Emerging Technology

Autonomous vehicles (AVs) represent one of the most significant technological advancements in the transportation industry. These self-driving cars are equipped with an array of sensors, artificial intelligence (AI), and machine learning algorithms that allow them to navigate roads, make decisions, and drive with little to no human intervention. The promises of AVs are immense, with advocates claiming they will revolutionize transportation by reducing traffic accidents, improving road safety, reducing carbon emissions, and increasing mobility for individuals who are unable to drive due to age or disability. As autonomous vehicle technology…

Since its earliest days, Google has used the small, customizable artwork that replaces its standard logo on the homepage as a way to mark holidays, anniversaries, and the birthdays of influential historical figures. Among the many themes explored through this format, computing history has received particular attention, reflecting Google’s own roots as a technology company built on decades of innovation contributed by mathematicians, engineers, and inventors who came before it. These doodles serve as small, accessible history lessons delivered to a global audience that might otherwise never encounter the names…

Google has long used its homepage as a canvas to celebrate the world’s most remarkable ideas, people, and discoveries. Among the most beloved of these artistic tributes are the math-themed doodles that have appeared over the years, transforming a simple search bar into a gateway for curiosity and learning. These animated, interactive, and visually stunning celebrations of mathematics have reached billions of people worldwide, making complex ideas feel accessible, exciting, and even joyful to encounter on an ordinary Tuesday morning. What makes these doodles particularly special is not just their…

Start with embedded systems because IoT begins at the device Internet of Things work is easiest to understand when you start at the physical endpoint. Sensors, actuators, microcontrollers, firmware, power constraints, buses, and local input/output determine what a device can observe and what it can change. Developers who only see the cloud side can miss timing, memory, reliability, and energy constraints that shape the whole solution. You do not need to become a hardware engineer to benefit from embedded-systems literacy. Learn how firmware boots, how a sensor value becomes data,…