Marcelo de Oliveira Souza identifies 153-day Mars round-trip mission using asteroid data
Updated
Updated · Earth.com · Apr 24
Marcelo de Oliveira Souza identifies 153-day Mars round-trip mission using asteroid data
9 articles · Updated · Earth.com · Apr 24
The study, led by Souza at UENF, proposes two Mars mission designs for the 2031 window, with durations of 153 and 226 days, utilizing a geometric corridor linked to asteroid 2001 CA21.
The faster 153-day route pushes technological limits, while the 226-day option is considered more feasible, both relying on a unique launch window.
This finding could significantly reduce Mars mission times compared to standard plans, but further research is needed to confirm the corridor's viability and required technology.
What specific technology must mature by 2031 to make the 'extreme' 153-day Mars mission viable?
Could the proposed 153-day Mars trip actually increase risks for astronauts despite its speed?
How does NASA's Copernicus software model such an unconventional asteroid-assisted Mars trajectory?
Beyond a binary black hole, what else could explain Markarian 501's strange second plasma jet?
Can Pulsar Timing Arrays detect gravitational waves from Markarian 501 before the black holes collide?
If Markarian 501's black holes merge, how will it change our understanding of galaxy formation?