I used space to carry a lot of supplies to escape famine in ancient times

Chu Mohan smiled and nodded: "Yes, this is just the beginning. In the future, we will achieve win-win cooperation in more areas and make the Universe Alliance more prosperous."

However, just as the Cosmic Alliance was enjoying the joy of cooperating to develop new planets, a crisis loomed like a shadow over the entire universe. As the pace of development of various civilizations continued to accelerate, the demand for energy grew exponentially, and the traditional energy in the universe gradually dried up, an unprecedented energy crisis broke out.

At first, the energy shortage only appeared in some remote star systems and civilizations. The energy supply on small planets began to become unstable, factory production lines stopped from time to time, and the daily life of residents was also affected. But as time went on, the energy crisis spread rapidly, and even those star systems that were once rich in energy fell into trouble.

The navigation of interstellar spacecraft was restricted due to insufficient energy, trade was hindered, and the circulation of materials became difficult. The economy of some civilizations that relied on high-energy consumption industries declined sharply, unemployment rates soared, and society was in turmoil.

On a once prosperous industrial planet, it is now in a state of depression. The chimneys of the factories no longer emit smoke, the machines have stopped roaring, and the workers are wandering the streets with nothing to do. The leader of the planet worriedly sent a distress signal to the Universal Alliance: "Our energy reserves are about to run out. If we can't find a solution as soon as possible, our civilization will face collapse."

Gu Qianning and Chu Mohan knew that this energy crisis was not just a problem for individual civilizations, but was related to the survival of the entire universe alliance. They immediately summoned the top scientists and engineers in the universe to form a strong scientific research team to shoulder the task of finding new energy solutions.

The research team worked day and night to analyze various possible energy sources. They first set their sights on more efficient use of stellar energy. Stars, as the most powerful energy reservoir in the universe, have always been a treasure of energy that humans have long dreamed of. However, how to safely and efficiently collect and use stellar energy is a huge challenge.

A senior physicist proposed a bold idea: "We can build huge energy collection devices to obtain energy directly from the outer layer of stars. But this requires extremely advanced materials and technologies to withstand the high temperature and strong radiation of stars."

In order to realize this vision, the scientific research team carried out arduous research and experiments. They tried various new materials and conducted countless simulations and tests. But each experiment faced many difficulties. The materials melted under high temperatures and the devices failed under strong radiation.

Gu Qianning encouraged the team members: "Don't be discouraged. Every failure is a step towards success. We must persevere for the future of the universe."

Chu Mohan also personally participated in the experiment, working with scientists to overcome technical difficulties: "Everyone, think about it, is there any way to improve the way energy is transmitted and reduce losses?"

After numerous setbacks, the team finally made a breakthrough. They successfully developed a special material that can withstand the high temperature and radiation of stars, and designed an efficient energy collection and transmission system.

But new problems arise. The collection of stellar energy requires the construction of large-scale facilities in space, which not only requires huge resource investment, but also faces various dangers and unknowns in the space environment.

At the same time, the research team is also exploring other possible energy solutions. They are studying cutting-edge fields such as antimatter energy, dark energy and quantum energy.

In the study of antimatter energy, scientists have found that the mutual annihilation of antimatter and matter can release huge amounts of energy. However, the production and storage of antimatter is extremely difficult, and any carelessness can lead to catastrophic consequences.

A young scientist encountered a small antimatter leak during an experiment, which almost endangered the entire research base. This made the team more cautious in their research on antimatter energy.

In the process of exploring dark energy, the scientific research team found that although this mysterious energy is everywhere, it is extremely difficult to capture and utilize. They need to develop new theories and technologies to unlock the secrets of dark energy.

The research on quantum energy has fallen into a theoretical dilemma, and the complex principles of quantum mechanics make practical applications out of reach.

Faced with various difficulties and setbacks, Gu Qianning and Chu Mohan never gave up. They led the team to continuously adjust the research direction, integrate resources, and seek breakthroughs.

At a key seminar, Gu Qianning proposed a new idea: "We can't rely on just one energy solution. Maybe we should adopt a diversified strategy and advance research on multiple projects at the same time."

Chu Mohan agreed: "Yes, we must be prepared for two or even more situations to deal with different situations."

Therefore, while continuing to study stellar energy, the scientific research team also increased investment in other potential energy sources. They cooperated with various civilizations, shared research results and resources, and formed a huge energy research network.

In a resource-scarce galaxy, a scientific research team discovered a special crystal that seemed to be able to release huge amounts of energy under certain conditions. The team immediately began a comprehensive study of the crystal, hoping to develop it into a new source of energy.

After hard work, they gradually uncovered the mystery of this crystal and mastered its energy release mechanism. However, in order to apply it on a large scale, they still need to solve problems such as crystal synthesis and stable supply.

In another civilization, scientists discovered a new way to harness bioenergy by genetically modifying a special microorganism to efficiently convert waste into energy.

Gu Qianning and Chu Mohan went to this civilization in person to communicate and cooperate with local scientists to promote the further development of this technology.

After a long and arduous exploration, the scientific research team finally achieved a series of important results. Stellar energy collection facilities began to be gradually built in space, key breakthroughs were made in the production and storage technology of antimatter energy, progress was made in the application research of special crystals, and bioenergy technology was promoted on some planets.

However, the solution to the energy crisis is not achieved overnight. Before new energy sources become fully popular, each civilization still needs to save energy and optimize energy efficiency.

Gu Qianning initiated a nationwide energy conservation campaign, calling on all citizens to reduce energy waste by starting from the little things in their daily lives.

Chu Mohan has formulated a series of energy management policies to strictly supervise and regulate the distribution and use of energy.