Siheyuan: The young man starts off and beats the stick.

The discovery caused a stir in the interstellar scientific community, with various research institutes and companies sending representatives to study the ore. Su Ming and his team shared their data and findings with these scientists in the hope of working together to develop this potential treasure. This cooperation also strengthened the conviction of the crew of the "New Hope" that only through cooperation and innovation can humanity make full use of interstellar resources and keep moving forward.

The crew of the "New Hope" continues to make their way through the stars, and they find a planet that seems to have a large amount of rare mineral resources. These resources are very important for interstellar manufacturing, as they can be used to create more advanced space ships and equipment. Su Ming and his team were full of anticipation, and they decided to carry out large-scale mining work.

However, mining is not easy, and the planet's geology is extremely complex, with underground deposits buried deep in hard rock formations. The crew needs to use advanced mining equipment and technology to ensure that the mining work runs smoothly. They used advanced drilling techniques to extract the ore from the ground.

Over time, a large amount of ore has accumulated in the warehouses of the "New Hope", which will be used in the construction and upgrading of the starship. Su Ming's team has also begun to study the properties of these ores, hoping to develop more efficient mining and smelting techniques to make better use of these resources.

They also face several challenges during the mining process, including threats to wildlife and the risk of natural disasters. However, Su Ming and his team are determined not only to acquire more mineral resources, but also to ensure that their mining activities do not negatively impact the interstellar environment.

The crew of the New Hope gradually accumulated a large amount of ore during the mining process, but they also found that the ore contained a lot of impurities that could affect the purity and quality of the ore. Su Ming and his team realized that removing these impurities was essential to make the most of the ore resources.

They began to work on various methods to remove impurities from the ore. They have designed advanced ore refining equipment, employing a variety of technologies such as chemical, physical, and magnetic fields to ensure the quality and purity of the ore. The work required a lot of experimentation and testing, but they were convinced that only by ensuring the quality of the ore could high-quality interstellar materials be produced.

In the process of ore refining, they are constantly improving equipment and processes to increase efficiency and reduce waste. They also share the results of ore refining technology with other interstellar manufacturing teams to help the industry make better use of resources. This collaboration makes them proud because they know that by working together, the entire interstellar society can become more prosperous and sustainable.

At the same time, they also discovered some interesting phenomena in the process of refining ores, some of which seem to contain mysterious energy. They decided to delve into these energies in the hope of developing new energy technologies that could be used to upgrade starships and equipment. This research attracted more scientists and engineers to join their team.

The crew of the New Hope continues to move forward in the stars, not only making significant progress in ore refining, but also exploring new possibilities in citrine firing. They found a rare yellow crystal in a distant galaxy that has very special properties and seems to have potential uses.

The crew brought the yellow crystals back to New Hope for study, where they found that they could be used to create efficient energy storage devices. However, citrine needs to go through a complex firing process in order to reach its full potential. Su Ming and his team began researching firing techniques to purify and process these yellow crystals.

The process of firing yellow crystal is challenging, requiring strict temperature and pressure control to prevent the crystals from being damaged or losing their special properties. They have designed state-of-the-art furnaces and monitoring systems, continuously experimenting and improving to ensure the success of the firing process. They also looked at how fired citrine could be applied to the energy system of the starship to improve the performance and efficiency of the spacecraft.

This work has attracted the attention of more scientists and engineers, who have joined the New Hope research team in the hope of jointly developing citrine technology. This cross-team collaboration helps them move their research forward faster and achieve more breakthroughs.

The crew of the "New Hope" decided to delve into a planet full of mysteries, which is widely known as "The Lake" because its surface is covered by large lakes and waters. Although interstellar explorers have already made some initial explorations in the lake, there are still many unknowns waiting to be revealed.

The waters of the lake are teeming with exotic creatures and plants, some of which have special ecological adaptations and can survive in extreme underwater environments. Su Ming and his team are ready to conduct deeper explorations to understand the planet's ecosystems and resources.

Equipped with high-grade underwater probes and diving equipment, they began to sink into the depths of the lake. Their detectors are equipped with high-resolution cameras and sensors that can record the various organisms and vegetation in the lake, while also analyzing water quality and geological conditions. The data will help scientists better understand the lake's ecosystem.

During the exploration, they also found some mysterious ruins that indicate that an ancient civilization may have existed in the lake. The discovery intrigued scientists, who began to search for more clues to restore the history of the lake.

At the same time, the underwater environment in the lake is fraught with challenges, and crews must deal with a variety of underwater challenges, including emergencies, underwater dynamic risks, and biological interactions. They must constantly improve their diving techniques and equipment to ensure safe detection.

Deep in the lake, New Hope's exploration team accidentally discovered an unusually precious aquatic creature known as the "Starlight Shell". The surface of the shell of the starlight oyster is covered with rare and rare pearls that emit a shimmer like the twinkling stars.

Su Ming and his team were stunned by this discovery, and they quickly took steps to collect some samples of Starlight Oyster pearls without harming the creatures. These rare pearls have unique properties and are thought to have important applications in the fields of interstellar technology and medicine.

They brought the samples back to New Hope for detailed study, and scientists began to explore the composition and potential uses of these pearls. Some scientists believe that these pearls can be used to make advanced optical devices, while others believe that they may have potential biomedical value. This discovery has aroused widespread interest in the scientific community, attracting more research institutions and experts to join the research work.