Pradeep Mutalik

Feb 16, 2024 | quantamagazine.org | Thomas Lin |Thomas LinEditor |Pradeep Mutalik |Dave Richeson

It’s the year 2718. Humanity has invented a warp drive that enables a spacecraft to hyperjump to distant solar systems and back to Earth. The drive promises to revolutionize space exploration. But there’s a catch. The new technology can only make hyperjumps that follow the basic rules of arithmetic. Earth’s governing body has tapped you, an adventurous math explorer, to captain the first warp-drive-equipped starship in its fleet.

Feb 16, 2024 | zephyrnet.com | Pradeep Mutalik

IntroductionIt’s the year 2718. Humanity has invented a warp drive that enables a spacecraft to hyperjump to distant solar systems and back to Earth. The drive promises to revolutionize space exploration. But there’s a catch. The new technology can only make hyperjumps that follow the basic rules of arithmetic. Earth’s governing body has tapped you, an adventurous math explorer, to captain the first warp-drive-equipped starship in its fleet.

Feb 16, 2024 | zephyrnet.com | Pradeep Mutalik

GabatarwaIt’s the year 2718. Humanity has invented a warp drive that enables a spacecraft to hyperjump to distant solar systems and back to Earth. The drive promises to revolutionize space exploration. But there’s a catch. The new technology can only make hyperjumps that follow the basic rules of arithmetic. Earth’s governing body has tapped you, an adventurous math explorer, to captain the first warp-drive-equipped starship in its fleet.

Feb 16, 2024 | zephyrnet.com | Pradeep Mutalik

IntroducciónEs el año 2718. La humanidad ha inventado un motor warp que permite a una nave espacial realizar un hipersalto a sistemas solares distantes y regresar a la Tierra. La unidad promete revolucionar la exploración espacial. Pero hay un problema. La nueva tecnología sólo puede realizar hipersaltos que sigan las reglas básicas de la aritmética.