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Showing posts with the label world's largest radio telescope

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Navigating the Unknown: Leadership in an Era of Uncertainty

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 Leading through the mists of uncertainty can feel formidable; yet, it unveils a chance to display resilience, adaptability, and visionary leadership. Here are a tapestry of strategies to amplify your prowess in traversing unpredictable realms: Embrace Flexibility and Adaptability Stay Agile: Nurture a malleable work atmosphere that empowers teams to swiftly shift and respond to emerging insights and changing tides. Iterative Planning: Break down long-term visions into smaller, manageable milestones that can be recalibrated as needed, allowing for continual reassessment and evolution. Communicate Transparently Honest Updates: Keep your team apprised of the current landscape, even when the news is less than favorable. Transparency begets trust and ensures collective alignment. Open Dialogue: Foster a space where team members feel emboldened to express their concerns and ideas, enriching insights and uplifting morale. Focus on What You Can Control Identify Priorities: Direct your ene...
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China looks to the stars with creation of world's largest radio telescope

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Hong Kong:  Is there anybody out there? A massive engineering and scientific project in China is expected to take us one step closer in our quest to discover if we are truly alone in the universe. The country's military-led space program is constructing the world's largest radio telescope, the Five-hundred-meter Aperture Spherical Telescope, or FAST, and Chinese state media recently released images of the amazing structure nearing completion. The massive construction project -- when completed the dish itself will be the size of 30 football pitches -- has the potential to be a game-changer for our understanding of the universe, and our search for life on other planets. When it is finished it will potentially be able to detect radio signals -- and potentially, signs of life -- from planets orbiting a million stars and solar systems. China's state-run Xinhua news agency  says  FAST will be completed in 2016 -- allowing researchers to detect radio signals fro...
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