NASA 憑藉元宇宙和區塊鏈飛入軌道，徹底改變太空探索

為了準備阿爾忒彌斯計劃，NASA 和 SpaceX 太空人正在虛擬實境虛擬宇宙中進行訓練，以模擬「門戶」太空站上的生活。這種創新方法利用沉浸式技術來增強太空人的準備狀態並模擬深空操作的獨特挑戰，包括軌道前哨站的管理和科學任務的支援。

NASA Embraces Cutting-Edge Technologies: Metaverse and Blockchain Transforming Space Exploration

NASA 採用尖端技術：元宇宙和區塊鏈改變太空探索

In the realm of space exploration, innovation and technological advancements are pushing boundaries and redefining the limits of human ingenuity. NASA, the cornerstone of American space exploration endeavors, has recently unveiled two groundbreaking initiatives that are set to revolutionize astronaut training and secure data storage in the cosmos: the metaverse and blockchain technology.

在太空探索領域，創新和技術進步正在突破界限並重新定義人類創造力的極限。作為美國太空探索事業的基石，美國太空總署 (NASA) 最近推出了兩項突破性舉措，這些舉措將徹底改變宇宙中的太空人培訓和安全資料儲存：虛擬宇宙和區塊鏈技術。

Metaverse: Immersive Training for Gateway Astronauts

Metaverse：Gateway 太空人的沉浸式訓練

The metaverse, a virtual reality realm where users can interact with digital environments as if they were physically present, has taken center stage in NASA's astronaut training regimen. The agency's astronauts, including those from SpaceX, are now utilizing the metaverse to gain invaluable experience for life on a space station known as "Gateway."

元宇宙是一個虛擬現實領域，用戶可以在其中與數位環境進行交互，就好像他們身臨其境一樣，它已經成為美國宇航局宇航員訓練方案的中心舞台。該機構的太空人，包括來自 SpaceX 的太空人，現在正在利用虛擬宇宙，在名為「Gateway」的太空站上獲得寶貴的生活經驗。

Gateway, envisioned as a cutting-edge science laboratory and a celestial home for astronauts from around the globe, will serve as a vital hub for the Artemis program, a U.S.-led endeavor to establish a permanent lunar outpost and pave the way for future human missions to Mars.

Gateway 被設想為尖端科學實驗室和全球太空人的天體家園，將成為阿耳忒彌斯計畫的重要樞紐，該計畫是美國領導的一項旨在建立永久月球前哨站並為未來人類鋪平道路的計劃火星任務。

Prior to the advent of the metaverse, astronauts relied solely on computer-based simulators for training. However, the immersive nature of virtual reality, coupled with advanced spatial computing technologies, has introduced a transformative dimension to astronaut preparation.

在虛擬宇宙出現之前，太空人僅依靠基於電腦的模擬器進行訓練。然而，虛擬實境的沉浸式本質，加上先進的太空運算技術，為太空人的準備工作帶來了改變。

Traditionally, astronauts aboard the International Space Station (ISS) operated at an altitude of 400 kilometers from Earth. In contrast, Gateway will orbit the Moon at a distance of approximately 386,243 kilometers, a significant increase that necessitates specialized training.

傳統上，國際太空站 (ISS) 上的太空人在距離地球 400 公里的高度運作。相較之下，Gateway 繞月軌道的距離約為 386,243 公里，這一顯著增加需要專門的訓練。

The metaverse provides a realistic simulation of Gateway's environment, allowing astronauts to practice crucial tasks such as operating equipment, navigating the station's modules, and conducting scientific experiments. This immersive training experience not only enhances their proficiency but also bolsters their confidence and reduces the potential for errors during actual missions.

虛擬宇宙提供了對網關環境的真實模擬，使太空人能夠練習操作設備、導航太空站模組和進行科學實驗等關鍵任務。這種身臨其境的訓練體驗不僅提高了他們的熟練程度，還增強了他們的信心，減少了實際任務中出錯的可能性。

Gateway: A Lunar Gateway for Artemis Missions

門戶：阿耳忒彌斯任務的月球門戶

Gateway's strategic location near the Moon will serve as a versatile outpost for multiple Artemis missions. It will support surface expeditions, facilitate scientific research, and act as a launchpad for further exploration into deep space.

門戶號碼靠近月球的戰略位置將成為執行多項阿爾忒彌斯任務的多功能前哨基地。它將支援地面探險，促進科學研究，並作為進一步探索深空的發射台。

As part of the Artemis program, NASA aims to construct a manned outpost on the Moon, marking a pivotal step in humanity's quest to send humans to Mars. Gateway will play a critical role in this endeavor, providing logistical support and a staging area for lunar missions.

作為阿爾忒彌斯計畫的一部分，美國太空總署的目標是在月球上建造一個載人前哨基地，標誌著人類向火星邁出的關鍵一步。門戶將在這項努力中發揮關鍵作用，為月球任務提供後勤支援和中轉區。

Blockchain: Securing Data on the Moon

區塊鏈：保護月球上的數據

NASA's pursuit of innovation extends beyond the metaverse to encompass the transformative power of blockchain technology. In collaboration with Lonestar and the Isle of Man, the agency is implementing blockchain solutions to safeguard data storage on the Moon during Artemis missions.

NASA 對創新的追求超越了虛擬世界，涵蓋了區塊鏈技術的變革力量。該機構正在與 Lonestar 和馬恩島合作實施區塊鏈解決方案，以保護阿耳忒彌斯任務期間月球上的資料儲存。

The inherent immutability of blockchain, its resistance to tampering and alteration, makes it an ideal tool for verifying and securing data. This technology will provide irrefutable proof of human presence on the Moon, dispelling any lingering conspiracy theories and bolstering the scientific integrity of NASA's lunar endeavors.

區塊鏈固有的不變性、抗篡改和更改能力，使其成為驗證和保護資料的理想工具。這項技術將為人類在月球上的存在提供無可辯駁的證據，消除任何揮之不去的陰謀論，並增強美國太空總署月球事業的科學完整性。

During the Artemis 3 mission in 2025, blockchain will be employed to document and authenticate the human landing on the Moon. Prior to this, the Artemis 2 mission in November 2024 will involve a crewed orbit of the Moon and a subsequent return to Earth.

在 2025 年阿耳忒彌斯 3 號任務期間，區塊鏈將用於記錄和驗證人類登陸月球的情況。在此之前，2024 年 11 月的阿耳忒彌斯 2 號任務將涉及載人月球軌道並隨後返回地球。

As part of the Artemis voyages, Lonestar and the Isle of Man will develop lunar storage systems that harness solar energy and require minimal additional infrastructure. These systems will utilize blockchain-verified data solutions, providing real-time check-in mechanisms for lunar exploration and indisputable evidence of human activity on the Moon's surface.

作為阿耳忒彌斯航行的一部分，孤星號和馬恩島將開發利用太陽能並需要最少額外基礎設施的月球儲存系統。這些系統將利用區塊鏈驗證的數據解決方案，為月球探索提供即時簽入機制，並為月球表面人類活動提供無可爭議的證據。

Blockchain's Role in Space Exploration

區塊鏈在太空探索中的作用

The integration of blockchain into NASA's space exploration initiatives signifies a significant milestone in the convergence of technological frontiers. Blockchain-verified data storage solutions can authenticate historical space achievements and pave the way for secure lunar activities as the Artemis program progresses.

將區塊鏈整合到 NASA 的太空探索計畫中，標誌著技術前沿融合的一個重要里程碑。經過區塊​​鏈驗證的資料儲存解決方案可以驗證歷史太空成就，並隨著阿耳忒彌斯計畫的進展，為安全的月球活動鋪平道路。

This partnership between NASA, Lonestar, and the Isle of Man underscores the growing recognition of blockchain's potential in space exploration. Its immutability, transparency, and reliability will contribute to the advancement of scientific research, enhance the safety of astronauts, and foster a new era of data-driven decision-making in the cosmos.

NASA、Lonestar 和馬恩島之間的合作凸顯了人們對區塊鏈在太空探索中的潛力的日益認可。其不變性、透明性和可靠性將有助於科學研究的進步，提高太空人的安全，並推動宇宙數據驅動決策的新時代。

Conclusion

結論

NASA's bold embrace of the metaverse and blockchain technology is a testament to the agency's unwavering commitment to innovation and exploration. These cutting-edge tools are empowering astronauts, securing data, and expanding the boundaries of human knowledge. As the Artemis program unfolds, the metaverse and blockchain will continue to play a pivotal role in shaping the future of space exploration, fueling our dreams of unlocking the secrets of the cosmos and venturing into uncharted territories.

NASA 對虛擬宇宙和區塊鏈技術的大膽擁抱證明了該機構對創新和探索的堅定承諾。這些尖端工具正在增強太空人的能力、保護資料並擴展人類知識的邊界。隨著阿爾忒彌斯計畫的展開，虛擬宇宙和區塊鏈將繼續在塑造太空探索的未來方面發揮關鍵作用，推動我們解開宇宙秘密和探索未知領域的夢想。