EPR scheduler with node selection achieves lowest makespan & highest fairness across DQC networks. PPO-based RL scheduler shows promise for further optimisation via reward shaping. Benchmarked ag... #DistributedQuantumComputing #QuantumNetworks #Research iq.fp2.dev/eAPMn

Researchers at U. Parma present a greedy DQC compiler that groups non-local gates to share EPR pairs via TeleGate, with configurable lifetime bounds. Benchmarks show significant reductions in ... #DistributedQuantumComputing #QuantumCompilation #Research iq.fp2.dev/OZBB5

You can learn more about our work on electrically-triggered spin-photon devices in silicon by checking out the @TeamPhotonic and @SFU pre-print now on @arXiv: bit.ly/42jaoK6 #QuantumComputing #DistributedEntanglement #DistributedQuantumComputing #SiliconPhotonics

In a new @QuantumDaily Q&A, @quantumstef discusses advancing scalable #QuantumComputing and @TeamPhotonic's approach to overcoming challenges to make #DistributedQuantumComputing systems practical and accessible. Read it now at: bit.ly/Photonic-TQI #DistributedEntanglement

Exciting breakthroughs in #QuantumComputing are happening at @TeamPhotonic. In @Zhinst's Q&A, Sr. Technical Product Manager Kevin Morse shares how #Photonic’s scalable, fault-tolerant quantum architecture will make #DistributedQuantumComputing a reality: bit.ly/ZI-KevinMorse

Congratulations to @TeamPhotonic on their well-deserved Silver in @TheStevieAwards! There's so much great work being done there, we're happy to see their efforts being recognized. #DistributedQuantumComputing #DistributedEntanglement #QuantumComputing