucumber, whatever. Pick your favorite vegetable," said astronomer Carey Lisse of Johns Hopkins. It could even be two bodies connected by a neck. If twins, each could be 9 miles to 12 miles (15 kilometers to 20 kilometers) in diameter.MAPPING MISSONScientists will map Ultima Thule every possible way. They anticipate impact craters, possibly also pits and sinkholes, but its surface also could prove to be smooth. As for color, Ultima Thule should be darker than coal, burned by eons of cosmic rays, with a reddish hue. Nothing is certain, though, including its orbit, so big that it takes almost 300 of our Earth years to circle the sun. Scientists say they know just enough about the orbit to intercept it.COMPARING FLYBYSNew Horizons will get considerably closer to Ultima Thule than it did to Pluto: 2,220 miles versus 7,770 miles (3,500 kilometers vs. 12,500 kilometers). At the same time, Ultima Thule is 100 times smaller than Pluto and therefore harder to track, making everything more challenging. It took 4 ? hours, each way, for flight controllers at Johns Hopkins' Applied Physics Lab in Laurel, Maryland, to get a message to or from New Horizons at Pluto. Compare that with more than six hours at Ultima Thule.WHAT'S NEXTIt will take almost two years for New Horizons to beam back all its data on Ultima Thule. A flyby of an even more distant world could be in the offing in the 2020s, if NASA approves another mission extension and the spacecraft remains healthy. At the very least, the nuclear-powered New Horizons will continue to observe objects from afar, as it pushes deeper into the Kuiper Belt. There are countless objects out there, waiting to be explored. 4591

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