In the Hashd Corridor of the International Space Station (ISS), where human voices swim in the form of bodies that carry them, Indian astronauts Shubhanshu Shukla and their X -4 croms are helping to decode the science of sound in space -quite literal.The AX-4 crew recently gave its voices to the study “voice in space”, a leading experiment that checks how microgravity replaces human speech. Without the normal stretching of gravity on the lungs, diaphragm and outspoken paths, even vocal folds or tone can occur. Using electroglotography-A series of non-invasive technology-sensors and scripted vocal functions used to measure vocal fold during-Vioce production, researchers are captured to understand these changes how the spaceflight affects the speech pattern and feeling. Training on Earth AIObjective? To train artificial intelligence systems that can monitor astronaut health in real time-and perhaps increase voice-based AI technologies on Earth. This study mixes physiology, sounds and machine learning. “This experiment tries to determine whether the affected voice patterns and the participant’s hearing abilities may be able to detect by the AI algorithm. The vocal features of the ISS crew member can turn into a zero-multicolor, and after passing through cognitive function changes. The melodious folded vibrations provide a quantitative indication of the vocal folded vibrations.Scripted voice audio recording – reading, singing, vowel fusion, audio pitch match – allows for tonal analysis, AXIOM said, these figures allow the investigator to test and analyze changes in vocal performance and voice patterns in space and then evaluate how space travels affect human voice.Ultrasound and fabric studyBut there was not only one thing on the mind of the sound crew. Along with voice study, they completed several sessions of “cerebral hemodynamics” probe-how to flow through the brain through the brain in a zero-gurutavatavavakarna environment. Without pulling liquids downwards, astronauts often experience a fluid change towards the head. Using ultrasound to monitor these changes, scientists are expected to develop better clinical equipment for cardiovascular and neurological conditions – devices that can serve both astronauts and patients on earth suffering from strokes, dizziness or fainting.In addition, there is “suit fabric study” on the roster of the AX-4 crew, a technology performance checks how clothes behave in space. It is not just about comfort – it is about performance. The crew wore sensors-equipped clothes during exercise to see how heat and moisture are managed when convection is no longer in playing. “Conclusions can inform the design of the next generation space suit-and can motivate innovations in wearing thermal on Earth, from sports gear to medical textile,” Axiom said.
