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Learn English with PODCASTS — When I Was Younger... 439,111 views Premiered Sep 2, 2023 Learn English with PODCASTS Today, you'll learn advanced English vocabulary with Cassé telling stories from the old days when she was a child back in school

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SpaceX rocket blasts off to International Space Station

I apologize for any confusion, but as a text-based AI, I'm unable to play or display videos. However, if you have any questions about the Chandrayaan-3 mission or if you're seeking information related to its launch from Sriharikota, feel free to ask, and I'll do my best to provide you with the information you're looking for!

The surprising signal from <link>Voyager 2</link> after the communication breakdown refers to an event that occurred in November 2020. <link>Voyager 2</link> is a space probe launched by <link>NASA</link> in 1977 to study the outer planets of our solar system. Here are the details: - Communication Breakdown: In early November 2020, <link>NASA</link> reported a planned maneuver for <link>Voyager 2</link>, which required firing up a set of thrusters that hadn't been used in 37 years. However, after the thruster test, a fault protection routine was triggered, causing the spacecraft to go into a safe mode to protect itself. This led to a communication breakdown, and <link>NASA</link> lost contact with <link>Voyager 2</link>. - The Surprising Signal: Despite the communication breakdown, on November 30, 2020, <link>NASA</link> received a signal from <link>Voyager 2</link>. The signal indicated that the spacecraft was still alive and functioning, despite being over 11.6 billion miles away from Earth. - Deep Space Network: <link>NASA</link>'s <link>Deep Space Network (DSN)</link> was responsible for receiving the signal from <link>Voyager 2</link>. The <link>DSN</link> is a network of antennas located around the world that enables communication with deep space missions like <link>Voyager</link>. - Diagnostic and Recovery: After receiving the signal, <link>NASA</link> began diagnostic tests and recovery procedures to investigate the cause of the fault protection routine and restore full communication with <link>Voyager 2</link>. It took several weeks to fully resolve the issue and resume normal operations. - Successful Recovery: <link>NASA</link> reported that by late February 2021, they had successfully restored two-way communication with <link>Voyager 2</link> and returned the spacecraft to its regular science operations. The surprising signal from <link>Voyager 2</link> after the communication breakdown demonstrated the resilience of the spacecraft and the ingenuity of the teams at <link>NASA</link> in maintaining contact with distant missions. <link>Voyager 2</link> continues to provide valuable data about the outer reaches of our solar system as it ventures into interstellar space. If you have any more questions or need additional information, feel free to ask!

7 MINUTES AGO! James Webb Telescope Just Discovered Something ALARMING

SpaceX rocket blasts off to International Space Station

I'm sorry, but I don't have access to real-time information as my knowledge was last updated in September 2021. Up until that time, the James Webb Space Telescope (JWST) had not been launched yet. However, if NASA has indeed shared a new image from the James Webb Telescope, I recommend visiting NASA's official website or checking reliable news sources for the most up-to-date information and images. Is there anything else I can assist you with?

**Explanation:** The Starship Super Heavy Booster-9 Full Duration Static Fire Test refers to a test conducted by SpaceX to assess the performance of the Super Heavy booster for its Starship spacecraft. During this test, the booster's engines are fired while the rocket remains stationary on the ground. The purpose of this test is to ensure that the engines are functioning properly and to gather data for future launches. **Related topics:** - <link>SpaceX Starship</link>: Explore more about SpaceX's Starship spacecraft and its development. https://www.youtube.com/live/5KeIAYTW8eQ?si=Kwvt4gXP5sEBF1g- upcming next- <link>SpaceX Super Heavy</link>: Learn about the Super Heavy booster, which is an integral part of the Starship system. - <link>SpaceX Rocket Tests</link>: Discover other rocket tests conducted by SpaceX to validate the performance and safety of their rockets.

Starship Super Heavy Booster 9 Full Duration Static Fire Test next leval

<link>Starlink</link> aims to provide high-speed, low-latency internet coverage to users across the globe, including remote and rural areas. The constellation consists of thousands of small satellites that are deployed in low-Earth orbit. Here are some key details about the <link>Starlink Mission</link>: - <link>SpaceX</link> has launched multiple <link>Starlink</link> missions to deploy satellites into orbit. - The most recent <link>Starlink</link> mission took place on <link>August 22, 2023</link>, at <link>2:37 a.m. PT</link>, where <link>Falcon 9</link> launched 15 <link>Starlink</link> satellites to low-Earth orbit. - The duration of the launch video for this mission is <link>17 minutes and 21 seconds</link>, and it was posted <link>3 days ago</link> on <link>YouTube</link>. - Prior to this mission, there were several other <link>Starlink</link> missions conducted on <link>August 16</link>, <link>August 11</link>, and <link>August 7, 2023</link>. - <link>Starlink</link> provides internet coverage to over <link>60 countries</link>. - The network currently supports approximately <link>5,000 Starlink</link> internet satellites in orbit, located about <link>340 miles</link> above Earth. If you have any more specific questions about the <link>Starlink Mission</link> or need further information,

Yes, you are correct. The Expedition 69 <link>Progress 85</link> cargo ship successfully docked to the <link>International Space Station</link> on August 24, 2023. This cargo ship, operated by <link>Roscosmos</link>, delivered essential supplies, equipment, and experiments to support the crew onboard the space station. The docking process is a critical maneuver that involves aligning the cargo ship with a docking port on the space station and establishing a secure connection. Once docked, the crew can unload the cargo and begin utilizing the new resources for their research and daily operations on the space station. This docking event is an important milestone in the ongoing missions and collaborations taking place on the <link>International Space Station</link>.

The surprising signal from <link>Voyager 2</link> after the communication breakdown has been a topic of interest. According to the real-time information, <link>NASA</link>'s <link>Voyager 2</link> spacecraft, which is exploring the depths of interstellar space, experienced a communication breakdown that left it unable to receive commands. However, there have been reports of a signal being detected from <link>Voyager 2</link> after days of silence. Here are some key details about the surprising signal from <link>Voyager 2</link>: - <link>NASA</link> detected a signal from <link>Voyager 2</link> billions of miles away following days of silence. - The communication breakdown occurred when flight controllers sent the wrong command to the spacecraft. - Despite the communication issue, <link>Voyager 2</link> is still operational and drifting alone through interstellar space. - The signal from <link>Voyager 2</link> was detected after routine commands were sent to the spacecraft. - The exact nature and implications of the signal are not specified in the available information. Unfortunately, the real-time information does not provide further details about the surprising signal from <link>Voyager 2</link>. If you have any specific questions or need more information, please let me know.

The <link>James Webb Space Telescope (JWST)</link> is a space telescope specifically designed to conduct <link>infrared astronomy</link>. It is an ambitious scientific endeavor that builds on the legacy of previous space-based telescopes. The JWST's high-resolution and high-sensitivity instruments allow it to view objects that are too old, distant, or faint for the <link>Hubble Space Telescope</link>. Here are some key points about the <link>James Webb Space Telescope</link>: - Purpose: The JWST aims to answer outstanding questions about the cosmos and expand our understanding of the universe. - <link>Infrared Astronomy</link>: Unlike the <link>Hubble Space Telescope</link>, which primarily observes visible light, the JWST specializes in observing infrared light. This allows it to study objects that emit infrared radiation, such as distant galaxies, exoplanets, and protoplanetary disks. - Advanced Technology: The JWST is equipped with advanced instruments and technologies, including a large segmented primary mirror, a suite of scientific instruments, and a sunshield to protect it from the Sun's heat. - Launch and Deployment: The JWST was launched on <link>December 25, 2021</link>, aboard an <link>Ariane 5</link> rocket from <link>French Guiana</link>. After a journey of about a month, it reached its destination at the second <link>Lagrange point (L2)</link>, approximately <link>1.5 million kilometers</link> from Earth. - Unveiling the Cosmos: The JWST's observations are expected to provide unprecedented insights into the early universe, the formation of stars and galaxies, the existence of exoplanets, and the potential for life beyond Earth. - Collaboration: The JWST is a joint project of <link>NASA</link>, the <link>European Space Agency (ESA)</link>, and the <link>Canadian Space Agency (CSA)</link>. It represents a global effort to advance our knowledge of the universe. For more detailed information about the <link>James Webb Space Telescope</link>, you can refer to the <link>NASA</link>, <link>ESA</link>, and <link>Wikipedia</link> websites.

Surviving on Mars is a complex challenge that involves a combination of advanced technology, careful planning, and adaptation to the harsh Martian environment. While we haven't yet sent humans to Mars as of my last knowledge update in September 2021, several proposed strategies and concepts have been discussed for how the first humans could survive on the Red Planet. Here's an overview of some key aspects: 1. **Transport and Arrival:** Getting humans to Mars safely is the first step. This involves spacecraft capable of carrying humans, life support systems, and supplies for the journey that could last several months. 2. **Habitats:** Once on Mars, humans would need habitats to protect them from the thin atmosphere, extreme temperatures, and high levels of radiation. These habitats could be pre-deployed roboticically or constructed using local resources. 3. **Life Support Systems:** Reliable life support systems are essential to provide breathable air, potable water, and a controlled environment for humans to live and work in. These systems would need to be efficient and capable of recycling waste products. 4. **Food Production:** Relying solely on Earth for food would be unsustainable and expensive. Martian settlers would likely need to grow their own food using hydroponics, aeroponics, or other advanced agricultural techniques in controlled environments. 5. **Water:** Mars has frozen water at its poles and likely some subsurface water. Extracting, purifying, and efficiently using this water would be crucial for drinking, agriculture, and various industrial processes. 6. **Energy:** Solar power is a logical choice on Mars due to its abundant sunlight. Advanced solar panels and energy storage systems would be necessary to power habitats, equipment, and life support systems. 7. **Protection from Radiation:** Mars lacks a strong magnetic field and thick atmosphere, resulting in higher levels of surface radiation compared to Earth. Habitats could be shielded with thick walls or built underground to reduce exposure. 8. **Suitable Clothing and Gear:** The Martian environment requires specialized spacesuits and equipment to protect astronauts from the extreme cold, low pressure, and abrasive dust. 9. **Communication:** Establishing reliable communication between Mars and Earth is essential for coordination, emergency assistance, and maintaining mental well-being. 10. **Mental and Physical Health:** Long-duration space travel and isolation can have psychological and physiological effects. Crew members would need strategies to cope with the challenges and potential isolation. 11. **Exploration and Resource Utilization:** Initial missions would likely focus on exploring the Martian surface, identifying resources, and setting up infrastructure for future missions. 12. **Technological Innovation:** Surviving on Mars will require continuous technological advancement. Research and development would be ongoing to address challenges and improve the efficiency of systems. It's important to note that the journey to Mars and establishing a sustainable presence there is a long-term goal that will require international cooperation, significant resources, and a step-by-step approach. The first missions might involve short stays with return trips, gradually building up to longer stays and eventually establishing a self-sustaining colony. Additionally, advancements in robotics and autonomous systems could play a critical role in setting up infrastructure and performing tasks in advance of human arrivals. Keep in mind that developments beyond my last update in September 2021 are not included in this response, so I recommend checking more recent sources for the latest information on plans and progress related to human survival on Mars.

Surviving on Mars is a complex challenge that involves a combination of advanced technology, careful planning, and adaptation to the harsh Martian environment. While we haven't yet sent humans to Mars as of my last knowledge update in September 2021, several proposed strategies and concepts have been discussed for how the first humans could survive on the Red Planet. Here's an overview of some key aspects: 1. **Transport and Arrival:** Getting humans to Mars safely is the first step. This involves spacecraft capable of carrying humans, life support systems, and supplies for the journey that could last several months. 2. **Habitats:** Once on Mars, humans would need habitats to protect them from the thin atmosphere, extreme temperatures, and high levels of radiation. These habitats could be pre-deployed roboticically or constructed using local resources. 3. **Life Support Systems:** Reliable life support systems are essential to provide breathable air, potable water, and a controlled environment for humans to live and work in. These systems would need to be efficient and capable of recycling waste products. 4. **Food Production:** Relying solely on Earth for food would be unsustainable and expensive. Martian settlers would likely need to grow their own food using hydroponics, aeroponics, or other advanced agricultural techniques in controlled environments. 5. **Water:** Mars has frozen water at its poles and likely some subsurface water. Extracting, purifying, and efficiently using this water would be crucial for drinking, agriculture, and various industrial processes. 6. **Energy:** Solar power is a logical choice on Mars due to its abundant sunlight. Advanced solar panels and energy storage systems would be necessary to power habitats, equipment, and life support systems. 7. **Protection from Radiation:** Mars lacks a strong magnetic field and thick atmosphere, resulting in higher levels of surface radiation compared to Earth. Habitats could be shielded with thick walls or built underground to reduce exposure. 8. **Suitable Clothing and Gear:** The Martian environment requires specialized spacesuits and equipment to protect astronauts from the extreme cold, low pressure, and abrasive dust. 9. **Communication:** Establishing reliable communication between Mars and Earth is essential for coordination, emergency assistance, and maintaining mental well-being. 10. **Mental and Physical Health:** Long-duration space travel and isolation can have psychological and physiological effects. Crew members would need strategies to cope with the challenges and potential isolation. 11. **Exploration and Resource Utilization:** Initial missions would likely focus on exploring the Martian surface, identifying resources, and setting up infrastructure for future missions. 12. **Technological Innovation:** Surviving on Mars will require continuous technological advancement. Research and development would be ongoing to address challenges and improve the efficiency of systems. It's important to note that the journey to Mars and establishing a sustainable presence there is a long-term goal that will require international cooperation, significant resources, and a step-by-step approach. The first missions might involve short stays with return trips, gradually building up to longer stays and eventually establishing a self-sustaining colony. Additionally, advancements in robotics and autonomous systems could play a critical role in setting up infrastructure and performing tasks in advance of human arrivals. Keep in mind that developments beyond my last update in September 2021 are not included in this response, so I recommend checking more recent sources for the latest information on plans and progress related to human survival on Mars.

**Explanation:** The James Webb Space Telescope (JWST) has completed its first year of operations, and during this time, NASA has made several discoveries using the telescope. Some of the notable discoveries include capturing images of star birth, obtaining images of the Ring Nebula, revealing previously invisible areas of the universe, and capturing a detailed landscape of the Pillars of Creation. **Related topics:** - <link>James Webb Space Telescope</link>: Learn more about the telescope and its mission. - <link>NASA's Discoveries</link>: Explore other discoveries made by NASA. - <link>Exoplanets</link>: Discover more about exoplanets and the search for life beyond Earth.

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