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Driving Better Outcomes through Workforce Analytics Webcast

Driving Better Outcomes through Workforce Analytics Webcast

Find out what’s really going on in your business...

Legacy Modernization: Look to the Cloud and Open Systems

Legacy Modernization: Look to the Cloud and Open Systems

On the surface, mainframe architecture seems relatively simple: A...

Still keeping your hybrid power systems indoors?  It’s time for change.

Still keeping your hybrid power systems indoors? It’s time for change.

Mobile telecommunications network equipment is expected to work without...

As the Network Changes, Engineers Are Embracing the DevOps Model

As the Network Changes, Engineers Are Embracing the DevOps Model

Businesses that have embraced digital transformation with a clear...

The 5 Most Common Application Bottlenecks

The 5 Most Common Application Bottlenecks

Application bottlenecks can lead an otherwise functional computer or...

Scientists Untangle Tough Quantum Computing Knot

July 21, 2011 No Comments

New research may provide the answers to overcoming one of the biggest obstacles standing in the way of the development of quantum computing: quantum decoherence. The experiment used molecular magnets, which suppress extrinsic decoherence. Extrinsic decoherence was reduced to the point where it was no longer observable, said USC’s Susumu Takahashi.

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