Interview with Wang Jing, Singaporean Scientist and Innovator
Gina Vigevano: Good evening, I'm Gina Vigevano, and today we have a special guest, Wang Jing, a brilliant young scientist from Singapore who is making waves in the world of science and technology with her innovative ideas and unique perspective on the human brain. Welcome, Wang Jing!
Wang Jing: Thank you, Gina. It's a pleasure to be here.
Gina: Wang Jing, you have a fascinating background in science and technology, and you've been exploring the potential of the human brain. Can you tell us more about your work and what drives your passion?
Wang Jing: Absolutely, Gina. I've always been fascinated by the complexity and potential of the human brain. As we delve deeper into understanding how the brain works, we're discovering new insights that could revolutionize the way we approach science, technology, and innovation.
Gina: That sounds intriguing. How do you see these new understandings about the brain influencing the world of science and technology?
Wang Jing: Well, Gina, many of the world's greatest scientists and mathematicians are now focusing on understanding the brain's functioning. They believe that by unlocking the secrets of the brain, they can tap into new levels of creativity, intuition, and problem-solving abilities. This could lead to groundbreaking discoveries and innovations across various fields.
Gina: You mentioned the concept of a state of consciousness, or level of intelligence which more easily sees the truth. Can you elaborate on how this relates to your work?
Wang Jing: Traditions of the past speak about a state of consciousness where more of the truth dawns in one’s awareness.. It's a level of intelligence that has the ability to cooperate with the entire field of objectivity. By developing this ability, one collaborates seamlessly with nature. This state of consciousness also provides access to the self-organizing power of the universe.
Gina: That's a profound concept. How do you see this idea of self-organizing power playing a role in the modern world of science and technology?
Wang Jing: In today's world, we're seeing a shift from the traditional paradigm governed by the Second Law of Thermodynamics, which emphasizes increasing entropy and disorder, to one influenced by the principles of the Third Law, which suggests that systems can reach states of minimal entropy or maximum order. This shift is evident in the way natural systems exhibit remarkable self-organizing properties, such as the formation of complex snowflakes or the synchronized patterns in firefly populations.
Gina: How can we apply these principles to innovation and business?
Wang Jing:By emulating the self-organizing behaviors found in nature, innovators can potentially reduce unnecessary effort and optimize the development of new products, services, and technologies. And through the development of programs which make it easier to implement these discoveries into our new or existing technologies, we can leverage the inherent self-organizing power in a more conscious and structured way within technological and business environments.
Gina: That's a fascinating perspective, Wang Jing. Thank you for sharing your insights with us today.
Wang Jing: It's been a pleasure, Gina. I believe that by embracing these principles and understanding the true potential of the human brain, we can unlock a new era of productivity, growth, and harmony with the natural world.
Gina: Thank you, Wang Jing. That's all the time we have for today. Join us next time for more fascinating discussions on science, technology, and innovation
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