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Sakha
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http://www.wired.com/wiredscience/2011/06/iphone-space-shuttle/" . Anyways, it says that it will look for radiation effects with "single bit upsets", is memory really that sensible to radiation?
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The purpose of launching an iPhone to test radiation effects in space is to gather data on how electronic devices, like smartphones, are affected by the high levels of radiation present in space. This information can be used to develop better protective measures for future space missions and to improve the design of electronic devices for use in space.
The iPhone will be exposed to radiation during the launch through various means, such as the intense vibrations and acceleration during liftoff, the extreme temperatures and pressure changes during flight, and the high levels of cosmic and solar radiation in space.
The iPhone will collect data on how its components, such as the battery, processor, and sensors, are affected by the radiation in space. This data will include information on any changes in performance, functionality, or physical damage that may occur during the mission.
The data collected from the iPhone will be used by NASA to better understand the effects of radiation on electronic devices and to improve the design and durability of future spacecraft and equipment. This information can also be shared with other space agencies and companies to aid in the development of safer and more reliable technology for space exploration.
It is unlikely that the iPhone will survive the entire mission and be usable after returning to Earth. The extreme conditions of space, combined with the intentional exposure to radiation, will likely cause some damage to the device. However, the data collected from the iPhone will still be valuable to NASA and the information gained can help improve the design of future electronic devices for use in space.