| Platform not named |
No confirmed pillar |
768 |
| Quantum communication and security systems |
Platform not named |
671 |
| Quantum sensors and metrology devices |
Platform not named |
440 |
| Photonics, lasers and optics |
Photonic qubits |
355 |
| Universities |
Photonics, lasers and optics |
314 |
| Universities |
Quantum communication and security systems |
297 |
| Universities |
Quantum sensors and metrology devices |
262 |
| Platform not named |
Quantum communication |
253 |
| Quantum software and algorithms |
Platform not named |
224 |
| Photonics, lasers and optics |
Platform not named |
217 |
| Universities |
Qubit hardware platforms |
212 |
| Platform not named |
Quantum-safe security (post-quantum cryptography) |
206 |
| Platform not named |
Quantum computing and simulation |
199 |
| Spins and semiconductors |
No confirmed pillar |
196 |
| Materials, fabrication and foundry |
Platform not named |
174 |
| Photonic qubits |
No confirmed pillar |
159 |
| Research organisations |
Quantum communication and security systems |
156 |
| Qubit hardware platforms |
Superconducting circuits |
153 |
| Large companies |
Quantum communication and security systems |
152 |
| Research organisations |
Photonics, lasers and optics |
148 |
| Platform not named |
Quantum sensing and metrology |
147 |
| Research organisations |
Quantum sensors and metrology devices |
144 |
| Neutral atoms |
Quantum computing and simulation |
143 |
| Universities |
Segment not named |
142 |
| Research organisations |
Qubit hardware platforms |
133 |
| SMEs |
Quantum communication and security systems |
132 |
| Segment not named |
Spins and semiconductors |
125 |
| Superconducting circuits |
Quantum computing and simulation |
114 |
| Universities |
Materials, fabrication and foundry |
114 |
| SMEs |
Photonics, lasers and optics |
110 |
| Universities |
Quantum software and algorithms |
106 |
| Photonic qubits |
Enabling technologies and supply chain |
94 |
| Photonic qubits |
Quantum computing and simulation |
94 |
| Segment not named |
Neutral atoms |
94 |
| Qubit hardware platforms |
Neutral atoms |
92 |
| Research organisations |
Materials, fabrication and foundry |
92 |
| SMEs |
Qubit hardware platforms |
92 |
| Neutral atoms |
No confirmed pillar |
91 |
| Spins and semiconductors |
Quantum computing and simulation |
89 |
| SMEs |
Quantum sensors and metrology devices |
83 |
| Large companies |
Quantum sensors and metrology devices |
76 |
| Qubit hardware platforms |
Spins and semiconductors |
75 |
| Control electronics and cryo-CMOS |
Platform not named |
72 |
| Quantum communication and security systems |
Photonic qubits |
68 |
| Quantum sensors and metrology devices |
Neutral atoms |
67 |
| Qubit hardware platforms |
Platform not named |
67 |
| Platform not named |
Enabling technologies and supply chain |
64 |
| Trapped ions |
Quantum computing and simulation |
61 |
| Qubit hardware platforms |
Photonic qubits |
60 |
| Universities |
Control electronics and cryo-CMOS |
60 |
| Research organisations |
Segment not named |
57 |
| Photonics, lasers and optics |
Spins and semiconductors |
52 |
| SMEs |
Materials, fabrication and foundry |
52 |
| SMEs |
Quantum software and algorithms |
51 |
| Qubit hardware platforms |
Trapped ions |
50 |
| Large companies |
Photonics, lasers and optics |
47 |
| Large companies |
Materials, fabrication and foundry |
45 |
| Materials, fabrication and foundry |
Spins and semiconductors |
41 |
| Quantum sensors and metrology devices |
Photonic qubits |
39 |
| Neutral atoms |
Quantum sensing and metrology |
38 |
| Large companies |
Quantum software and algorithms |
36 |
| Research organisations |
Quantum software and algorithms |
34 |
| Research organisations |
Control electronics and cryo-CMOS |
32 |
| Materials, fabrication and foundry |
Neutral atoms |
31 |
| Materials, fabrication and foundry |
Photonic qubits |
31 |
| Neutral atoms |
Enabling technologies and supply chain |
31 |
| Photonic qubits |
Quantum communication |
31 |
| Large companies |
Qubit hardware platforms |
29 |
| Superconducting circuits |
No confirmed pillar |
29 |
| Photonics, lasers and optics |
Neutral atoms |
26 |
| Superconducting circuits |
Enabling technologies and supply chain |
25 |
| Materials, fabrication and foundry |
Superconducting circuits |
24 |
| Control electronics and cryo-CMOS |
Superconducting circuits |
23 |
| SMEs |
Segment not named |
23 |
| Quantum sensors and metrology devices |
Spins and semiconductors |
21 |
| Large companies |
Segment not named |
20 |
| SMEs |
Control electronics and cryo-CMOS |
19 |
| Segment not named |
Trapped ions |
17 |
| Trapped ions |
No confirmed pillar |
17 |
| Cryogenics and cooling |
Platform not named |
16 |
| Other organisations |
Photonics, lasers and optics |
16 |
| Public bodies |
Quantum communication and security systems |
16 |
| Quantum communication and security systems |
Superconducting circuits |
16 |
| Segment not named |
Superconducting circuits |
13 |
| Control electronics and cryo-CMOS |
Photonic qubits |
12 |
| Other organisations |
Quantum communication and security systems |
12 |
| Universities |
Cryogenics and cooling |
12 |
| Photonics, lasers and optics |
Trapped ions |
10 |
| Materials, fabrication and foundry |
Trapped ions |
9 |
| Quantum communication and security systems |
Spins and semiconductors |
8 |
| Large companies |
Control electronics and cryo-CMOS |
7 |
| Public bodies |
Photonics, lasers and optics |
7 |
| Spins and semiconductors |
Quantum communication |
7 |
| Control electronics and cryo-CMOS |
Spins and semiconductors |
6 |
| Control electronics and cryo-CMOS |
Trapped ions |
6 |
| Other organisations |
Materials, fabrication and foundry |
6 |
| Other organisations |
Quantum sensors and metrology devices |
5 |
| Quantum software and algorithms |
Neutral atoms |
5 |
| Segment not named |
Photonic qubits |
5 |
| Quantum sensors and metrology devices |
Superconducting circuits |
4 |
| Other organisations |
Quantum software and algorithms |
3 |
| Other organisations |
Qubit hardware platforms |
3 |
| Photonics, lasers and optics |
Superconducting circuits |
3 |
| Public bodies |
Quantum sensors and metrology devices |
3 |
| Quantum communication and security systems |
Trapped ions |
3 |
| Quantum sensors and metrology devices |
Trapped ions |
3 |
| SMEs |
Cryogenics and cooling |
3 |
| Trapped ions |
Quantum communication |
3 |
| Cryogenics and cooling |
Superconducting circuits |
2 |
| Large companies |
Cryogenics and cooling |
2 |
| Other organisations |
Segment not named |
2 |
| Research organisations |
Cryogenics and cooling |
2 |
| Spins and semiconductors |
Quantum sensing and metrology |
2 |
| Superconducting circuits |
Quantum communication |
2 |
| Superconducting circuits |
Quantum sensing and metrology |
2 |
| Cryogenics and cooling |
Spins and semiconductors |
1 |
| Neutral atoms |
Quantum communication |
1 |
| Photonic qubits |
Quantum-safe security (post-quantum cryptography) |
1 |
| Public bodies |
Materials, fabrication and foundry |
1 |
| Quantum communication and security systems |
Neutral atoms |
1 |
| Quantum software and algorithms |
Photonic qubits |
1 |
| Quantum software and algorithms |
Superconducting circuits |
1 |
| Spins and semiconductors |
Enabling technologies and supply chain |
1 |