Quantum Critical Metals Confirms Gallium & Rubidium are Hosted in Mica at Its Discovery Property, Québec, and Identifies New Beryllium and Cesium Targets

Original announcement by thenewswire on

Company
Quantum Critical Metals Corp.
Ticker
LEAP
Exchange
Unavailable
Region
Québec
Primary commodity
Gallium
Secondary commodities
Rubidium, Beryllium, Cesium
Document categories
Drill results, Other
Extracted
2026-09-29 14:14:28 UTC

Analysis by Minestarters Atlas

Atlas analysis published:

Minestarters Atlas analysis

Summary

Quantum Critical Metals has used laser mineral mapping to confirm that gallium and rubidium at its Discovery Property in Québec are hosted in mica, matching the mineralogy of its flagship NMX East project. The study also identified high-response samples for beryllium and cesium, which the company intends to follow up with certified assays.

Reasoning: The release confirms the host mineral for gallium and rubidium, providing a technical de-risking signal for recovery, while also identifying new potential targets for beryllium and cesium.

Positive factors

  • Identification of host mineral (mica) provides a clear metallurgical path
  • Unexpected beryllium and cesium responses in separate samples
  • Strong statistical correlation (R² 0.988) for rubidium in mica/feldspar

Negative factors

  • Results based on single samples and laser mapping, not certified assays
  • Does not demonstrate size or continuity of targets
  • Historical data restatement rather than new discovery drilling

Facts used in scoring: 4

Classification and evidence

QA/QC Disclosedpositive

Release includes QA/QC disclosure — certified lab, QP sign-off, or stated methods (blanks, standards, duplicates).

Why it applies: The company mentions using certified assays and detailed mineral testing to confirm results.

Evidence · text

“The Company will use certified assays and detailed mineral testing to confirm the result”

Stale Data Re-releasenegative

Historical results re-announced with no new assays or reinterpretation — low genuine novelty.

Why it applies: The release includes restatements of historical drill intervals (DE-DH-10 and DE-DH-06) from 2025.

Evidence · text

“The Company also checked two previously reported drill intervals against the certified assay database”

Extracted facts

Stored fact records: 4. Some facts used in scoring do not have a stored record.

Drill Results (4)

DE-DH-10Discovery · galliumGrade: 38.4Grade Unit: ppmIntercept: 150 mHistorical resultNeeds review: historical_restatementView all details
Link to this fact

Identity

Hole ID
DE-DH-10
Project
Discovery
Commodity
gallium
Region
canada_qc
Reported Region
canada_qc
Ticker
LEAP

Geometry

Grade
38.4
Grade Unit
ppm
Intercept
150 m
From
44 m
To
194 m
Intercept Depth
44 m

Classification

Sample Type
drill
Group ID
DE-DH-10:44-194

QA/QC

QP Signed
Yes

Review

Needs Review
Yes
Review Reason
historical_restatement
Interp. Status
scored
Historical
Yes
Historical Source Date
2025-04-09T00:00:00.000Z

Dates

Event date
2026-09-29T00:00:00.000Z

Reasoning: Historical drill interval restated from previous reports.

Evidence · text

“DE-DH-10, from 44.00 to 194.00 metres: 38.4 parts per million gallium”

Tags used in scoring

No QA/QC Disclosurenegative

Release does not disclose QA/QC — lab certification, CP/QP sign-off and assay protocols cannot be checked from this document.

Why it applies: qaqc_disclosed is not true

Cut-off Undisclosednegative

High-grade interval reported without stating the cut-off grade used for compositing.

Why it applies: no cutoff_grade was stated

Stale Data Re-releasenegative

Historical results re-announced with no new assays or reinterpretation — low genuine novelty.

Why it applies: the fact restates a prior release

DE-DH-10Discovery · rubidiumGrade: 694Grade Unit: ppmIntercept: 150 mHistorical resultNeeds review: historical_restatementView all details
Link to this fact

Identity

Hole ID
DE-DH-10
Project
Discovery
Commodity
rubidium
Region
canada_qc
Reported Region
canada_qc
Ticker
LEAP

Geometry

Grade
694
Grade Unit
ppm
Intercept
150 m
From
44 m
To
194 m
Intercept Depth
44 m

Classification

Sample Type
drill
Group ID
DE-DH-10:44-194

QA/QC

QP Signed
Yes

Review

Needs Review
Yes
Review Reason
historical_restatement
Interp. Status
scored
Historical
Yes
Historical Source Date
2025-04-09T00:00:00.000Z

Dates

Event date
2026-09-29T00:00:00.000Z

Reasoning: Historical drill interval restated from previous reports.

Evidence · text

“694 parts per million rubidium across 83 one-metre samples”

Tags used in scoring

No QA/QC Disclosurenegative

Release does not disclose QA/QC — lab certification, CP/QP sign-off and assay protocols cannot be checked from this document.

Why it applies: qaqc_disclosed is not true

Cut-off Undisclosednegative

High-grade interval reported without stating the cut-off grade used for compositing.

Why it applies: no cutoff_grade was stated

Stale Data Re-releasenegative

Historical results re-announced with no new assays or reinterpretation — low genuine novelty.

Why it applies: the fact restates a prior release

DE-DH-06Discovery · galliumGrade: 37Grade Unit: ppmIntercept: 30 mHistorical resultNeeds review: historical_restatementView all details
Link to this fact

Identity

Hole ID
DE-DH-06
Project
Discovery
Commodity
gallium
Region
canada_qc
Reported Region
canada_qc
Ticker
LEAP

Geometry

Grade
37
Grade Unit
ppm
Intercept
30 m
From
9 m
To
39 m
Intercept Depth
9 m

Classification

Sample Type
drill
Group ID
DE-DH-06:9-39

QA/QC

QP Signed
Yes

Review

Needs Review
Yes
Review Reason
historical_restatement
Interp. Status
scored
Historical
Yes
Historical Source Date
2025-04-09T00:00:00.000Z

Dates

Event date
2026-09-29T00:00:00.000Z

Reasoning: Historical drill interval restated from previous reports.

Evidence · text

“DE-DH-06, from 9.00 to 39.00 metres: 37.0 parts per million gallium”

Tags used in scoring

No QA/QC Disclosurenegative

Release does not disclose QA/QC — lab certification, CP/QP sign-off and assay protocols cannot be checked from this document.

Why it applies: qaqc_disclosed is not true

Cut-off Undisclosednegative

High-grade interval reported without stating the cut-off grade used for compositing.

Why it applies: no cutoff_grade was stated

Stale Data Re-releasenegative

Historical results re-announced with no new assays or reinterpretation — low genuine novelty.

Why it applies: the fact restates a prior release

DE-DH-06Discovery · rubidiumGrade: 936Grade Unit: ppmIntercept: 30 mHistorical resultNeeds review: historical_restatementView all details
Link to this fact

Identity

Hole ID
DE-DH-06
Project
Discovery
Commodity
rubidium
Region
canada_qc
Reported Region
canada_qc
Ticker
LEAP

Geometry

Grade
936
Grade Unit
ppm
Intercept
30 m
From
9 m
To
39 m
Intercept Depth
9 m

Classification

Sample Type
drill
Group ID
DE-DH-06:9-39

QA/QC

QP Signed
Yes

Review

Needs Review
Yes
Review Reason
historical_restatement
Interp. Status
scored
Historical
Yes
Historical Source Date
2025-04-09T00:00:00.000Z

Dates

Event date
2026-09-29T00:00:00.000Z

Reasoning: Historical drill interval restated from previous reports.

Evidence · text

“936 parts per million rubidium across 30 one-metre samples”

Tags used in scoring

No QA/QC Disclosurenegative

Release does not disclose QA/QC — lab certification, CP/QP sign-off and assay protocols cannot be checked from this document.

Why it applies: qaqc_disclosed is not true

Cut-off Undisclosednegative

High-grade interval reported without stating the cut-off grade used for compositing.

Why it applies: no cutoff_grade was stated

Stale Data Re-releasenegative

Historical results re-announced with no new assays or reinterpretation — low genuine novelty.

Why it applies: the fact restates a prior release

How Atlas produces this analysis

Minestarters Atlas uses automated extraction to summarize mining announcements, identify reported measurements, and classify supporting evidence. Sentiment reflects the extracted narrative and classification rules; it is an interpretation, not a reported measurement. Evidence quotes and context are provided where available. Missing data, low-confidence results, and review flags indicate limitations. Check the original publisher announcement before relying on an interpretation.