IBM Research creates technique to control magnetism of single copper atom zd.net/2P8nAwZ by Larry Dignan

IBM researchers can control the magnetism of a single copper atom wp.me/p8wLEc-a7BS by Dean Takahashi

In Tune With the Heart of a Copper Atom ibm.biz/BdYwfM

Our latest publication, another collaboration with our awesome experimental colleagues, "Electrically controlled nuclear polarization of individual atoms" nature.com/articles/s4156… Using an STM to drive the nuclear spin of an individual Cu atom.

IBM Explores Copper Magnetism for Use in Memory eetimes.com/document.asp?d…

Precise control of the exchange bias experienced by a single atom on a surface is demonstrated over four orders of magnitude in energy Letter: go.aps.org/2WpPhow Synopsis: go.aps.org/2ZbLeJk

To understand atoms colliding, researchers precisely measured interactions between titanium atoms on a thin layer of magnesium oxide. To more, check out the research published in Physical Review Letters go.aps.org/2WpPhow

We can now build single-atom qubits under a microscope. ibm.com/blogs/research…

For the first time, a single-atom qubit has been achieved using a Scanning Tunneling Microscope, the Nobel Prize-winning IBM invention that allows atoms to be viewed and moved individually. Learn more: ibm.co/2WdHcQr

Atomic spins on a surface make good #quantum bits. Learn why: ibm.co/2ozh2vi via Physics World

Thirty years ago, IBM scientists picked up one atom at a time and used a handful to draw the letters I, B, and M on a solid surface. It showed controlling matter at the atomic scale wasn’t a futuristic dream; it was real, and it was here, and it was now. ibm.co/36VpshK

Talking to ZDNet about teaching titanium atoms to dance so they swing their spins to the tune of microwaves IBM Research zd.net/2YTxKTF via @ZDNet & Tonya Hall 🍓🚀

Just found out that Seeker by The Verge put their video about our work on the World's smallest MRI here on twitter. In it we undressed the magnetic field of single atoms! Already 58k views, #scicomm well done! With Kai Yang and Center for Quantum Nanoscience

Our new paper got published in Nature Communications today, using ESR/STM and artificial quantum magnets; with Kai Yang, Soo-Hyon Phark, Yujeong Bae, Taner Esat, Arzhang Ardavan, Andreas J. Heinrich, Christopher Lutz Chris Lutz, Center for Quantum Nanoscience nature.com/articles/s4146…

Check out our newest paper where the powerful ESR-STM allows us to reveal the interesting quantum states in artificial magnets precisely constructed on surfaces. GREAT collaboration with Center for Quantum Nanoscience, Atomholics Lab (Philip Willke) and Arzhang Ardavan nature.com/articles/s4146…

What happens when you make a perfect square of magnetic atoms just one nanometer wide? We did and saw them settle into a quantum pattern that resembles quiet pool of liquid. ibm.co/2NTOoRE