Are there emulators for quantum networks?
Multi tool use
Inspired by the question Are there emulators for quantum computers?, I'm curious to know if it's possible to emulate a quantum network on a classic computer. Additionally, is it possible to emulate a quantum network over a classic network?
Current resources:
- SimulaQron
- Squanch
- QDNS
resource-request simulation quantum-networks emulation
asked Dec 16 at 19:00
meowzz
1,234425
add a comment |
Inspired by the question Are there emulators for quantum computers?, I'm curious to know if it's possible to emulate a quantum network on a classic computer. Additionally, is it possible to emulate a quantum network over a classic network?
Current resources:
- SimulaQron
- Squanch
- QDNS
resource-request simulation quantum-networks emulation
asked Dec 16 at 19:00
meowzz
1,234425
add a comment |
Inspired by the question Are there emulators for quantum computers?, I'm curious to know if it's possible to emulate a quantum network on a classic computer. Additionally, is it possible to emulate a quantum network over a classic network?
Current resources:
- SimulaQron
- Squanch
- QDNS
resource-request simulation quantum-networks emulation
asked Dec 16 at 19:00
meowzz
1,234425
Inspired by the question Are there emulators for quantum computers?, I'm curious to know if it's possible to emulate a quantum network on a classic computer. Additionally, is it possible to emulate a quantum network over a classic network?
Current resources:
- SimulaQron
- Squanch
- QDNS
resource-request simulation quantum-networks emulation
resource-request simulation quantum-networks emulation
asked Dec 16 at 19:00
meowzz
1,234425
asked Dec 16 at 19:00
meowzz
1,234425
edited Dec 16 at 22:29
asked Dec 16 at 19:00
meowzz
1,234425
asked Dec 16 at 19:00
meowzz
1,234425
asked Dec 16 at 19:00
meowzz
1,234425
1,234425
add a comment |
add a comment |
1 Answer
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I joined the Quantum internet Hackaton with Simulaqron We did simulations for the quantum leader election algorithms
Simulaqron is more an abstract simulator on a classical computer or classical network. Most important aspect is entanglement between 2 nodes. This can be done with only command called EPR and creates an entangled pair of qubits on different nodes, nice and easy setup for your quantum network. Keep in mind though that it is not an real entangled pair but only a classical local copy.
answered Dec 16 at 21:07
Bram
1495
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
add a comment |
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1 Answer
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1 Answer
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active
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I joined the Quantum internet Hackaton with Simulaqron We did simulations for the quantum leader election algorithms
Simulaqron is more an abstract simulator on a classical computer or classical network. Most important aspect is entanglement between 2 nodes. This can be done with only command called EPR and creates an entangled pair of qubits on different nodes, nice and easy setup for your quantum network. Keep in mind though that it is not an real entangled pair but only a classical local copy.
answered Dec 16 at 21:07
Bram
1495
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
add a comment |
I joined the Quantum internet Hackaton with Simulaqron We did simulations for the quantum leader election algorithms
Simulaqron is more an abstract simulator on a classical computer or classical network. Most important aspect is entanglement between 2 nodes. This can be done with only command called EPR and creates an entangled pair of qubits on different nodes, nice and easy setup for your quantum network. Keep in mind though that it is not an real entangled pair but only a classical local copy.
answered Dec 16 at 21:07
Bram
1495
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
add a comment |
I joined the Quantum internet Hackaton with Simulaqron We did simulations for the quantum leader election algorithms
Simulaqron is more an abstract simulator on a classical computer or classical network. Most important aspect is entanglement between 2 nodes. This can be done with only command called EPR and creates an entangled pair of qubits on different nodes, nice and easy setup for your quantum network. Keep in mind though that it is not an real entangled pair but only a classical local copy.
answered Dec 16 at 21:07
Bram
1495
I joined the Quantum internet Hackaton with Simulaqron We did simulations for the quantum leader election algorithms
Simulaqron is more an abstract simulator on a classical computer or classical network. Most important aspect is entanglement between 2 nodes. This can be done with only command called EPR and creates an entangled pair of qubits on different nodes, nice and easy setup for your quantum network. Keep in mind though that it is not an real entangled pair but only a classical local copy.
answered Dec 16 at 21:07
Bram
1495
answered Dec 16 at 21:07
Bram
1495
answered Dec 16 at 21:07
Bram
1495
answered Dec 16 at 21:07
Bram
1495
1495
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
add a comment |
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
After looking at Simulaqron & Squanch a bit more, I am leaning towards Squanch. QuTech Academy looks interesting! Curious to hear more about your experience in the hackathon (any links to code?).
– meowzz
Dec 16 at 21:20
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
The quantum leader election algorithms look interesting. Do you know if that in any way correlates to the group leaders optimization algorithm?
– meowzz
Dec 17 at 3:19
add a comment |
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