First see always at explosion of explosion reveals their asum secrets

In the busy world, molecules are always on the move. And for the first time never, scientists have directly captured these small folks in action – and they made it so real.

Also in the absolute zero, individual particles constantly vibrate without a fixed position, a phenomenon referred as zero-pointed motion. In a 3 August 7 Card in ScienceCircumors in European European Xfel exploited this behavior for the moleecus 2 Eventuopsidist, which is the present of 11 atoms. Bling the molecules with potent, x-ray bridge, the Team believes a stick “

“We could see that atoms have only vibrated individual, but this vibrates fixed manner, follows fixed models until Jahnke says in a statement. I am Jahnke, an institute of the institute of nuciary physicist in germany jeethers in Germany, adjusted “presents that charming that can not explain the behavior of quantum

The team has used a soulomb-soulb, which is spilled Aleps with x-rays with swords for boss from target molecules. This makes molecule is positively chargeally, causing the atom part to reprimand the eventually fly. A special tool has recorded fast the form and mioion of each frayed by the explosion, which lasted less than a quadrillion of a second).

Based on the records, researchers to “Vide’s Explosition, has affected” the moleclosa, confirming that is hoped for the correct zero mioion that they were mostly

Other that puts us a tangible tangible representation of the world, the new findings represent the “fingerprints” of the atoms’ sousing behavior. Using for this technique to study similar phenomena for other molecules would open the new picicists to investigate the individual molecules, the state cliffs.

“In the future, this technique could be used to study the larger movies is now possible”, he said Michaelyer and a hamburg by the hamburg for the ultrofforate Ingraft in Germany, in a Xfel statement. I am

“Our goal is to go the dance of atomes and be in adding the dance of electrics that is also more significant and even influenced by the atomic movement” said Johnke. “With our appliance, we can gradually create small short-molecular programs – something that was a unimaginable time.”