In today’s developing and changing world, it is challenging and almost impossible for most of us to follow technological advances. While a new invention is being made every second, the number of days that we do not wake up to the news of a groundbreaking mechanical wonder or an invention that could be the beginning of an era in organic chemistry is now very few on the fingers of two hands. As always, just as there are people who sincerely support and defend innovations, there are also those in society who fear, hesitate, and even hate them. The habit of ‘shying away again’, which is inherent in being human, has also led to great debates and disagreements on artificial intelligence. While some people believe that robots and therefore artificial intelligence will take over the world based on movies such as ‘Terminator’, ‘Matrix’ and ‘Oblivion’, others outright defend that artificial intelligence is all a lie and is the most critical part of a game designed by states to put people to sleep. Of course, behind all these conspiracy theories, unfortunately, the number of people who listen to professors who want to explain the facts scientifically is pitifully few. So what exactly is this artificial intelligence? Artificial intelligence can be briefly defined as the ability of a computer system to imitate human-like cognitive functions such as learning and problem solving. In other words, instead of directly coding information and tasks into computers, unlike what has been done until the twenty-first century, we write algorithms that computers can use to infer these and allow them to make their own ‘decisions’. Although it is a mystery how much of these decisions we can control, and in fact, this is the main reason why most computer scientists and computer engineers have reservations about this issue. The famous scientist Hinton, who is called the ‘Father of Artificial Intelligence’ and a former Google employee, recently expressed his own concerns about the subject in an interview. According to Hinton, the main difference between artificial intelligence and human intelligence is that they cannot copy the same intelligence as a human, while this is not the case with interfaces such as ‘Chat GPT’, which are called ‘chatbots’. Hinton also states that these chatbots can transfer information among themselves at a speed that can be measured in milliseconds or even milliseconds, and that the danger of this is that they can far overshadow a human in terms of the amount of general knowledge they have. Considering that these robots can make simple reasoning, we can understand the shallow side of the fallacies of the enigma we have created without realizing it. This situation also generates countless questions about how we will decide which individuals who control the artificial intelligence are dangerous and which are not. The knowledge that exists about artificial intelligence uses biological hardware for biological computation (Gunawardene, 2024). These organoids offer a revolutionary approach to understanding and copying brain function by imitating some aspects of the human brain. While they have not been able to shed light on the difficulties, scientists have developed a new type of artificial intelligence called ‘OI’, meaning Organic Intelligence. What makes this dash more dangerous than the others is the material it is made of. Researchers use orgoneids as biological hardware for biological computation. These organoids offer a revolutionary approach to understanding and copying brain function by imitating some aspects of the human brain. However, the number of people who believe that the combination of artificial intelligence and brain cells, which can make decisions as fast, comprehensive and qualified as ours, can be as sweet and harmless as the flying Brain character in the cartoon ‘Mysterious Town’ is very few. As a result, in a developing world, it is as important to keep up with developing technology as it is to know who will use it. In addition, it is always necessary to consider the dangers that the new thing will bring.
