Illinois lawmakers passed SB 315 on Wednesday, establishing what is being called the strongest AI safety law in the United States. The legislation now awaits the signature of Governor J.B. Pritzker, who has already indicated his intent to sign it. In a post on X, Pritzker stated, "Illinois is leading the nation in holding Big Tech accountable."

The bill targets the largest AI firms, requiring them to submit public safety plans and annual reports summarizing the results of independent, third-party safety testing of their frontier models. Companies must also report any critical safety incidents to the state within 72 hours, or within 24 hours if there is potentially "an imminent risk of death or serious physical harm."

Employees at these firms will have a clear avenue for reporting emerging safety risks that companies may be tempted to downplay. The state's whistleblower laws will provide protections for those who come forward with concerns about AI safety.

The passage of SB 315 comes just days after President Donald Trump abruptly canceled a plan that would have given the federal government power to vet frontier AI models. The administration had expressed fears that such oversight might hobble innovation.

Illinois's move represents a significant shift in AI regulation, with the state taking a proactive stance in the absence of comprehensive federal legislation. The law is designed to ensure that companies developing advanced AI systems are transparent about their safety practices and accountable for any incidents.

Governor Pritzker's signature is expected to finalize the law, which will then take effect according to its provisions. The legislation sets a precedent that other states may follow as concerns about AI safety continue to grow.

Under SB 315, companies that fail to comply could face penalties, though the specific enforcement mechanisms are outlined in the bill. The law aims to balance innovation with public safety, requiring firms to demonstrate that their models are safe before deployment.

Illinois's action highlights the patchwork of state-level AI regulations emerging across the country. As federal efforts stall, states are increasingly stepping in to address the risks and challenges posed by advanced artificial intelligence.

Intel introduced two new processors under the Arc G-series brand, marking the company's first silicon tailored for handheld gaming PCs. The chips are designed to compete with AMD's Ryzen Z-series, which currently powers most Steam Deck-like devices on the market. Intel's Arc G-series processors integrate the company's Arc B-series integrated GPUs, which have received positive reviews for their performance in compact systems.

Most handheld gaming PCs today rely on AMD's Ryzen Z-series chips, which are essentially laptop processors with power profiles optimized for handheld use. While some devices, such as MSI's Claw, use Intel silicon, the company had not previously offered a chip specifically marketed for handheld gaming. The Arc G-series changes that, bundling CPU, GPU, NPU, and other components into a single package under the Arc brand.

Intel confirmed that several Arc G-series handhelds will launch starting in June 2026, with broader availability throughout the year. Among the announced devices are a new MSI Claw model, the Predator Atlas 8 from Acer, and a device from OneXPlayer. These systems will leverage the Arc G-series chips to deliver gaming performance in a portable form factor.

The Arc G-series processors represent Intel's effort to carve out a share of the growing handheld gaming market, which has been dominated by AMD since the Steam Deck's launch. By offering integrated Arc B-series graphics, Intel aims to provide competitive performance for modern games at lower power levels suitable for handhelds.

Intel's use of the Arc branding for the entire chip, rather than just the GPU, signals a shift in how the company markets its integrated solutions. The Arc G-series includes the CPU, GPU, NPU, and other components, all optimized for handheld gaming workloads. This integrated approach could simplify design for OEMs building compact gaming devices.

The new MSI Claw model will be one of the first devices to feature the Arc G-series processor. Acer's Predator Atlas 8 and OneXPlayer's unnamed device will also use the new chips. Pricing for these handhelds has not been announced, but they are expected to compete with existing AMD-based devices in the $500-$800 range.

Intel stated that the Arc G-series processors will enable handhelds to deliver smooth gaming experiences at 1080p resolution with medium to high settings. The company also highlighted the NPU's capabilities for AI-enhanced features, such as upscaling and frame generation, which could improve performance in supported titles.

Availability of Arc G-series handhelds will begin in June 2026, with more devices rolling out through the rest of the year. Intel did not specify which regions would receive the devices first, but global availability is expected. The company's entry into the handheld gaming chip market could intensify competition and potentially lower prices for consumers.

Blue Origin is preparing to launch its next New Glenn rocket as soon as next week, carrying 48 satellites for Amazon's broadband network. The mission follows a failure investigation into the rocket's third flight, which left a customer's payload in an unusable orbit. The Federal Aviation Administration and Blue Origin closed the investigation on May 22, clearing the way for the upcoming launch.

The payload will consist of 48 commercial satellites for Amazon's Project Kuiper, a low-Earth orbit broadband constellation. This will be the largest number of satellites Amazon has launched on a single rocket, surpassing previous missions on United Launch Alliance's Atlas V, SpaceX's Falcon 9, and Europe's Ariane 6. Blue Origin and Amazon, both founded by Jeff Bezos, have not officially announced a target launch date.

Public notices of airspace and maritime closures suggest the mission is set to lift off from Cape Canaveral Space Force Station in Florida as soon as Thursday, June 4. Blue Origin is expected to roll the New Glenn rocket to its launch pad in the coming days for a static fire test of its seven main engines. The engines are fueled by liquified natural gas and liquid oxygen.

The third flight of New Glenn, which occurred less than two months ago, suffered a failure that prevented the payload from reaching its intended orbit. Investigators have since identified the cause of the anomaly, though Blue Origin has not disclosed specific details. The company has implemented corrective measures to prevent a recurrence.

Amazon's Project Kuiper aims to deploy thousands of satellites to provide global broadband internet service. The company has secured launch contracts with multiple providers, including Blue Origin, United Launch Alliance, and Arianespace. This New Glenn mission will be a significant step in building out the constellation.

Blue Origin has been developing New Glenn for years, positioning it as a heavy-lift competitor to SpaceX's Falcon 9 and Falcon Heavy. The rocket features a reusable first stage designed to land on a drone ship. The upcoming launch will test the vehicle's reliability after the previous failure.

If the launch proceeds on June 4, it will mark Blue Origin's fourth New Glenn flight overall. The company has not yet announced plans for additional missions beyond this one. Amazon has not commented on the specific timeline for its satellite deployment.

The Federal Aviation Administration has approved the launch license for this mission, following the closure of the failure investigation. Blue Origin has stated that it is ready to proceed with the launch pending final checks and weather conditions.

Imec, a Belgian research laboratory, announced it has successfully produced the world's first quantum dot qubit device using High-NA extreme ultraviolet (EUV) lithography. The device was fabricated at Imec's state-of-the-art cleanroom facility in Leuven, Belgium.

High-NA EUV lithography represents the latest advancement in semiconductor manufacturing, offering higher resolution and precision compared to current EUV systems. Imec's achievement demonstrates the potential of this technology for creating quantum computing components.

The quantum dot qubit device was built using a 300mm silicon wafer platform, leveraging Imec's expertise in CMOS-compatible processes. The company said the device exhibits stable qubit operation at cryogenic temperatures.

Quantum dot qubits are a leading candidate for building scalable quantum processors. They confine single electrons in nanoscale structures, with their spin states representing quantum information. Imec's approach uses industry-standard fabrication techniques to create these structures.

Imec collaborated with ASML, the Dutch lithography equipment maker, to access the High-NA EUV tool. The system, which uses a 0.55 numerical aperture lens, enables patterning of features below 8nm critical dimensions.

The research lab noted that this breakthrough could accelerate the path toward large-scale quantum computers by leveraging existing semiconductor manufacturing infrastructure. Imec's quantum computing program aims to develop a full-stack quantum system.

Imec plans to present detailed results at the upcoming IEEE International Electron Devices Meeting (IEDM) in December 2023. The company is also working on further optimizing the qubit device performance and yield.

"This is a significant step in demonstrating that advanced lithography can be used for quantum device fabrication," said an Imec spokesperson. The organization continues to explore integration of quantum and classical components on a single chip.

Imec's quantum dot qubit device is currently in the research phase, with no commercial release timeline announced. The lab is seeking partnerships with quantum computing companies to develop the technology further.