🚨🇨🇳 CHINA’S DF-26 BALLISTIC MISSILE JUST GOT MORE DANGEROUS FOR U.S. CARRIERS China’s latest missile upgrade appears designed for the hardest target in the Pacific: a moving U.S. aircraft carrier. New CCTV footage shows a previously unseen DF-26 variant with a flattened nose section, potentially allowing a more manoeuvrable re-entry vehicle or a larger terminal seeker capable of tracking warships during the final stage of flight. 🔸 LESS HEAT, MORE MANOEUVRING: A blunter nose creates a cushion of compressed air during hypersonic re-entry, reducing peak thermal stress and potentially allowing the warhead to survive more aggressive terminal manoeuvres. 🔸 A SMARTER SEEKER? The larger nose section could house an active radar seeker or multi-mode guidance system capable of updating the missile’s aim against a moving carrier. The footage does not confirm the sensor, but the new shape is consistent with that possibility. 🔸 NEW PANELS, UNKNOWN PURPOSE: Previously unseen light-coloured panels or apertures are visible beneath the warhead section. Their function remains unclear, but they indicate that the changes may extend beyond the flattened nose. 🔸 4,000 KM OF REACH: The road-mobile, solid-fuel DF-26 can strike land targets and warships across much of the Western Pacific. It is dual-capable, carrying either conventional or nuclear warheads that are reportedly designed to be swapped in the field. 🔸 THE ANTI-SHIP ROLE IS ALREADY REAL: China fired a DF-26B into a South China Sea test area in 2020, while U.S. assessments credit the missile with the ability to conduct conventional precision strikes against naval targets. The new variant may be intended to make that mission more accurate and harder to defeat. The DF-26 already threatens carriers and military bases thousands of kilometres from the Chinese mainland. A more manoeuvrable warhead or smarter seeker could push that danger zone deeper into the Pacific — potentially threatening U.S. naval operations as far as the approaches to Guam. Do you think U.S. carrier strike groups can survive inside the DF-26’s 4,000-km reach?

Here’s some new x older releases, exclusive 2 the @Bandcamp trip. Tap in, before my forthcoming brand new material begins releasing during this remainder of 2026. Peace. | DF 🔗 🛸

Rotating a vector 90° then pushing it through f must match pushing first then rotating – otherwise the map isn’t complex-differentiable. These grids make that concrete: the top shows df(zX) while the bottom shows z·df(X); forcing them equal unpacks straight into the Cauchy-Riemann pair ∂u/∂x = ∂v/∂y ∂u/∂y = −∂v/∂x. Aircraft engineers lean on exactly these relations when they build conformal maps to forecast airflow over wing sections, skipping full Navier-Stokes runs for early design loops. Which single arrow in the picture finally made the two equations feel inevitable to you?

This work was originally written to accompany an elegant Shen Yun dance on stage. Composed by Mr. D.F. and arranged by Susan Liu, this lovely piece was then performed by Shen Yun Symphony Orchestra on its 2019 world tour. See more: