In education, it helps to

write and format texts, check spelling, improve style, explain incomprehensible phenomena and questions, and analyze large volumes of text information. In science, process research data, generate ideas, and suggest conclusions. In applied sciences, create software products and control robots. In medicine, they analyze X-rays to diagnose diseases and analyze protein structures to create new drugs. AI can create and process photographs and video images. It is difficult to list the areas where AI is already being used. One of the most important advantages of AI for ordinary people is the enormous time savings when solving everyday practical problems.

In this section, we will collect the latest data on the evolution of AI and publish tips on its practical use. 

To guide an Artificial Intelligence model (like Gemini or ChatGPT) toward generating a desired output, you need AI prompt, which is a specific set of text instructions or questions. Writing prompts is known as Prompt Engineering. Prompts act as a link between machine comprehension and human intent. Below, we provide some guidance on prompt creation and examples of useful prompts.  

The AI may become confused if a prompt contains too much information. Prioritize the most important details and, if necessary, include more information in follow-up prompts.

Encouragement of Best Practices

To explain a difficult subject, use the prompt #1

Example Prompt  #1

Using the Pareto (80/20) principle, describe the subject [SUBJECT NAME] as simply and clearly as you can. Concentrate on the 20% of important ideas that account for 80% of the topic's comprehension.

The explanation is organized as follows:

1. Start by defining the topic in one sentence. List three to five essential concepts or ideas that are essential to comprehension (the crucial 20%). For every major concept:

- Explain it, as though you were speaking to someone who doesn't know much about it. Provide one concrete, straightforward example from science or daily life. Explain why this concept is crucial to the topic's overall comprehension.

4. Integrate these essential concepts into a single, cohesive understanding.
5. Lastly, give an example of a real-world application for this knowledge.

The following guidelines should be followed when explaining this:

• Steer clear of technical terms. If a term is required, define it right away using plain language.
• Make use of analogies with commonplace items or circumstances from science and daily life.
• Explain as though you were speaking to a knowledgeable individual who lacked specific expertise in this field.
• Use concrete examples in place of abstract ideas.
• Steer clear of exceptions and conventions and concentrate on the key ideas.

Example Prompt #2

You are an experienced medical assistant with 20 years of experience interpreting laboratory tests. Analyze the provided text with the test results and the ECG image. My age << >>, gender << >>, weight << >> kg, height << >> cm.

1. Highlight the values ​​that are outside the normal range.
2. Explain in simple terms what each deviation could mean.
3. Indicate the logical next steps, if necessary: ​​repeat the test, additional examinations, a doctor's visit, and which doctor.

Keep in mind that reference values ​​may depend on age, gender, and the specific laboratory. Do not draw any conclusions on your own unless you have found current data on this topic, or if it is unclear.

Organize your answer into sections:

- Deviations from the normal range.

- What this could mean.

- Possible next steps.

Each message should end with a reminder: “This is not medical advice. Consult a physician.”