A new study reveals how biological branching networks use surface geometry to shape blood vessels, brains, and plants.

In 1966, a mathematician named [Leo Moser] proposed what sounds like a simple problem: What’s the largest shape you can move ...

Blaise Pascal independently rediscovered classical geometry at the age of 12 despite a ban on formal maths studies. His early ...

Tessellations aren’t just eye-catching patterns—they can be used to crack complex mathematical problems. By repeatedly ...

Your knife is trying to tell you something every time it hits the board. If the edge keeps folding... The post Why your edge ...

Mathematics also features in a 1998 novella by Ted Chiang called Story of Your Life, which was adapted into the 2016 film ...

Here we'll try to look at and discuss Chargers’ 3-round 2026 NFL Draft according to PFF mock draft simulator after playoff ...

Outgoing Gov. Phil Murphy says proud” he was of his time in Trenton and declared New Jersey has “become hot again.” ...

Wonder offered a simple test. In the smart-glasses boom, the most persuasive tools aren’t about perfect sight, but day-to-day ...

Don't assume these gadgets will capture everything that happens on your porch. Understand these critical specs and you'll ...

The Great Pyramid of Giza is often treated as a monument of stone, but it also functions as a monument of numbers. I see at ...

Tomato vines can look calm from a distance. Up close, they feel like a crowded maze. Fruit hangs in clusters. Stems twist in ...