Can we just control comps with ideas? Shubhanshu Shukla and the crew can be traced. Bharat News
Can humans think – can be used to control machines – unaware of muscle or speech? It is a bold question that the AX-4 crew, which includes the captain of the group, is investigating at the International Space Station (ISS).Wearing a special headset tracking blood flow to the brain, astronauts participated in the experiment “photongrav”, an European Space Agency (ESA) and Polish Space Agency (Poles), to find out if the brain signs can operate a computer and spacecraft system alone.The headset uses close-inferior spectroscopy to monitor the level of attention and detect logical errors, capture nerve activity without any physical movement. If successful, this research revolution can bring about how astronauts interact with the onboard system-especially by converting into action in high-stools or hands-free positions.While the crew stopped the study on four days of their stay in the ISS, the project, led by Slavose Uznansky, is expected to continue through his tenure there. As the space missions become long and more complex, projects such as photographs can have a groundwork for more comfortable, intuitive interfaces – perhaps the science fiction can bring a step close to everyday use.
Will help people on earth
While the experiment is being tested in the classroom, its real -world influence may be darker according to ESA and Axiom location. On Earth, the same brain-computer interface technique can strengthen new accessories for people with dynamics or communication challenges, and can offer successes in neurorebability.Shax, who started her research with Myogenesis Study in ISS, can tell how microgravity contributes to muscle damage before going to his microlea study, continued operations for myoshesis in Life Sciences Glovox (LSG) of ISS.The study can lead to targeted treatments to prevent atrophy during long -term spacecraft, by identifying molecular routes behind the study, skeletal muscle laxity. This insight can also translate into better treatments for muscle -ruin conditions on Earth, including people associated with aging and immobility.“Finally, the crew documentation of activities for astronaut mental health studies, contributing to research on cognitive welfare in space. The project can benefit others on Earth by developing distant technologies for diagnosis and treatment of mental disorders, especially in a different or challenging environment where there is limited access to mental health care for individuals, ”Axiom Space said.An ultrasound scan “telemetric health AI” was conducted as part of the study, which merges with mission analytics to better understand biometric data to better understand how spaceflight affects cardiovascular and balance system. “Using advanced data science, the project aims to enable intelligent, real -time health monitoring to astronauts with potential applications for distance health care on Earth,” Axiom said.
