Gaptrium™ — Patent Explorer Demo

Heat Map — 12 documents × 10 terms · green intensity = academic coverage · amber = patent filing · red footer = IP gap

Document	Total	quantum mes…	topological…	decoherence…	photonic en…	variational…	cryogenic c…	quantum err…	superconduc…	fault-toler…	quantum vol…
▼ Academic papers
Chen et al. 2025 — Nature Quantum	48	8	7	6	5	3	3	5	4	4	3
Park & Liu 2025 — PRX Quantum	49	6	4	4	7	5	4	4	5	5	5
Martinez et al. 2024 — Science	56	9	8	7	3	2	5	6	6	6	4
Yamamoto 2024 — PRL	57	5	3	3	8	7	6	5	7	7	6
Singh et al. 2024 — npj QI	55	7	6	5	4	4	4	7	5	6	7
Kovacs & Brown 2023 — PRApplied	48	4	5	4	·	6	6	4	6	5	8
Wei et al. 2023 — Quantum	51	8	9	8	2	1	2	8	4	4	5
Okafor 2023 — arXiv:2309.11842	47	3	·	2	5	8	7	3	7	8	4
▼ Patent filings
[PATENT] USPTO-2024-QC-7821 — IBM	37	·	·	·	·	3	5	6	9	10	4
[PATENT] EPO-2024-3891245 — Google	37	·	·	·	2	2	4	7	8	9	5
[PATENT] JPO-2023-QC-4412 — Fujitsu	34	·	·	·	3	2	6	5	7	8	3
[PATENT] WIPO-PCT-2024-QI881 — IQM	30	·	·	·	·	4	3	4	6	7	6
Patent coverage %		0.0%	0.0%	0.0%	50.0%	100.0%	100.0%	100.0%	100.0%	100.0%	100.0%

Gap Analysis — red = unprotected concepts · amber = under-protected · green = adequate patent coverage

quantum mesh topology

Papers: 100.0%

Patents: 0.0%

⚡ IP gap — 0% patent coverage

topological qubit array

Papers: 87.5%

Patents: 0.0%

⚡ IP gap — 0% patent coverage

decoherence suppression

Papers: 100.0%

Patents: 0.0%

⚡ IP gap — 0% patent coverage

photonic entanglement bus

Papers: 87.5%

Patents: 50.0%

✓ Protected — 50.0% patents

variational noise mitigation

Papers: 100.0%

Patents: 100.0%

✓ Protected — 100.0% patents

cryogenic control ASIC

Papers: 100.0%

Patents: 100.0%

✓ Protected — 100.0% patents

quantum error threshold

Papers: 100.0%

Patents: 100.0%

✓ Protected — 100.0% patents

superconducting coupler

Papers: 100.0%

Patents: 100.0%

✓ Protected — 100.0% patents

fault-tolerant gate set

Papers: 100.0%

Patents: 100.0%

✓ Protected — 100.0% patents

quantum volume benchmark

Papers: 100.0%

Patents: 100.0%

✓ Protected — 100.0% patents

Patent Explorer — IP gap analysis across 8 databases

8

Academic papers

4

Patent filings

3

Critical IP gaps

1

Under-protected

⚡ Critical IP gaps — concepts researched but unprotected

quantum mesh topology

Present in 100.0% of papers · 50 total mentions · 0 patent filings found

⚡ UNPROTECTED

topological qubit array

Present in 87.5% of papers · 42 total mentions · 0 patent filings found

⚡ UNPROTECTED

decoherence suppression

Present in 100.0% of papers · 39 total mentions · 0 patent filings found

⚡ UNPROTECTED

⚠ Under-protected — partial patent coverage

✓ Protected — adequate patent coverage

photonic entanglement bus

Papers: 87.5% · Patents: 50.0% · Gap window: 37.5%

⚠ PARTIAL

variational noise mitigation