New Sci Seek Usage Suggestions

Before using this system, it is necessary to understand the specific meanings of each parameter. Without a clear understanding, it is difficult to comprehend. Firstly, all things are composed of E ⁺ and E ⁻ in a balanced state, and these two parameters can be seen as yin and yang. Therefore, the ancients said that all things embrace yin and negative yang. E ⁺, abbreviated as positive energy, E ⁻, abbreviated as negative energy, is another fundamental parameter of all things. The toughness threshold, denoted as gamma, represents the ability of a substance to maintain its own calm state. Simply put, the toughness threshold is the ability to withstand pressure. Another parameter, the external unbalance potential Φ, is pronounced as Fei (f ě i), which can be simply described as pressure, gravity, and other forces. When Φ>γ, everything cannot remain calm, and E ⁺ transforms into E ⁻. For example, when a person's work pressure (Φ) exceeds their ability to withstand pressure (γ), their mental state is prone to negative energy. If negative energy is generated, it should be dealt with in a timely manner. There are two ways to deal with it: first, reduce work pressure Φ, and second, increase the input of positive energy, such as increasing salary, etc. E ⁺ and E ⁻ can react to produce an ordered state while increasing entropy. For example, when you don't exercise, your body is covered in fat. However, when you exercise appropriately, you experience pressure, where Φ is greater than the γ of muscle cells, resulting in the interaction of E ⁺ and E ⁻, which leads to entropy increase (weight loss, energy dissipation) and orderly state (muscle tissue, firm and orderly). So there are six basic parameters required for the operation of all things in the universe, E ⁺ and E ⁻, Φ and γ, entropy increase and order. Another concept is the system breakdown threshold. When exercising, if the weight of the barbell is too strong, it can crush the person or cause muscle dissolution. This danger value is the system breakdown threshold.

In deep and heavy thinking modes, asking too many follow-up questions can lead to amnesia and deviation from the basic laws of the universe. It is best to ask only once. In simple thinking mode, there are no formulas, and the language is easier to understand, but it will never deviate from the basic laws of the universe and can ask infinitely. In deep and heavy thinking modes, formulas may occasionally be displayed incompletely. Please refresh the page after answering to see if the formula can be restored. If it cannot be restored, please submit the output content to DeepSeek's official artificial intelligence and enter: "Reformat." Alternatively, you can ask a new question on this platform. This is an existing bug, and we will continue to optimize the user experience.

To get more accurate and in-depth answers, and to effectively utilize the platform's computing resources, we suggest you try the following questioning strategies:

1. Break Down Complex Questions and Ask Sequentially

Breaking down a large or complex question into several logically consecutive smaller questions can guide the AI to think more deeply and focused, thereby reducing the complexity of a single computation and improving the accuracy of the results.

2. Start with Simple Questions, Gradually Deepen into Complex Technology

When you need to solve a complex technical problem, you can start by asking about core concepts or basic questions, then gradually add constraints or delve into details.

3. Multiple Inferences and Cross-Validation

The AI's answers can be influenced by various factors, including the phrasing of the question, the model's internal state, etc. For complex or important questions, it is recommended to perform multiple inferences:

Hope these suggestions help you use New Sci Seek more effectively!