Former OpenAI CTO Launches New AI Startup, Attracts Top Talent

Saritha Ramaraju, a 48-year-old woman of Indian origin, has been charged with felony murder after allegedly killing her 11-year-old son by slitting his throat in Orange County, California. The tragic event occurred shortly after a family trip to Disneyland, during which Ramaraju purchased three-day passes for herself and her son, according to a report by PTI. The Orange County District Attorney's office stated that Ramaraju could face a maximum sentence of 26 years to life if convicted. Following the incident on March 19, local police found the child deceased in their motel room, surrounded by Disney souvenirs, and recovered a large kitchen knife, which was bought the day before. Ramaraju had been in a custody dispute with her ex-husband, Prakash Raju, who was awarded primary custody of their son in 2018. Reports indicate that Ramaraju had accused Raju of substance abuse and aggressive behavior, while he denied her claims as false. Ramaraju is currently hospitalized after attempting suicide following the incident and was arrested upon her release.

Divya Tyagi, an Indian-origin student at Pennsylvania State University, has solved a 100-year-old mathematical problem that could revolutionize wind turbine design and enhance wind energy production. Pursuing a master's degree in aerospace engineering, Tyagi refined a mathematical model originally posed by British aerodynamicist Hermann Glauert, which focused on maximizing turbine power output but overlooked additional critical factors such as rotor forces and blade bending under wind pressure. Her advancements, published in Wind Energy Science, include an addendum that identifies ideal flow conditions for turbines, thus maximizing their aerodynamic performance. "I created an addendum to Glauert’s problem which determines the optimal aerodynamic performance of a wind turbine," Tyagi explained. Her adviser, Professor Sven Schmitz, highlighted the potential impact of her discoveries on future wind turbine technology, noting that her elegant solution could be integrated into educational curricula worldwide. Tyagi, also a recipient of the Anthony E. Wolk Award, emphasized the significance of even a 1% improvement in turbine power coefficient, stating it could substantially increase energy production, potentially powering an entire neighborhood.

A recent analysis by Professor Benjamin E. Goldsmith of the University of Sydney raises alarms about the stability of American democracy following Donald Trump's re-election. Goldsmith argues that the erosion of political culture and the acceptance of illiberal principles among U.S. elites may lead to the fatal decline of liberal democracy within the next five years. He posits that Trump, backed by allies like Russell Voight’s Project 2025, is poised to transform the political landscape into an electoral democracy that undermines fundamental democratic values, potentially establishing a regime akin to those in non-democratic powers such as China and Russia. In his article, Goldsmith indicates that the undermining of institutions like the free press and the rule of law could intensify, citing parallels between Trump’s tactics and historical authoritarian regimes in Russia and Ukraine. He emphasizes that Trump’s political maneuvers, including manipulation of media narratives and an aggressive stance against opponents, signify threats to free and fair elections in the U.S. The implications extend beyond domestic politics, with Goldsmith suggesting a significant shift in international relations towards a more nationalistic and authoritarian framework.