This magnetic shield is generated by electric currents flowing in our planet's liquid interior. Mars is an example of what happens when that magnetic field disappears.

In a historic leap for lunar exploration, NASA has successfully demonstrated its Electrodynamic Dust Shield (EDS) on the Moon. This cutting-edge technology, developed to address the persistent ...

New NASA shielding technology that protects against damaging lunar dust just passed a trial run on the moon, marking an important milestone in the agency's lunar aspirations.

NASA successfully tested its Electrodynamic Dust Shield (EDS) on the Moon, proving its ability to use electric fields to sweep away damaging lunar dust from spacecraft and equipment.

Ensuring proper shielding is essential for the electromagnetic compatibility of electronic devices and systems. This article investigates the shielding effectiveness of coaxial cables and connectors ...

NASA’s new technology, the Electrodynamic Dust Shield, is set to transform how we manage lunar dust, using electrical forces to keep Moon-bound spacecraft and equipment clean. This innovation is ...

Considering the ionosphere is responsible for shielding us surface-dwelling mammals from the cancer-causing effects of solar radiation, the importance of the ambipolar electric field becomes clear.

Introduction: Rydberg atoms are ideal for measuring electric fields due to their unique physical properties. However, low-frequency electric fields below MHz can be challenging due to the accumulation ...

NASA plans to deploy a technology demonstrator known as the Electrodynamic Dust Shield (EDS) on the private Firefly Blue Ghost Mission 1.

NASA is sending a technology demonstrator to the moon on the upcoming private Firefly Blue Ghost Mission 1 in order to test how to repel and remove lunar dust using electricity.