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#QuantumComputing is here now 
And so is @Jim_in_Oregon, Director of Quantum Hardware at Intel Labs. He’s ready to answer your questions. Follow #BehindTheBrains to keep track and enjoy the thread
And so is @Jim_in_Oregon, Director of Quantum Hardware at Intel Labs. He’s ready to answer your questions. Follow #BehindTheBrains to keep track and enjoy the thread
Intel Labs Day falls on December 3rd. What can we expect? #BehindTheBrains
Intel’s #QuantumComputing architecture is based on spin qubits. What advantages do spin qubits have over other designs? #BehindTheBrains
Assuming superconducting device: How the geometry of qubits are decided for fabrication? How often (how fast) recalibrate a device per day? Does solar radiation affect the quality of qubits/operation? Any idea for T1/T2 improvement? - @newplatonism #BehindtheBrains
How does it feel making (and testing) more spin qubits in one week than anyone else has combined? With isotopically pure Si no less! - @BobNiffenegger #BehindTheBrains
To remain stable, qubits operate at temperatures 200 times colder than deep space. How will Intel’s new Cryo-CMOS electronics help control qubits in these conditions? #BehindTheBrains
The industry likes to focus on quantum supremacy. Intel has chosen to focus on quantum practicality. What is quantum practicality? #BehindTheBrains
#QuantumComputing is only the beginning. Of the additional innovations we’ll showcase at Intel Labs Day on December 3, which are you most interested in? #BehindTheBrains
