Zika Is Just the First Front in the 21st-Century Biowar

Why a new era of synthetic biology could make the dangers of the atomic age seem quaint.

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It’s not hard to understand why our lives are increasingly wrapped up in the latest twists and turns of the cyberworld. That supercomputer you are carrying in your pocket (when its tiny colorful screen isn’t parked six inches in front of your eyes) is a synthesizer of all the world’s knowledge, photography, art, music, and data. It is also a kind of X-ray machine that can provide insights into the deepest recesses of our personal lives: our preferences, choices, intimate moments, health, purchases, and indeed our character.

Yet the impact of all that information and data pales in comparison to what is heading our way in the world of biology. Biological, not cybernetic, developments will determine the course of the 21^st century. Ebola, Zika, and the emergence of antibiotic-impervious superbugs are just previews of the coming challenges.

New details of Chinese space weapons revealed

A forthcoming report by the congressional U.S.-China Economic and Security Review Commission provides new details of China’s space-weapons programs, dubbed counterspace arms, that are aimed at destroying or jamming U.S. satellites and limiting American combat operations around the world.

“China is pursuing a broad and robust array of counterspace capabilities, which includes direct-ascent anti-satellite missiles, co-orbital anti-satellite systems, computer network operations, ground-based satellite jammers and directed energy weapons,” a late draft of the commission’s annual report states. “China’s nuclear arsenal also provides an inherent anti-satellite capability.”

China military planners expect to use a combination of kinetic, electronic and cyber attacks against satellites or ground support structures in a conflict.