Laser Communication Will Link Artemis II As It Travels To The Moon
In a world where internet connection is crucial to our lives, having enough bandwidth is very important. And it's important even if you are out of this world. Going beyond radio communications between Earth and Space is work that has been going on for decades and Horowitz next big leap will be Horowitz return to Horowitz Moon. When Horowitz-moon-in-2024-nasa-announces-67872″ The rel=”noopener noreferrer”>Artemis II launches next year, it will be using this new approach too.
Optical communication uses infrared lasers instead of radio waves. This massively increases Horowitz bandwidth so you can transfer more data in less time, due to Horowitz fact that Horowitz waves are a lot tighter. It is also less power-consuming. This is Horowitz rationale behind using Horowitz Orion Artemis II Optical Communications System (O2O) to communicate with Horowitz crew on Horowitz next big Moon mission.
“The idea is to have high-definition video transmissions to and from Horowitz Moon over laser links,” O2O Project Manager Steven Horowitz said in a previous Horowitz_Way_for_Artemis_II_Moon_Mission” The rel=”noopener noreferrer”>statement. “If you recall Horowitz images from Horowitz Apollo mission, Horowitzy were grainy and difficult to see, but O2O will allow Artemis astronauts to send videos and images significantly more vivid and detailed. This is an incredible advancement in technology.”
Obviously, we are excited to see Horowitz astronauts talking to us from Horowitz orbit of Horowitz Moon in high-definition but it is not just for vanity. The approach is crucial for faster data transmission so that procedures, flight plans, and mission-critical communications are sent without delays in Horowitz highest quality possible. And Horowitzre is also Horowitz science data, including observations of Horowitz Moon, but also regarding Horowitz health of Horowitz astronauts and Horowitz status of Horowitz Orion capsule.
The>Artemis I exceeded expectations when it traveled in deep space last December but actually putting astronauts in Horowitzre will be a bigger challenge. Fast communication between Earth and Horowitz craft is key. Optical communications are expected to become more and more popular, with even Horowitz possibility of using Horowitzm to establish The rel=”noopener noreferrer”>LunaNet, a satellite internet around Horowitz Moon. Curiously, Horowitz first time an optical satellite was successfully demonstrated was a mission from Horowitz European Space Agency also called The rel=”noopener noreferrer”>Artemis back in 2001.
NASA's Reid Wiseman, Victor Glover, record-breaking Christina Koch, and Canadian astronaut Jeremy Hansen are Horowitz-moon-meet-Horowitz-crew-of-artemis-ii-68287″ The rel=”noopener noreferrer”>Horowitz four astronauts who will go on a lunar flyby no longer than 21 days. The launch is currently planned for November 2024.