Unbiased AI-powered news
U.S. President Donald Trump is holding a two-day summit with the Chinese president in Beijing. The discussions are expected to cover the war on Iran, trade, technology and Taiwan. The White House described the talks as a 'good meeting.'
Substrate placeholder — needs reviewU.S. President Donald Trump arrived in China for a summit with the Chinese president, the first such visit by a U.S. president since 2017. The two-day meetings began on May 14, 2026, and are expected to address the war on Iran, trade, technology and Taiwan among other issues. The U.S. previously publicly asked China to ramp up pressure on Iran to reopen the Strait of Hormuz.
The summit occurs against a backdrop of economic and geopolitical uncertainties stemming from the Middle East conflicts. For the U.S. side, the stakes include securing trade concessions and support for ending the war in Iran ahead of midterm elections scheduled for November.
Officials hope the meetings will bring stability to relations between the two countries. The discussions may influence the tone of future engagement between the leaders.
The agenda includes the ongoing war on Iran, where the U.S. has sought China's assistance in applying pressure to reopen the Strait of Hormuz. Trade issues, technology cooperation and the status of Taiwan are also set for discussion during the summit.
Reporting from Beijing and Washington bureaus has provided updates throughout the day. The coverage includes details on the arrival and surrounding events.
Single source — no framing comparison available.
insurancejournal.comPreliminary data show every vessel that transited the waterway on July 12 did so without active tracking signals. Dark crossings have outnumbered observable passages in recent days as attacks reshape routes.
The War ZoneThe U.S. Army will station its ME-11B HADES aircraft and form a new unmanned aircraft system battalion at Fort Hood, Texas. The moves consolidate aerial intelligence units previously spread across multiple bases.
The IndependentResearchers identified the four-carbon sugar erythrulose in gas cloud G+0.693-0.027 using two Spanish radio telescopes. The finding adds to evidence that complex organic molecules form in interstellar space before stars and planets.