William Fork

2 months ago | jdsupra.com | William Fork |Michael McDonough |Elizabeth Vella Moeller

As President Trump embarks on his second term and California begins the second year of an already active legislative cycle, a high-stakes battle is brewing. The Trump administration’s aggressive deregulatory agenda is poised to clash with California’s stringent regulations in critical areas such as energy, environmental standards, taxation and artificial intelligence (AI) governance.

Jun 11, 2024 | jdsupra.com | William Fork |Sheila McCafferty Harvey |Robert Lee James

TAKEAWAYS The energy demands of artificial intelligence (AI) technologies are growing significantly, with the Department of Energy (DOE) forecasting a tenfold increase in data center energy demand due to the rise of AI applications and data centers.

Jun 16, 2023 | jdsupra.com | William Fork |Robert Lee James

Scientists have long proposed that solar electricity generation in space could be an integral component of the world’s carbon-free future. In the 1970s, a U.S. Navy experiment showed that it might be possible to capture solar power and wirelessly transmit it from outer space using microwave beams. Progress stalled after that early test—the models used were at such a massive scale that creating a real-world system felt like science fiction.

Jun 16, 2023 | mondaq.com | Robert James |William Fork

Scientists have long proposed that solar electricity generation in space could be an integral component of the world's carbon-free future. In the 1970s, a U.S. Navy experiment showed that it might be possible to capture solar power and wirelessly transmit it from outer space using microwave beams. Progress stalled after that early test—the models used were at such a massive scale that creating a real-world system felt like science fiction.

Jun 14, 2023 | lexblog.com | Robert James |William Fork

Scientists have long proposed that solar electricity generation in space could be an integral component of the world’s carbon-free future. In the 1970s, a U.S. Navy experiment showed that it might be possible to capture solar power and wirelessly transmit it from outer space using microwave beams. Progress stalled after that early test—the models used were at such a massive scale that creating a real-world system felt like science fiction.