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A new kind of molecule is made of a super-sized atom plus a cold ion

A super-sized atom plus a cold ion have been combined to make a completely new molecule that is 4 micrometres across and makes extremely long molecular bonds ....

Tilman Pfau , Karmela Padavic Callaghan , Celina Brandes University Of Stuttgart , Rydberg Atoms , Cold Ion , Molecular Bonds ,

Ions and Rydberg-atoms: a bond between David and Goliath

Researchers of the University of Stuttgart have verified a novel binding mechanism forming a molecule between a tiny charged particle and in atomic measures gigantic Rydberg atom. The scientists c . ....

Nicolas Zuber , University Stuttgart , Researchers Of The University Stuttgart , University Of Stuttgart , Physical Institute , Rydberg Atoms , Ion Microscopy ,

MGX Minerals Inc.: MGX Minerals Announces Strategic Nuclear and Space Metals Review of REN Niobium - Tantalum - Titanium

VANCOUVER, BC / ACCESSWIRE / October 7, 2021 / MGX Minerals Inc. ("MGX" or the "Company") (CSE:XMG) (FKT:1MG) (OTC:MGXMF) announces a strategic review is underway of its REN niobium-tantalum-titanium-rubidium ....

United Kingdom , British Columbia , Andris Kikuaka , Andris Kikauka , National Instrument , Minerals Inc , Hole Assays , Total Rare Earth Oxides , Neodymium Oxide , Chief Executive Officer , Qualified Person ,

For The First Time, Scientists Have Performed Atom Interferometry in Space


For The First Time, Scientists Have Performed Atom Interferometry in Space
14 APRIL 2021
To make some of the most precise measurements we can of the world around us, scientists tend to go small - right down to the atomic scale, using a technique called atom interferometry.
 
Now, for the first time, scientists have performed this kind of measurement in space, using a sounding rocket specially designed to carry science payloads into low-Earth space.
It s a significant step towards being able to perform matter-wave interferometry in space, for science applications that range from fundamental physics to navigation.
We have established the technological basis for atom interferometry on board of a sounding rocket and demonstrated that such experiments are not only possible on Earth, but also in space, said physicist Patrick Windpassinger of Johannes Gutenberg University Mainz in Germany. ....

Patrick Windpassinger , David Scott , Nature Communications , Johannes Gutenberg University Mainz , Cold Atom Laboratory , International Space Station , Bose Einstein Condensate , Bose Einstein , Mp Quot , டேவிட் ஸ்காட் , இயற்கை தகவல்தொடர்புகள் , குளிர் அணு ஆய்வகம் , சர்வதேச இடம் நிலையம் , போஸ் ஐன்ஸ்டீன் மின்தேக்கி ,