The article introduces the concept of type hints in Python, advocating for their use by explaining how they can make code more bug-free, accessible, and maintainable. It highlights the difference between static and dynamic typing, emphasizing Python's nature as a dynamically typed language that only checks types at runtime, potentially leading to hidden errors. Through type hints, which were introduced with PEP 484, Python code can benefit from static type checking without enforcing types, as they act as suggestions rather than strict rules. The article provides an example of a function with and without type hints to demonstrate the clarity and intention type hints bring to code, making it easier for developers to understand parameter types and expected function behavior. Although type hints don't affect runtime behavior, they can prevent bugs by making the programmer's intentions explicit, aligning with the Zen of Python's principle that "Explicit is better than implicit." The article encourages developers, especially newcomers, to start using type hints to improve their Python programming practices.