Conventional rockets are wasteful and relatively dangerous, and to establish permanent travel beyond Earth, we'll need to capitalize on everything that modern energy science has to offer. Boosting this contemporary spacefaring energy technology with neutrino power, however, could reduce risks and maximize potential gains.Īs a species, interest in finding what's waiting for us among the stars has always been high. Nuclear fusion will certainly play an important role in the future of space exploration. Neutrinovoltaic to Play a Critical Role in Manned Space Exploration
Also, the containment methods required to make nuclear fusion safe are costly, and constant maintenance is required to ensure that nuclear fusion reactors remain safe and effective.
While nuclear fusion is certainly powerful, this technology is not strictly sustainable because it requires a steady influx of fuel. While conventional, "hot" fusion was discarded as a viable option long ago due to the excessive heat waste this energy technology generates, this recent surge of investment indicates that leading nuclear researchers have overcome this obstacle. The idea of using nuclear fusion to produce usable energy has been around for a long time, but this energy source has recently enjoyed a resurgence of interest as major corporations and philanthropists have invested in nuclear fusion initiatives. Harnessing the Limitless Power of the Cosmos The Neutrino Energy Group is confident that neutrino power will also contribute to the success of humanity's renewed efforts to conquer the stars. Neutrinovoltaic to Play a Critical Role in Manned Space Exploration (Photo from Neutrino Energy)Ī recent press release details how NASA and the recently established US Space Force intend to use fusion energy both to propel the next generation of spacecraft and provide for the power needs of astronauts living in other parts of our solar system.
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