Self-driving cars (or autonomous vehicles, or AVs) are changing how we will transport ourselves in the future. These originally only existed as prototypes or in controlled testing environments; however, they now exist and are being operated on public roadways in various countries around the world. In addition, many different businesses, regulators, and consumers are trying

AR (Augmented Reality) and VR (Virtual Reality) have quickly transitioned from a test phase into real working tools and have influenced many industries. With the growth of computer processing, graphics and wearable devices over the last ten years, immersive technologies have become much more available and practical. Currently, AR and VR are used throughout different

In today’s society, portable electronic devices such as smartphones, laptops, and electric vehicles are widely used, creating a demand on our energy resources. As more devices enter the market and the technology in these devices advances, energy requirements will increase and users demand longer battery life and more convenience, resulting in ever-increasing demands on batteries

introduction The concept of the metaverse – an interactive 3D environment that enables users to create and share content via digital avatars, which allows them to engage with one another through the metaverse – has changed dramatically over time since its debut a few years ago. The metaverse was once touted as the next big

Technological advancements have consistently developed in unexpected ways; once strange to see (for example, touchscreen phones, virtual assistants [also known as ‘smart’ assistants], and autonomous vehicles) have now quickly been integrated into modern daily life. The next generation of technological advancements could potentially seem even more bizarre than current developments. Scientists, engineers, and ‘futurologists’ (individuals