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How do spacecraft slow down? Rigid heat shields and retropropulsion have been the favorites of engineers for years. Now NASA is testing a new inflatable heat shield technology that could allow us to carry even larger payloads to worlds with atmospheres: https://www.nasa.gov/loftid Launching on Nov. 1 aboard a United Launch Alliance Atlas V rocket along with NOAA’s JPSS-2 mission, the Low-Earth Orbit Flight Test of an Inflatable Decelerator, or LOFTID, will demonstrate the heat shield’s ability to slow down and survive atmospheric entry: https://go.nasa.gov/3N7yzBG Producers: Scott Bednar, Jessica Wilde Editor: Daniel Salazar Credit: NASA #NASA #Technology #Spacecraft Earth Science Earth Science Services Data Centers/Service Providers Projects Instruments/Sensors Platforms/Sources Locations Horizontal Data Resolution Vertical Data Resolution Temporal Data Resolution URL Content Types Granule Data Formats Measurement Names Chronostratigraphic Units 1. Astronomy 2. Astrophysics 3. Rocket launches 4. Space travel 5. Planetary science 6. Extraterrestrial life 7. Space shuttle 8. Lunar exploration 9. Space discoveries 10. Space probes 11. Spacewalks 12. Space missions timeline 13. Satellite communication 14. Space colonization 15. Black holes 16. Solar system 17. Nebulae 18. Galaxy formation 19. Exoplanets 20. Space weather 21. Space technology advancements 22. Space debris 23. Space station modules 24. Interplanetary missions 25. Space agencies worldwide 26. Astronomical observations 27. Meteor showers 28. Deep space exploration 29. Space tourism 30. Martian rovers 31. Space research institutions 32. Space habitats 33. Astronomical phenomena 34. Gravitational waves 35. Space telescopes 36. Celestial bodies 37. Lunar bases 38. Space science education 39. Space policy 40. Voyager spacecraft 41. Orbital mechanics 42. Space experiments 43. Astronomical instruments 44. Kuiper Belt 45. Planetary geology 46. Space medicine 47. Cosmic radiation 48. Space habitats 49. Space industry 50. Astronomy software 51. Space law 52. Rocket propulsion 53. Space data analysis 54. Space colonization challenges 55. Solar flares 56. Space art 57. Galaxy clusters 58. Star formation 59. Exoplanet discoveries 60. Mars colonization 61. Space agencies collaboration 62. Celestial navigation 63. Space communication systems 64. Space mining 65. Space race history 66. Meteorite impacts 67. Near-Earth objects 68. Space habitats design 69. Space economics 70. Space ethics 71. Space weather forecasting 72. Astronomical photography 73. Moon landing anniversary 74. Space law and treaties 75. Cosmic microwave background 76. Space industry innovations 77. Rocket technology 78. Space exploration funding 79. Space telescopes 80. Space station research 81. Space tourism industry 82. Space colonization ethics 83. Space elevator concept 84. Space archaeology 85. Deep space communication 86. Astrobiology 87. Space life support systems 88. Space propulsion systems 89. Space education programs 90. Space policy considerations 91. Space habitats construction 92. Meteor impact craters 93. Space telescopes 94. Space station technologies 95. Lunar research 96. Space telescopes advancements 97. Space medicine research 98. Space debris mitigation 99. Space innovation competitions 100. Planetary protection guidelines 1. Astrochemistry 2. Space law and regulations 3. Space station modules 4. Spaceflight training 5. Space exploration history 6. Exoplanet atmospheres 7. Space technology research 8. Cosmic inflation 9. Space policy debates 10. Space robotics 11. Space habitats sustainability 12. Space archaeology 13. Galactic evolution 14. Radio astronomy 15. Space tourism safety 16. Space agriculture 17. Space communication networks 18. Space weather impact on satellites 19. Space-based navigation 20. Space debris tracking 21. Meteorite classification 22. Space medicine advancements 23. Space weather prediction models 24. Planetary defense strategies 25. Space governance 26. Space tourism regulations 27. Space ethics discussions 28. Space tourism experience 29. Lunar resource utilization 30. Space debris removal methods 31. Space law and property rights 32. Space environmentalism 33. Space agencies cooperation 34. Martian terraforming 35. Space industry standards 36. Space art exhibitions 37. Planetary ring systems 38. Space habitats ecology 39. Space technology startups 40. Satellite propulsion systems 41. Galactic dynamics 42. Space exploration documentaries 43. Space policy implications 44. Space medicine challenges 45. Space-based solar power 46. Asteroid mining feasibility 47. Space history museums 48. Space observatories 49. Space tourism destinations 50. Lunar water extraction 51. Space debris prevention strategies 52. Space law and commercial activities 53. Space policy frameworks 54. Space medicine breakthroughs 55. Space economy trends 56. Space tourism infrastructure 57. Space colonization architecture 58. Interstellar travel concepts 59. Space archaeology discoveries 60. Space mission planning 61. Lunar base construction 62. Space debris disposal 63. Space law and liability 64. Space policy and international relations 65. Space medicine innovations 66. Space exploration media coverage 67. Lunar ice utilization 68. Space habitats ecosystems 69. Space technology investments 70. Satellite propulsion innovations 71. Star cluster formations 72. Space archaeology preservation 73. Space mission simulations 74. Mars sample return missions 75. Lunar tourism potential 76. Space law and resource allocation 77. Space policy and security 78. Space medicine telehealth 79. Space weather monitoring systems 80. Space-based surveillance 81. Satellite constellations 82. Exoplanet habitability research 83. Space archaeology conservation 84. Space mission timelines 85. Lunar geology studies 86. Space tourism regulations 87. Space debris recycling 88. Satellite communication advancements 89. Exoplanet discovery techniques 90. Space law and space traffic management 91. Space policy and sustainable development 92. Space medicine telemedicine 93. Space-based disaster monitoring 94. Satellite remote sensing 95. Exoplanet characterization methods 96. Space archaeology heritage 97. Space mission cost analysis 98. Lunar mining technologies 99. Space tourism experiences 100. Space debris reduction strategies 101. Satellite imaging resolutions 102. Exoplanet atmosphere composition 103. Space law and space habitats 104. Space policy and spacefaring ethics 105. Space medicine remote diagnostics 106. Satellite data analytics 107. Exoplanet climate studies 108. Space archaeology education 109. Space mission propulsion 110. Lunar regolith utilization 111. Space tourism safety regulations 112. Space debris mitigation technologies 113. Satellite navigation systems 114. Exoplanet biosignatures 115. Space law and orbital zones 116. Space policy and environmental impact 117. Space medicine personalized treatments 118. Satellite collision avoidance 119. Exoplanet formation theories 120. Space archaeology digital preservation 121. Space mission launch vehicles 122. Lunar oxygen production 123. Space tourism medical protocols 124. Space debris capture methods 125. Satellite communication frequencies 126. Exoplanet habitability criteria 127. Space law and celestial bodies 128. Space policy and cultural heritage 129. Space medicine psychological support 130. Satellite propulsion sustainability 131. Exoplanet habitable zones 132. Space archaeology virtual museums 133. Space mission trajectory analysis 134. Lunar building materials 135. Space tourism ethical considerations 136. Space debris tracking systems 137. Satellite remote sensing applications 138. Exoplanet telescopes 139. Space law and planetary protection 140. Space policy and space colonization 141. Space medicine rehabilitation 142. Satellite propulsion efficiency 143. Exoplanet magnetic fields 144. Space archaeology public engagement 145. Space mission propulsion innovations 146. Lunar energy production 147. Space tourism medical facilities 148. Space debris collision avoidance 149. Satellite communication security 150. Exoplanet water content 151. Space law and space mining 152. Space policy and indigenous rights

Mad4Music Present's You The Romantic Song Of The Year "Udh Di Phiran" In Voice Of The most Versatile Artist & Performer "Sunanda Sharma" , Maestro "Bilal Saeed". "Duji Vaar Pyaar" & "Baari" Blockbuster Mashup's Gave This Project A Foundation. Leave Your Valuable Feedback's In The Comment Section Below. Subscribe To Our Channel For New Songs :-http://bit.ly/SuscribeMad4Music #latestpunjabisongs #trending #sunandasharma #bilalsaeed ♪ Available on ♪ ♪iTunes : https://rebrand.ly/2128e6 ♪Apple : https://rebrand.ly/2128e6 ♪Saavn : https://rebrand.ly/360487 ♪Amazon : https://rebrand.ly/wycd1dl ♪Spotify : https://rebrand.ly/d4ac17 ♪Shazam : https://rebrand.ly/9b267f ♪Yt Music : https://rebrand.ly/bf8e95 ♪Reels : https://rebrand.ly/ec150d ♪Wynk : https://rebrand.ly/xv0ejeq ♪Tik Tok : https://rebrand.ly/ef1b86 ♪Links : https://lnkfi.re/UdhDiPhiran_SkyDigital Song Credits:- Song : Udh Di Phiran Singer : Sunanda Sharma & Bilal Saeed Written and composed : Bilal Saeed Music Producer : Bilal Saeed & Alex Shahbaz Flute: Dawood Guitar: Kamran Akhtar Mix: Ali Mustafa Master: Asif Hasan Video : Amanninder Singh Producer : Pinky Dhaliwal Label : Mad 4 Music Mixed By: Ali Mustafa Mastered By : Asif Hasan Assistant Director :- Vasilisa Simualis DOP: Musthafa Aboobacker Edit By :- Adele Grade By :- Onkar Singh Vfx By :- Gagan Matharoo Choreographer :- John Line Producer: Faheem Rahiman (Third Eye Films Dubai) Production house: Metro Talkies Styled By :- Jyoti Singh Production assistance: Thufail, Basil Art Director: Nayeem M Spot boys: Bilal, Furqan,Usman, Zia, Ghulam Casting coordinator: Alishba Transport: Akbar Ali Makeup Bilal Saeed: Spotless Vanity, Hair Bial Saeed: Spritz Salon Dubai Hair and makeup Sunanda sharma: Shasia Seth Tailor: Imran Catering: Kahaani cafe Equipment rental: Gaama engineering Focus Puller: Ibrahim Rejeb Ronin operator: Mehran Ali Gaffer: Patrik DIT: Umair alam Grips: Suleman ashraf Bestboy light: Mohsin Sparks: umar farooq, Shehzad waraich, Danish Location courtesy: Kizat, TwofourFiftyfour Digital Distribution Partner :- SkyDigital Instagram : http://bit.ly/Skydigital Enjoy And Stay Connected With Mad 4 Music :- Instagram : http://bit.ly/mad4music