In 1687, Sir Isaac Newton published his groundbreaking book, Mathematical Principles of Natural Philosophy, which described his three laws of motion. In the process, Newton laid the foundation for ...

There’s plenty of chatter and research surrounding the so-called “laws” of productivity, but even the laws we use to govern other areas of our lives can be applicable when there are things that need ...

Fighting the ebb and flow of motivation can be one of the hardest battles an entrepreneurial millennial can face. Growing up in the age of startup culture, our schedules have gotten busier. Since ...

I saw it again. This time it was an introduction to an interesting online look at introductory physics. I was excited---but then, I wasn't so excited. Right there in the first video they talked about ...

Starting with Newton’s first law of motion, we delve into how objects behave when they are at rest or in uniform motion. The second law unravels the relationship between mass, acceleration and ...

For nearly 300 years, Isaac Newton’s first law of motion has been one of the most fundamental principles in physics. But a new study suggests that a small mistranslation in its original English ...

CAMBRIDGE, England — Original handwritten manuscripts by Sir Isaac Newton — including the great scientist’s famous laws of motion — were published online Monday for the first time. Cambridge ...

Several years back, I had the pleasure of watching Dan Cobley’s TED Talk, “What physics taught me about marketing.” In this talk, Cobley illustrates how physics and the scientific method can be ...

DIY Science Time is available to stream on pbs.org and the free PBS App, available on iPhone, Apple TV, Android TV, Android smartphones, Amazon Fire TV, Amazon Fire Tablet, Roku, Samsung Smart TV, and ...

The 200th anniversary of the death of Newton falls at this time. One's thoughts cannot but turn to this shining spirit, who pointed out, as none before or after him did, the path of Western thought ...

Human sperm cells and some microorganisms swim by deforming their bodies in a way that breaks Newton’s third law of motion – and we’re closer to understanding how they do it. The findings could ...