With current chemical propulsion systems, a one-way trip to Mars would take about six to nine months, depending on planetary alignment and other mission specifics.
Ion propulsion uses electricity to accelerate ions, creating a steady, efficient thrust. It’s essential for long-duration missions because it consumes much less fuel and can operate continuously over months or years.
Yes, research is ongoing into hydroponic and aeroponic farming systems that allow for growing fresh produce in space. These technologies could eventually support full-scale food production on Mars.
AI enables spacecraft and habitats to operate autonomously, especially when communication with Earth is delayed. It handles tasks like navigation, system monitoring, and even robotic construction or repair.
Individual inventors can create breakthrough technologies or solve specific problems in space travel. Organizations like InventHelp support inventors by offering resources for development, patenting, and connecting with industry stakeholders.
