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Antimatter rockets can be divided into three types of application: those that directly use the products of antimatter annihilation for propulsion, those that heat a working fluid or an intermediate material which is then used for propulsion, and those that heat a working fluid or an intermediate material to generate electricity for ...


Mar 18, 2016 ... It's been 90 years since Robert Goddard's first liquid-fuelled rocket test and they' re still our best engines for traversing the cosmos. But that may soon change. Cathal O'Connell explores 10 of the most feasible – and fantastic – endeavours into deep space propulsion.


No engine is likely to generate superluminal speeds; the laws of physics prevent us from doing that, but we will be able to go many times faster than our current propulsion methods allow. A matter-antimatter engine will take us far beyond our solar system and let us reach nearby stars in a fraction of the time it would take a  ...


Dec 19, 2016 ... Howe, founder and senior scientist at Hbar Technologies, received funding in 2002 for early research into antimatter propulsion through NASA's Advanced Innovative Concepts program. Earlier this month, Hbar finished a successful Kickstarter campaign that raised $2,280. The money will be used in part to ...


Feb 24, 2016 ... Dreams of antimatter space propulsion are closer to reality than most rocket scientists could ever imagine, says former Fermilab physicist Gerald Jackson. In fact, if money were no object, he says an antimatter-driven spacecraft prototype could be tested within a decade.


Apr 14, 2006 ... The NASA Institute for Advanced Concepts (NIAC) is funding a team of researchers working on a new design for an antimatter-powered spaceship that avoids ... This is desirable because nuclear propulsion reduces travel time to Mars, increasing safety for the crew by reducing their exposure to cosmic rays.


The idea of propelling spacecraft by the annihilation of matter and antimatter is being actively investigated at NASA's Marshall Space Flight Center, Pennsylvania State University, and elsewhere.


Dec 7, 2016 ... Reaching even the closest star to the sun would take tens of thousands of years using conventional propulsion — but an antimatter engine could cut that trip down to just 40 years, according to the company Positron Dynamics. In a new video by Speculative Films, scientists talk about the challenges of ...


Jun 12, 2012 ... Antimatter propulsion is the Holy Grail of spaceflight. When matter and antimatter react, the energy produced is several billion times larger than the thermomechanical energy resulting from burning a kilogram of a hydrocarbon fuel. Now a high school student has developed a new magnetic exhaust nozzle ...