The magnetic material changes stiffness and shape without changing parts, opening possibilities in robotics, medicine, sports ...

Traditionally, this manipulation relied on invasive methods ... Nano-MIND utilizes magnetic fields combined with magnetized nanoparticles to selectively activate or inhibit specific neurons ...

Magnetic tweezers are a versatile single-molecule manipulation technique that uses magnetic fields to apply forces and torques on magnetic particles attached to biological molecules, such as DNA, RNA, ...

Caption (a) A schematic diagram of manipulating the movement of a tardigrade using external magnetic fields. A tardigrade with Co strip patterns on its body is placed in water in a Petri dish. A ...

Researchers from Max Born Institute have demonstrated a successful way to control and manipulate nanoscale magnetic bits—the ...

Exposure to weak magnetic fields can, depending on their strength, either slow or boost flatworm regeneration, according to a report in Science Advances today (January 30). The study provides evidence ...

The beam reached 100 kiloamps in just one quadrillionth of a second, achieved through advanced compression techniques and magnetic field manipulation. This breakthrough could have major implica ...

Although the magnetic field of Mars hasn’t been in effect for billions of years, the evidence it left behind may suggest that the planet’s core is entirely liquid. Magnetic imprints still exist on ...

The Earth's magnetic field quietly supports life on the planet ... develop rapid disease biomarkers and manipulate immiscible fluids and separate oil from water without chemicals.