Collaboration Between Google and Volkswagen for Quantum Processor Development

Volkswagen and Google are collaborating to develop quantum processors to provide the necessary infrastructure for artificial intelligence development in vehicles and the use of self-driving cars. Currently, computers operate based on a binary language known as bits; however, quantum computing is fundamentally based on quantum mechanics. In quantum computing, the smallest unit of information is called a 'qubit,' which stands for quantum bit. The only difference between a qubit and a bit is that a qubit can represent two different values at the same time. For this reason, these new computers are several times faster than current types and help perform many processes required for artificial intelligence calculations. The quantum computers that Google and Volkswagen aim to develop can simulate and solve traffic algorithms. Numerous components are involved in the traffic of an area, and quantum computers will be able to instantly analyze traffic patterns to minimize travel time and traffic phenomena by providing optimal solutions. This system will also be capable of finding available parking spaces or fueling and charging stations for vehicles. These new computers will assist Volkswagen in utilizing them in electric vehicles. The company also intends to quickly find the best battery structure for electric vehicles using the high processing power of quantum computers to increase the travel distance of electric vehicles and reduce their charging time as much as possible. With the use of powerful computers, artificial intelligence can grow appropriately; with the development of machine learning algorithms, self-driving cars will have smarter performance, and instead of being programmed for defined performance in specific conditions, a smart and quantum self-driving car can understand its surroundings and immediately make the best decision. Volkswagen has announced that it is the first company developing this system for self-driving cars with the help of Google. Volkswagen hopes to succeed in this area through collaboration with Google, and that other automakers will also use such systems. Currently, computers are being developed that will change the future landscape in various dimensions. Lazy transistors will be the key to this technological leap. These transistors can switch between two stable states, namely electronic and photonic states. This technology will increase the speed of computers in the future with these new processors to a hundred times the current speeds. An example of these electronic components that has been created is called a dual-state transistor. These components have the ability to alternate between optical and electronic states. In this way, data in future computers can also be transmitted via photons. This high speed is due to the absence of interference problems that exist in electronic transistors. Currently, with work on artificial intelligence and three-dimensional imaging and utilizing computers for self-driving cars, the need for very powerful processors is felt more than ever. It is likely that with the emergence of such high-speed processors, the path for the development of artificial intelligence and various sciences will undergo a fundamental transformation. However, this is not the only way, and mimicking the human brain is another method for building powerful processors. For example, Intel intends to develop the next generation of processors by mimicking the human brain. If this company can succeed in this endeavor, it will mark a significant leap in the field of artificial intelligence processing tools.