By Luisa Fernanda Guerrero Estrada
Student of the Bachelor of Science in Communication

We live in an era where asking a question to an artificial intelligence takes only a few seconds. Today, thousands of students use tools like ChatGPT, Gemini, Claude, or Perplexity to resolve doubts, write texts, translate languages, program, or prepare presentations. Artificial intelligence has ceased to be a technology of the future and has become an everyday companion in the classroom. However, this reality raises a question that deserves discussion: Is artificial intelligence strengthening the education of young people or weakening their ability to think for themselves?

The answer isn't as simple as saying AI is good or bad. Like any technological tool, its impact depends on how we choose to use it. Young people have a historic opportunity to learn in more dynamic, personalized, and inclusive ways, but they also face the challenge of not relying entirely on algorithms that can replace fundamental processes like research, analysis, and creativity.

For decades, accessing knowledge meant consulting libraries, reviewing books, and comparing different sources before forming one's own ideas. Today, artificial intelligence can summarize hundreds of pages in a matter of seconds or generate an entire essay from a single instruction. This represents an enormous time saving, especially for students who work, care for their families, or have demanding academic schedules.

AI has also democratized access to knowledge. A student struggling to understand a topic can request explanations with simple examples, ask for additional exercises, or receive immediate feedback. In this way, learning is no longer solely dependent on class schedules and becomes a continuous process, available virtually 24 hours a day.

Furthermore, artificial intelligence has helped to reduce some educational barriers. Tools exist that can translate content into different languages, convert text to audio for people with visual impairments, generate automatic subtitles, and adapt materials according to each student's level of comprehension. This represents a significant step toward a more inclusive and accessible education.

However, these advantages come with risks that cannot be ignored. One of the most worrying is technological dependence. When artificial intelligence answers all the questions, writes all the papers, and organizes all the ideas, students may stop developing essential skills such as argumentation, problem-solving, and critical thinking.

Learning is not simply about getting the right answer. True learning occurs through a process of searching, analyzing, reflecting, and constructing knowledge. If artificial intelligence completely replaces this process, education risks becoming a mechanical activity where submitting an assignment matters more than truly understanding the subject.

Another major challenge is misinformation. Although AI tools are becoming increasingly accurate, they can still generate incorrect information, fabricate bibliographic references, or present outdated data with apparent certainty. Therefore, young people need to develop skills to verify sources, compare information, and recognize when an answer should be questioned.

In this context, the role of teachers and universities also changes. Rather than prohibiting the use of artificial intelligence, the real challenge lies in teaching how to use it ethically and responsibly. 21st-century education cannot be limited to asking whether a student used AI, but must evaluate how they used it, what decisions they made, what information they verified, and what their actual personal contribution was.

This implies transforming teaching strategies. Collaborative projects, case studies, debates, field research, and solving real-world problems become more important than activities that artificial intelligence can solve in seconds. The goal is no longer to memorize information, but to learn to interpret it, contextualize it, and use it to generate solutions.

Young people also have a responsibility in this process. Artificial intelligence should not become a shortcut to avoid effort, but rather a tool that amplifies human capabilities. It can help organize ideas, explain difficult concepts, or propose different approaches to a problem, but the final decisions, creativity, social awareness, and critical thinking remain profoundly human.

We are experiencing an educational transformation comparable to the arrival of the internet several decades ago. At that time, there were also doubts about how learning would change. Today, something similar is happening with artificial intelligence. The difference lies in the fact that this technology not only facilitates access to information but also interacts with us, generates content, and participates in processes that were previously exclusively human.

Therefore, the real challenge is not choosing between using or not using artificial intelligence. The discussion should focus on How to raise a generation capable of living with these tools without losing their ability to question, create, and think independently.

Young people will define the future of this technology. If they use it responsibly, ethically, and critically, artificial intelligence can become an ally in building a more inclusive, personalized, and innovative education. But if it is used solely to replace intellectual effort, we risk creating generations that know how to get answers quickly but have forgotten how to ask good questions.

Perhaps the greatest lesson this technological revolution offers is precisely this: Artificial intelligence can provide thousands of answers, but it will continue to be human curiosity that guides the course of knowledge. In a world where information is just a click away, critical thinking, purposeful creation, and ethical action will be the true value for the youth of today and tomorrow.