Google, in collaboration with a team of students from the University of California, embarked on an ambitious project to send seven Google Nexus S smartphones into space. The Nexus S smartphones were carefully placed in Styrofoam beer coolers and attached to helium weather balloons. This innovative experiment aimed to test the Nexus S sensors and evaluate the durability of the devices under extreme conditions.
The Journey to the Edge of Space
The helium weather balloons carried the smartphones to the edge of space, reaching altitudes where the atmospheric pressure is significantly lower, and temperatures can plummet to extreme lows. This environment provided a unique opportunity to test the resilience and functionality of the Nexus S smartphones. The primary goal was to assess how well the sensors, such as the accelerometer, gyroscope, and GPS, would perform in such harsh conditions. Additionally, the experiment sought to determine whether the smartphones could withstand the physical stresses of the journey.
The Recovery and Results
Two days after the balloons were launched, six out of the seven smartphones were successfully recovered. Remarkably, all six devices survived the journey into space, demonstrating the robustness of the Nexus S design. The data collected from the sensors provided valuable insights into the performance of the smartphones in near-space conditions. For instance, the accelerometers and gyroscopes recorded the rapid changes in motion and orientation, while the GPS sensors tracked the devices’ positions throughout the flight.
The successful recovery and operation of the smartphones in such an extreme environment highlight the potential for using commercial off-the-shelf technology in space exploration and other high-stress applications. This experiment also underscores the importance of innovative thinking and collaboration between industry and academia in pushing the boundaries of technology.
Implications for Future Technology
The success of this experiment has broader implications for the future of technology. It demonstrates that consumer-grade electronics, like the Nexus S smartphones, can be adapted for use in extreme environments. This opens up possibilities for more cost-effective solutions in space missions, scientific research, and even disaster response scenarios where durable and reliable technology is crucial.
Moreover, the data gathered from this experiment can inform the development of future devices, leading to improvements in sensor accuracy, durability, and overall performance. For example, engineers can use the insights gained to design smartphones and other electronic devices that are better equipped to handle extreme temperatures, low pressure, and high radiation levels.
Educational and Inspirational Value
Beyond the technical achievements, this project also serves as an inspiration for students and young engineers. It showcases the power of hands-on learning and the impact of real-world applications of classroom knowledge. By participating in such groundbreaking experiments, students gain invaluable experience and are encouraged to pursue careers in science, technology, engineering, and mathematics (STEM).
This collaboration between Google and the University of California is a testament to the importance of fostering partnerships between industry and educational institutions. It highlights how such collaborations can lead to innovative solutions and inspire the next generation of scientists and engineers.
The successful launch and recovery of the Google Nexus S smartphones into space is a remarkable achievement that demonstrates the potential of consumer technology in extreme environments. It provides valuable data for future technological advancements and serves as an inspiration for students and professionals alike.
New Scientist via Engadget, Phandroid.
Latest Geeky Gadgets Deals
Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
