Listening platform | https://solink.soundon.fm/dreamstoryhouse
IG | https://www.instagram.com/DreamStoryHouse
FB | https://www.facebook.com/DreamStoryHouse
YT | https://www.youtube.com/@DreamStoryHouse
Welcome letters | [email protected]
Keywords:
#DreamStoryHouse, #dream, #career, #DreamStoryHouse, #Podcast, #Dream, #Career,
#Gift of Genius, #physics, #physicist, #Oppenheimer, #Einstein, #Hawking, #Manhattan Project, #Relativity, #Normal Temperature Superconductor, #LK-99, #GiftOfGenius, #Physics, # Physicist, #Oppenheimer, #Einstein, #Hawking, #ManhattanProject, #Relativity, #NormalTemperatureSuperconductor,
The characteristics, advantages and disadvantages of the physicist profession are as follows: Traits:
Curiosity: Have a strong curiosity about the mysteries of nature and constantly seek new knowledge and discoveries. Creativity: Creativity is required to come up with new hypotheses and ideas and to design appropriate experiments and methods to test them. Logical thinking: Rigorous logical thinking is required to analyze data and results, and to establish consistent and effective theories and models. Mathematical ability: You need to have superb mathematical ability to use mathematical tools to describe and explain physical phenomena and laws. Communication skills: Good communication skills are required to collaborate and communicate with peers or experts in other fields, and to convey physics knowledge and meaning to the public or policy makers.
advantage:
Contributing to society: Through the development of basic science and applied science and technology, we can bring progress and well-being to society. Satisfy curiosity: You can satisfy your curiosity and thirst for knowledge about the natural world by exploring unknown areas. Challenge yourself: You can challenge your intelligence and creativity by solving difficult and complex problems. Respect for authority: You can gain respect and recognition from peers or society by publishing high-level papers and reports. Career development: You can create more career opportunities for yourself in various fields by constantly updating your knowledge and skills.
shortcoming:
High pressure: need to face high-intensity workload and competitive pressure, as well as the ever-changing technological environment. Many failures: need to bear the frustration and sense of loss caused by failed experiments or incorrect assumptions. Loneliness: You may focus on your own research topic for a long time and neglect the interaction and connection with other people or society. Insufficient resources: You may be unable to successfully carry out your research plan due to lack of sufficient funding, equipment or personnel support. Many misunderstandings: You may find it difficult to explain or prove your value and contribution to the outside world because your research topic is too abstract or professional.
Welcome to the “Dream Story House”, I am your dream pilot, I will take you to fly high in the Dream Story House. The story I want to share with you today is “Gift of Genius”. Children, are you curious about various things around you? For example, why do things fall down? Why do things make different sounds when they hit? Maybe you are also the same. The little rabbit Lila in the story also has a “genius gift”! Then let us listen to the story together!
Laila is a cute little bunny who has been interested in mathematics and physics since she was a child. She enjoys counting, solving equations, drawing shapes, and looking at stars and rainbows. Her parents are both famous physicists. They once participated in a secret project called the “Manhattan Project”, which was about nuclear energy research. Laila admired them and wanted to be a physicist like them. Unfortunately, when Laila was still very young, her parents died in an accident during an experiment.
Lila now lives with her uncle, a cat named Oppenheimer. Oppenheimer was also a physicist and one of the principal leaders of the Manhattan Project. He was very kind to Laila, because Laila was very curious about all kinds of things and liked to find answers to these questions. Moreover, Laila had a good foundation in mathematics and physics since she was a child. Oppenheimer told him that this was the gift given by his parents. His “gift of genius”, Oppenheimer would patiently teach her a lot of physics knowledge and also take her to explore the forest. Laila felt very happy being with Oppenheimer, and she became more determined in her dream of becoming a physicist.
Leila and Oppenheimer conduct experiments together in the forest, observing different physical phenomena. Once, they were at a lake and used a glass ball to simulate the sun’s rays to see how it would refract and reflect. They used a small raft to place the glass ball on the lake, and then used a compass to measure the position and angle of the glass ball. They found that the glass balls moved with the fluctuations of the lake water and produced different rainbow effects.
Lila found this amusing and asked Oppenheimer what was going on. Oppenheimer explained that this is because the glass ball separates sunlight into different colors, and each color has a different wavelength and frequency, so there will be different refraction and reflection angles. He said this was one of the principles of optics. Laila listened with great interest and wanted to know more about optics.
Leila and Oppenheimer would also go to the forest library to borrow books and learn more about the theory and history of physics. Once, they met a guinea pig named Einstein in the library. Einstein was a very smart and humorous guinea pig. He was also a physicist. He once proposed the theory of relativity, which changed people’s views on time and space.
He saw Leila and Oppenheimer reading a book about the theory of relativity, so he took the initiative to greet them and began to discuss the content of the theory of relativity with them. He explains the concept of relativity with some simple and fun examples, such as if one animal is on a train and another animal is at a train station, they will see different times and distances.
In other words, if one animal is in space and another animal is on Earth, they will feel different gravity and speed. Laila found these examples interesting and asked Einstein how these phenomena occurred. Einstein said that this is because the speed of light is constant and there is no absolute time and space, so different observers will have different reference systems, resulting in different measurement results. He said this was one of the essences of the theory of relativity. Lila was fascinated and wanted to know more about the theory of relativity.
Laila and Oppenheimer sometimes go to forest schools to teach other animals some basic knowledge of physics so that they can also enjoy the fun of physics. Once, they met a group of little squirrels in the classroom. They were all very lively and curious children. They wanted to learn some knowledge about mechanics. Leila and Oppenheimer decided to use some simple and interesting experiments to teach them the principles of mechanics. For example, using spring balances to measure the weight of different objects, using pulleys and ropes to change the direction and magnitude of force, and using elasticity to The ball is used to demonstrate the conversion of kinetic energy and potential energy, etc. The little squirrels happily participated in these experiments and learned some concepts about force, weight, energy, work, speed, acceleration, etc. through the experiments. Laila and Oppenheimer were also happy to see the little squirrels becoming interested in physics. They encouraged the little squirrels to observe the physical phenomena around them and try to explain them using physics.
When Laila grew up, she was admitted to the physics department of the Forest School. She performed very well in school. Not only was she able to solve the most difficult problems, she was also able to come up with her own opinions and ideas. Her teachers and classmates all admired her and often asked her questions. Leila is also very helpful and patiently explains physics principles and formulas so that everyone can understand.
Laila not only studies in the classroom, but also reads many physics books and journals outside class, and participates in various physics competitions and activities. She especially likes to participate in the “Forest Science Fair”, which is a large-scale science exhibition held every year, where various animals bring their own scientific works to display and communicate. Leila prepares some interesting and innovative physics works every time, such as solar generators, flying machines, electromagnetic tunnels and more. Her works have always attracted a lot of attention and admiration, and she has won many awards and honors.
Leila and Oppenheimer also often go to Sim Lim Square to publish their research results and let other animals know about their discoveries and contributions. Once, they met a turtle named Hawking in Forest Square. Hawking is a very wise and brave turtle. He is also a physicist. He once proposed theories about black holes and the origin of the universe, challenging the limits of physics.
He saw Leila and Oppenheimer demonstrating a model about room-temperature superconductors, so he took the initiative to communicate with them and gave them some advice and encouragement. He used some profound and interesting questions to guide Leila and Oppenheimer to think about the principles and applications of room-temperature superconductors, such as,
How do room-temperature superconductors produce “zero resistance” and “diamagnetism”?
Can room-temperature superconductors be permanently “zero resistance” and “diamagnetic”?
Can room temperature superconductors create new physical phenomena and laws?
Laila found these questions challenging and tried to answer them using what she had learned. Hawking listened to Leila’s answer and admired her ideas and courage. He said that this was one of the charms of physics.
In the end, Leila and Oppenheimer finally realized their dream. They invented a “zero resistance” and “diamagnetic” material, which they called the normal temperature superconductor LK-99. LK-99 is a material that uses a special chemical structure to produce a superconducting effect. It can operate at any temperature and will not be affected by external magnetic fields. Leila and Oppenheimer decided to show their LK-99 to all the animals.
They held a grand presentation in Sim Lim Square and invited all the animals to attend. At the press conference, Leila and Oppenheimer personally demonstrated how to use LK-99, and explained the principles of LK-99 and the safety precautions to pay attention to when using it. Then, they led all the animals to demonstrate the amazing effects of LK-99, for example,
Wires made of LK-99 can transmit current without heat and loss.
Magnets made of LK-99 can produce strong magnetic force without any loss or weakening of the magnetic force.
The ring device made of LK-99 can produce a wonderful magnetic levitation effect, allowing magnetic objects to float in the air, etc.
All the animals were shocked and attracted by the magic of LK-99, and they expressed their intention to try and learn the use and application of the normal temperature superconductor LK-99.
Leila is a successful physicist who has used her hard work and talent to realize her dream and contribute to physics and society. She feels that becoming a physicist has many advantages. You can explore the mysteries of nature, create new knowledge and technology, help others learn and progress, gain respect and recognition from others, and enjoy the fun and challenges of work, etc.
Of course, physicists also have some shortcomings, such as having to endure a lot of failures and setbacks, face a lot of pressure and difficulties, spend a lot of time and energy on work, communicate and cooperate with many different people, etc. However, Laila feels that these shortcomings are not a problem and that with passion and perseverance, any difficulty can be overcome. She feels that her career gives her a great sense of accomplishment.
This is the story of Lyla, a little rabbit who wants to be a physicist.
She used her wisdom and courage to write a legend of her own.
He made us understand that as long as we have a dream, we must pursue it; as long as we have faith, we must persevere.
I hope you can all find a career that you like and are good at, and enrich the world in your own way.
If you have any ideas, please leave a message on FB fan group or IG to let me know. See you next time, bye!
