Communications of the ACM,
Vol. 55 No. 12, Pages 15-17
10.1145/2380656.2380662
Three breakthrough experiments involving photons have extended coherence times and indicated scalable production.
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1 Comments
Paul Shore
"The Canadian and Austrian research team designed a photonic channel called a Bragg reflection waveguide on an aluminum-gallium arsenide chip that will allow laser light pumped into the chip to produce lower-energy entangled photons that exit the other side of the waveguide. "
Anyone know if they would be willing to release parts? I think a lot of people would like to get there hands on the above, if it could be shrank down and made safely and cheaply.
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![[article image]](https://cacm.acm.org/system/assets/0000/9789/111912_CACMpg15_Quantum-Quests.large.jpg?1476779410&1353363630 "IBM's superconducting qubit device")
Paul Shore
"The Canadian and Austrian research team designed a photonic channel called a Bragg reflection waveguide on an aluminum-gallium arsenide chip that will allow laser light pumped into the chip to produce lower-energy entangled photons that exit the other side of the waveguide. "
Anyone know if they would be willing to release parts? I think a lot of people would like to get there hands on the above, if it could be shrank down and made safely and cheaply.