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2026-07-19 Sunday

2026-07-19

2026-07-18 Saturday

22:44:14

[Canadian Wildfires Continue to Spread; Multiple US Regions Issue Air Quality, Severe Surge, and Flood Warnings] Affected by the thick smoke from the Canadian wildfires, as of the morning of July 18th local time, air quality warnings have been issued in more than ten states across the United States, stretching from the Upper Midwest and Great Lakes region to New England, and further south to the Northeast and Mid-Atlantic region. It is understood that more than 900 wildfires are still burning in Canada, and large amounts of smoke continue to drift towards the northeastern United States and the Mid-Atlantic region. However, a storm system expected to pass through on the 18th is expected to help disperse some of the smoke. Meanwhile, driven by northwesterly winds, a thick smoke band is gradually entering the Midwestern United States and the upper Great Lakes region, and air quality is expected to remain poor throughout the weekend. On the other hand, the US Storm Forecasting Center has issued a Level 3 (out of 5) severe convective weather risk warning for the Ohio Valley, the Northeast, and parts of the Mid-Atlantic. Major cities along Interstate 95, including New York, Philadelphia, Baltimore, and Washington, D.C., are likely to be affected, while Pittsburgh, Cleveland, and Buffalo are also expected to experience severe thunderstorms. Multiple rounds of rain and thunderstorms will bring destructive winds, hail, and a small number of tornadoes, with some areas also facing the risk of flash flooding. Flood warnings have already been issued for parts of the northeastern United States, including New York City and Philadelphia, and will remain in effect until the night of the 18th.

20:58:12

On July 18th, at the 2026 World Artificial Intelligence Conference (WAIC), Turing Quantum officially launched its quantum-classical hybrid intelligent agent platform, QAgent. This is currently the world's first quantum-classical hybrid intelligent agent platform with optical quantum technology as its core approach, designed for application across all industries. As a representative achievement of Pudong's artificial intelligence field in 2026, the platform successfully bridges the industrial application path between AI intelligent agents and optical quantum computing power. QAgent uses a large language model and intelligent agents as a unified scheduling entry point. Relying on its independently developed optical quantum computing system, it deeply integrates a quantum-classical hybrid computing power foundation, the DeepQuantum quantum artificial intelligence programming framework, a quantum algorithm library covering all scenarios, and tools adapted to different industries. For the first time, it has achieved a complete end-to-end closed loop of "natural language input—intelligent task decomposition—quantum agent collaborative invocation—quantum computing power scheduling—result aggregation and output". The launch of this platform is of landmark significance, signifying that quantum computing is gradually transforming from cutting-edge computing power reserves into practical industry service capabilities, and officially moving from a research tool dominated by experts to a new stage of inclusive industrial services driven by intelligent agents.

20:56:13

At the "Future Computing, Future Computing Power" forum of the 2026 World Artificial Intelligence Conference, Insight Space-Time unveiled its "Data-Computing Integrated AI Constellation" plan for the first time. This constellation aims to achieve high-frequency Earth observation, completing a global coverage scan daily. Its core function is to output low-cost, highly timely, and highly consistent multi-source data flow products. On one hand, it will provide AI agents with objective and accurate "Earth truth" data support, effectively filling the gaps in prediction bias of large AI models at the physical world cognition level. On the other hand, focusing on the core "Earth's state variables," it will help AI build cognitive and deductive capabilities that align with the operating logic of the physical world. According to the publicly released construction plan, the "Data-Computing Integrated AI Constellation" will deploy a total of 576 low-Earth orbit and ultra-low-Earth orbit satellites, constructing a multimodal heterogeneous data sensing network that coordinates space-ground computing power, achieving comprehensive collection of various dynamic changing elements of the Earth. The first phase of the constellation plans to launch 168 satellites, aiming to complete the initial networking over a wide area and establish the core foundation for space-based information sensing. In 2026, Spacetime Insight will prioritize the launch of two experimental verification satellites to provide technical verification support for subsequent network construction.

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