Technology has Affected our Cognitive Brains.

In today's fast-changing world, technology has become the cornerstone of everyday life. It permeates almost every aspect of our existence. From communication and work to entertainment and education, our dependence on technological devices is undeniable, however, as we increasingly turn to technology to help us with our tasks. Therefore, there is growing concern that we may be diminishing our ability to think critically. Creativity and Incidental Problem Solving. For example, today's students often use AI and other digital tools. Homework and Doing Homework Although these tools provide quick access to information and make learning more efficient, they can also undermine the development of essential cognitive skills if not used carefully.

Technology is not just a luxury in the modern education system. But it is also important. The world has changed dramatically in the last few decades. And the skills needed to thrive in today's society are different than in the past, for example, digital literacy is considered a core skill today. The same goes for reading or math. The ability to use technology is essential for a future career in almost every field. From coding and data analysis to digital marketing and remote collaboration. Technology has played a profound role in the professional landscape.

Moreover, technology in education also has many advantages. It allows access to a large amount of information. Promote collaboration through digital platforms. and supports personalized learning experiences. For students might find it hard to learn with traditional teaching methods. Technology can offer an alternative. To understand complex concepts, whether through interactive simulations, educational games or multimedia presentations, it also helps to bridge the gap in access to education. It enables remote and underserved communities to learn from some of the best educators around the world.

However, these benefits come with challenges. The convenience and efficiency that technology provides can lead to greater reliance on digital tools. This is especially true for young learners whose brains are still developing. If students use technology to quickly find answers instead of thinking deeply, they lose the ability to analyze, synthesize, and evaluate information. These are critical skills for innovation and problem solving.

The human brain is amazingly adaptable and flexible. This neuroplasticity, especially in youth, means that the brain develops and strengthens neural pathways based on repeated experiences and activities. When students often turn to technology for answers, they may not develop analytical thinking and problem-solving skills. It comes from tackling difficult problems or creating creative solutions.

Consider this: Students who regularly use AI tools to do their homework can be much more effective at using those tools. But they cannot learn how to solve problems systematically. Generate new ideas. or critically evaluate information. As time passes. This may lead to mental faculties not being fully developed and the ability to think independently.

Moreover, taking handwritten notes has been proven to improve memory and comprehension. This is because the brain has to process information more deeply. Conversely, typing from a screen or passively retrieving information may not provide the same engagement, even though technology facilitates learning. But it should not replace the mental effort required to truly understand and remember knowledge.

Instead of banning the use of technology in educational institutions, it will not be effective in practice and will have negative effects. Balance and maintenance should be emphasized. Technology should be considered as a impactful way. which, when used correctly, can complement traditional learning methods. It's not just about choosing one thing. But both should be combined for maximum benefit.

To achieve this balance, educators and policy makers must establish guidelines that promote the responsible use of technology in educational institutions. Here are some strategies to consider:

Develop analytical thinking and problem-solving skills: Encourage students to use technology to complement rather than replace analytical thinking, for example by using AI tools to generate answers. Students can use these tools to explore different perspectives. Simulate a situation. or analyze data. Teachers should design tasks that require analysis. Creativity and deep reflection ensure that students actively engage with the content.

Promote a balanced mix of digital and analogue learning: incorporate traditional methods such as handwritten notes. Reading real books and face-to-face conversations alongside digital learning, this approach ensures that students develop a wide range of intellectual skills. Schools can create technology-free zones or periods during the day. Where students focus on non-digital learning activities.