A flower-shaped structure only a few micrometers in size made of a nickel-iron alloy can concentrate and locally enhance ...

In a controversial experiment, physicists investigated whether we could harness the Earth's rotational energy to generate electricity.

AT the Royal Society of Edinburgh on February 20, Sir J. Alfred Ewing read a paper on “Models of Ferromagnetic Induction,” giving a detailed account of his most recent work in magnetism.

Scientific American is part of Springer Nature, which owns or has commercial relations with thousands of scientific publications (many of them can be found at www ...

For those in STEMM, my advice is to build your community of practice. It doesn’t have to be within your workplace or even your specific field—creating communities of practice strengthens us all. My ...

Based on the mathematical analysis of the end effects and the T-shaped equivalent circuit of the rotary induction motor, an equivalent circuit ... is connected to the winders on both sides, the ...

Clamping maize in a field could be an option for farmers to avoid overfilling permanent structures or making a mess on roadways – but it requires careful planning. Hefin Richards of Rumenation ...

A magnetic field in constant change generates electromotive force in electric conductors via electromagnetic induction. Electromagnetic induction is the foundation for developing most electrical ...

It makes it possible for manufacturers to develop products without having to create physical prototypes ... acceleration noise that arises from the motor’s rotation. It also reproduced sounds ...

A high-speed levitating motor showcases the incredible ... it spins at remarkable speeds, creating a mesmerizing display of precision and balance. Magnetic forces eliminate friction, allowing ...