'Topological' graphene nanoribbons trap electrons for new quantum materials | Daniel Rizzo, Ting Cao and Gregory Veber

Scanning tunneling microscope image of a topological nanoribbon superlattice. Electrons are trapped at the interfaces between wide ribbon segments (which are topologically non-trivial) and narrow rib ...

Parker Solar Probe will explore the corona, a region of the Sun only seen from Earth when the Moon blocks out the Sun's bright face during total solar eclipses. The corona holds the answers to many o ...

Braiding time crystals. Credit: Bomantara and Gong. ©2018 American Physical Society June 20, 2018 (Phys.org) -- Braiding two different modes of time crystals can generate states necessary to perform ...

Nuclear Calendar -- Friends Committee on National Legislation June 18, 2018 June 6-18 Senate consideration of National Defense Authorization Act (vote on final passage expected June 18, 5:30 p.m). Ju ...

Schematic representation of the proposed circulator. Credit: FLEET May 28, 2018 (Phys.org) -- In the popular movie franchise "Back to the Future," an eccentric scientist creates a time machine that r ...

This schematic illustrates how a tetragonal phase of Ru has been forced using ultra thin film growth methods. Credit: University of Minnesota, Quarterman et al, Nature Communications May 25, 2018 (Ph ...