NASA finds evidence of & # 39; interplanetary shock & # 39; for the first time
NASA captured a phenomenon in space that has faded humanity for centuries – an "interplanetary shock."
Four spacecraft from the galaxy agency, part of the Magnetospheric Multiscale mission (MMS) launched in 2015, manage to get a view of the event in January 2018. The craft is just 12 miles away from one & # 39; t one, which made it possible to see the sight.
"MMS can measure shock thanks to unprecedented fast and high resolution instruments. One of the instruments aboard MMS is Fast Plasma Investigation," the space agency said in a statement on its website . "The suite of instruments can measure the ions and electrons around the spacecraft at up to 6 times per second. Since fast shock waves can pass through the spacecraft in just half a second, rapid sampling that it's important to catch the shock. " 1
9659004] Data from Rapid Plasma Investigation aboard MMS shows shock and reflection of ions as they bathe in MMS. Colors represent the amount of ions seen with warmer colors indicating higher numbers of ions. The reflected ions (yellow band appearing just above the center) show mid-through animation, and can see increasing intensity (warmer colors) as they pass MMS, presented as a white dot. (Credit: Ian Cohen) "/>
Data from Rapid Plasma Investigation aboard MMS shows shock and reflection of ions as they wash in MMS. Colors represent the amount of ions seen with warmer colors indicating higher numbers of ions.The illustrated ions (yellow band appearing just above the center) show mid through animation, and can be seen increasing intensity (warmer colors) as they pass MMS, shown as a white dot. (Credit: Ian Cohen)
BEFORE MY METHANE SPIKES IN MARS STILL UNKNOWN
NASA continues: "Looking at the data from January 8, scientists noticed a cluster of ions from the solar wind. -but soon, they found a second. cluster of ions, created by the ions in the area that collapsed in shock as it passed. Examining this second population, scientists found evidence to support a theory of migration of energy first reported in the 1980s. "
An interplanetary shock, originating in the Sun, is a type of" collision shock, "in which particles transfer energy through electromagnetic fields versus bouncing on one's not one, NASA added. including in supernovae, black holes and distant stars. Studies of MMSs are not surprising shocks around the Earth to gain a better understanding of shocks throughout the universe, "the space agency continues.
The researchers behind the observing that additional opportunities are being seen by MMS that will give them a more detailed look at these interplanetary shocks.
NASA has released a video depicting charged particles, also known as solar wind, in more detail.
The research describing the findings was published in the journal JGR Space Physics.
CLICK HERE TO EARN NEW NEW APP