Articles tagged with Magnetic Fields
Researchers Dr. Jan van Paradijs and his team are using the Advanced X-ray Astrophysics Facility (AXAF) to study two Anomalous X-ray Pulsars (AXPs) - magnetar candidates - that differ from the bulk of X-ray pulsars due to their red X-ray colors and short pulse periods, indicating strong magnetic fields aging the pulsars faster.
Researchers propose using an electrodynamic tether to propel and power a Europa orbiter, potentially reducing propellant needs and costs. The concept is still in its infancy, with challenges including Jupiter's dynamic environment and the need for sophisticated controls.
Researchers found that accreting pulsars exhibit strange behavior, including gaining and losing time, due to mass transfer from stellar companions. This phenomenon is caused by the negative torque experienced by the pulsar, which affects its spin rate.
A new mathematical model proposes the sun's magnetic field resembles a wild cyclone rather than a tidy lawn sprinkler. The model suggests that the magnetic field lines pass through different latitudes, providing a route for low-energy particles to travel from the equator to the poles.
Brown University scientists have successfully used a magnetic field to levitate frog embryos, reducing forces and stresses by a factor of 10. This technique, known as magnetic field gradient levitation, could enable researchers to study living organisms in simulated low-gravity environments at a fraction of the cost of space missions.
Researchers at University at Buffalo demonstrate strongest evidence yet for reentrant superconductivity, a phenomenon where magnetic fields enhance superconductivity rather than destroy it. The findings have potential practical applications in energy storage and magnetic resonance imaging.
A new test apparatus developed by Purdue researchers allows for faster, more precise MRI scans without causing discomfort to patients. The system enables doctors to gather images from previously hard-to-scanned areas like the liver and view transient phenomena like cardiac activity in a noninvasive way.