NASA

@nasa

3 months ago

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Our home planet has some extreme environments – and studying those places can help us in the search for extraterrestrial life. Our new documentary series, Our Alien Earth, follows NASA scientists into the field as they explore the Icelandic lava fields, the wilderness of Greenland, and underwater volcanoes off the coast of Santorini, Greece. There, they test technologies that directly inform NASA missions to detect and discover extraterrestrial life in the universe. Episode 3, available now on NASA+, takes us to those Greek undersea volcanoes with Dr. Richard Camilli, his team, and a suite of autonomous underwater vehicles. The team hopes to give their robotic explorers the same scientific reasoning of a human astrobiologist, helping us characterize alien oceans and remotely search for signs of life on distant ocean worlds. Credit: NASA/Mike Toillion #NASA #Earth #Explore #Santorini #Volcano #Robots #Astrobiology

@faizan_awan__v8

Conceptual Design: : Klectron Chronos Project Overview: The Klectron Chronos is a cutting-edge time machine that leverages advanced technologies to achieve stable and precise time travel. This design combines the Klectron Injectors Singularity, Cooling System Singularity, Computer Units, Cerium Clocks, and Gravity Sensors to create a robust and efficient time machine. System Integration: 1. Singularity Klectron Injectors Singularity: - Function: Generates a localized distortion of space-time, enabling time travel. - Power Source: Advanced antimatter reactor. - Energy Output: 100 MW. 2. Cooling System SingularitySingularity: - Function: Maintains optimal operating temperatures for the time machine. - Cooling Method: Advanced nanotechnology-based heat exchangers. - Temperature Range: -200°C to 500°C. 3. Computer UnitsUnits: - Function: Controls and navigates the time machine. - Processor: Quantum computing module with 100 qubits. - Memory: 100 TB of quantum-encrypted storage. 4. Clocks Cerium Clocks: - Function: Provides precise timekeeping and synchronization. - Clock Type: Atomic clock with cerium-based resonators. - Accuracy: ±1 second/year. 5. SensorGravity Sensors, - Function: Monitors and adjusts for gravitational fluctuations. - Sensor Type: Advanced quantum gravity sensors. - Sensitivity: 10^-18 g. Time Machine Architecture: 1. Central Command Center (CCC) 2. Klectron Injector Module (KIM) 3. Cooling System Module (CSM) 4. Computer Unit Module (CUM) 5. Cerium Clock Module (CCM) 6. Gravity Sensor Module (GSM) 7. Power Generation and Distribution (PGD) 8. Safety and Emergency Systems (SES) Technical Specifications: 1. Length: 20 meters 2. Diameter: 5 meters 3. Mass: 50,000 kg 4. Energy Consumption: 500 MW 5. Top Speed: 200,000 km/h (124,275 mph) 6. Time Travel Range: 100 years (past) to 500 years (future) 7. Precision: ±1 minute (past), ±10 minutes (future) Operating Procedure: 1. Initialize the Klectron Injectors Singularity. 2. Engage the Cooling System Singularity. 3. Activate the Computer Units and Cerium Clocks. 4. Calibrate the Gravity Sensors. 5. Set the time coordinates. 6. Engage the time machine. Safety Features: 1. Automated

1 month ago

@abirelajroudi

🙄

1 month ago

@mariakarina_j_

@qualitygreenlandscape

1 month ago

@tejasagarwal52

Amazing earth I hope I can join your team after I graduate with masters in Aero Space engineering

1 month ago

@armanadiyeke9

Bu "uzaylı" düşüncesini kafanızdan çıkarıp atmadıkça asla gerçeğe ulaşamazsınız. Uzayda uzaylı diyebileceğiniz kimse yok. Bu şarlatanların uydurduğu yalanlarla yapılan ve fantastik masallar gibi anlatılan bir algı operasyonudur. Bilim ciddiyet ister. Yalanlarla dolu fantezilerle ilgisi yoktur.

1 month ago

@the_astronut_boy

Your doing a pretty nice job goNASA

1 month ago

@ame_thsia

Amazing ❤️

27 days ago

@cr0wiie7

Amazing❤️

6 days ago

@chritriple9revenge

🇮🇹❤️‍🔥🇬🇷

4 days ago