aimanrajaa

A significant enhancement is occurring in our perception of life in space as 4K Ultra High-Definition (UHD) video is introduced. This advancement offers an unparalleled glimpse into the experiences of living and working aboard the International Space Station. This vital capability enables researchers to capture high-resolution, high-frame-rate videos, unveiling fresh insights into the diverse range of experiments conducted daily. Moreover, it presents awe-inspiring panoramas of Earth and space station operations, a treat for those aspiring to journey into outer space. More captivating 4K-UHD content will soon arrive on ReelNASA, so stay engaged! Access the HD download link here

As Apollo marked humanity's initial lunar footsteps, Artemis extends the opportunity for us to establish a lasting presence on another celestial body. By utilizing the moon as a testbed for future Martian habitation, this upcoming phase of exploration will permanently solidify our role in the cosmos. ✨ Our intention is to not only revisit the Moon but to establish a continuous presence – and this is our strategy! Actress Kelly Marie Tran from “Star Wars: The Rise of Skywalker” contributed her voice to this initiative.#artemismission This video is public domain and along with other supporting visualizations can be downloaded from the https://www.nasa.gov/

NASA astronaut Scott Kelly, who reached day 300 of his unprecedented year-long stay in space on January 21, 2016, highlights another captivating aspect of life in microgravity. Kelly employs two paddles with water-repellent features to transfer a water sphere between them. The microgravity environment of the space station serves as a vital setting for progressing scientific knowledge across Earth, space, physical, and biological sciences, which would be otherwise unattainable on our planet. The paddles consist of polycarbonate laser-etched surfaces designed as arrays of 300-micrometer posts, subsequently coated with Teflon for a non-wetting effect. This combination of roughness and non-wettability results in a super-hydrophobic surface that resists water adhesion during dynamic processes. The drop's size affects its susceptibility to force – larger drops require less force to break apart, while smaller ones can withstand more impact. Scott demonstrates this using a roughly 4 mL drop, exceeding the size of a raindrop by over 100 times. Further insights into the year-long mission can be found online or through #YearInSpace http://www.nasa.gov/oneyear This video is public domain and along with other supporting visualizations can be downloaded from the https://www.nasa.gov/ #nasa #nasabeyond #nasalies #nasalsolutions #nasagoddard #nasajpl #nasala #nasamojokerto #nasasurabaya #nasasidoarjo #nasalseptum #nasal #nasasukodono #nasalcongestion #NASASocial #nasayogyakarta #nasaracing #nasafails #nasalturas #nasakebumen #nasahq #nasatangerang #nasahoax #nasaheadquarters #nasamalaysia #nasapetanahan #nasachandraxray #nasaspace #nasajatim #nasatech