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Spatial co-ordinations are initially random, and will automatically re-arrange to minimize complexity based on distance between relationships. Mouse down and drag to pan. Right click on the strategic diagram toggles between motion and stationary. Hover over abstract node (orange) to view abstractions. Hover over leaf node to view corresponding narrative. Left click on the leaf node expands the narrative to view full text.

Narrative Analysis - Report

Key Focus

When announcing the breakthrough discovery, the energy scientists from Ecole Polytechnique Federale De Lausanne (EPFL) explained that the presence of photoluminescence in semiconductors has been observed "for hundreds of years." This not only includes the most common semiconductors such as silicon, but also includes gold ...

Momentum supporting factors

(scientists,probe)

Challenge supporting factors

(energy,chemical)

(energy,scientists,chemical)

(energy,scientists,solar,chemical)

(energy,solar,chemical)

(gold,chemical)

(gold,energy,chemical)

(gold,energy,scientists,chemical)

(gold,scientists,chemical)

(scientists,chemical)

(scientists,solar,chemical)

(gold,energy,scientists,solar)

(gold,energy,solar)

(gold,scientists,solar)

(gold,solar)

(energy,scientists,solar,fuels)

Work-in-progress supporting factors

(energy,scientists,semiconductors)

(energy,scientists,solar,semiconductors)

(energy,semiconductors)

(energy,solar,semiconductors)

(gold,energy,scientists,semiconductors)

(gold,energy,semiconductors)

(gold,scientists,semiconductors)

(gold,semiconductors)

(scientists,semiconductors)

(scientists,solar,semiconductors)

(energy,scientists,quantum)

(gold,energy,scientists,quantum)

(gold,scientists,quantum)

(scientists,quantum)

(energy,photoluminescence)

Time Period	Challenge	Momentum	WIP
Report	38.85	0.64	60.51

High Level Abstraction (HLA) combined

High Level Abstraction (HLA)	Report
(1) (energy,scientists,semiconductors)	100.00
(2) (energy,scientists,solar,semiconductors)	98.22
(3) (energy,semiconductors)	97.15
(4) (energy,solar,semiconductors)	96.09
(5) (gold,energy,scientists,semiconductors)	93.59
(6) (gold,energy,semiconductors)	87.90
(7) (gold,scientists,semiconductors)	86.83
(8) (gold,semiconductors)	85.41
(9) (scientists,semiconductors)	85.05
(10) (scientists,solar,semiconductors)	83.99
(11) (energy,chemical)	83.63
(12) (energy,scientists,chemical)	80.43
(13) (energy,scientists,solar,chemical)	77.22
(14) (energy,solar,chemical)	74.02
(15) (gold,chemical)	73.67
(16) (gold,energy,chemical)	72.60
(17) (gold,energy,scientists,chemical)	66.55
(18) (gold,scientists,chemical)	60.50
(19) (scientists,chemical)	59.43
(20) (scientists,solar,chemical)	58.36
(21) (gold,energy,scientists,solar)	55.52
(22) (gold,energy,solar)	50.53
(23) (gold,scientists,solar)	49.47
(24) (gold,solar)	49.11
(25) (energy,scientists,quantum)	48.40
(26) (gold,energy,scientists,quantum)	45.91
(27) (gold,scientists,quantum)	42.70
(28) (scientists,quantum)	41.99
(29) (energy,photoluminescence)	41.64
(30) (energy,scientists,photoluminescence)	39.86
(31) (energy,scientists,solar,photoluminescence)	37.37
(32) (energy,solar,photoluminescence)	34.88
(33) (gold,energy,photoluminescence)	33.81
(34) (gold,energy,scientists,photoluminescence)	29.18
(35) (gold,photoluminescence)	25.27
(36) (gold,scientists,photoluminescence)	24.20
(37) (scientists,photoluminescence)	23.13
(38) (scientists,solar,photoluminescence)	22.06
(39) (gold,energy,mechanics)	21.71
(40) (gold,energy,scientists,mechanics)	17.08
(41) (gold,mechanics)	13.17
(42) (gold,scientists,mechanics)	12.10
(43) (energy,quantum)	11.74
(44) (gold,energy,quantum)	9.61
(45) (gold,quantum)	6.76
(46) (energy,scientists,solar,fuels)	6.05
(47) (energy,solar,fuels)	4.63
(48) (scientists,solar,fuels)	4.27
(49) (energy,scientists,solar,fuel)	3.91
(50) (energy,solar,fuel)	2.49
(51) (scientists,solar,fuel)	2.14
(52) (energy,nanometers)	1.78
(53) (energy,scientists,nanometers)	0.71
(54) (scientists,probe)	0.36

Supporting narratives:

Please refer to knowledge diagram for a complete set of supporting narratives.

momentum - Back to HLA

So, it's a huge advantage to be able to probe a material using the material itself as the probe.". . This unique ability the scientists explain, can offer "unprecedentedly" detailed insights into chemical reactions, "especially those involved in energy research." In fact, the team believes that their explanation of what makes gold glow, and similar work they are exploring with copper, could help reduce carbon emissions in the generation of solar fuels, which store energy in chemical bonds ...
High Level Abstractions:

(scientists,probe)

challenge - Back to HLA

This unique ability the scientists explain, can offer "unprecedentedly" detailed insights into chemical reactions, "especially those involved in energy research." In fact, the team believes that their explanation of what makes gold glow, and similar work they are exploring with copper, could help reduce carbon emissions in the generation of solar fuels, which store energy in chemical bonds ...
High Level Abstractions:

(scientists,chemical)
(energy,chemical)
(gold,energy,chemical)
(energy,scientists,chemical)
(gold,scientists,chemical)
(energy,scientists,solar,chemical)
(energy,solar,chemical)
(gold,chemical)
(gold,energy,scientists,chemical)
(scientists,solar,chemical)
Inferred entity relationships (24)
(chemical,energy,gold) [inferred]
(gold,scientists,semiconductors) [inferred]
(chemical,gold,scientists) [inferred]
(energy,gold,scientists,semiconductors) [inferred]
(energy,gold,quantum) [inferred]
(chemical,gold) [inferred]
(gold,scientists,solar) [inferred]
(chemical,energy,solar) [inferred]
(energy,gold,quantum,scientists) [inferred]
(energy,gold,solar) [inferred]
(energy,gold,photoluminescence) [inferred]
(chemical,energy,gold,scientists) [inferred]
(energy,gold,photoluminescence,scientists) [inferred]
(energy,scientists,semiconductors) [inferred]
(chemical,scientists) [inferred]
(energy,gold,mechanics) [inferred]
(energy,gold,semiconductors) [inferred]
(energy,scientists,semiconductors,solar) [inferred]
(chemical,scientists,solar) [inferred]
(chemical,energy) [inferred]
(chemical,energy,scientists,solar) [inferred]
(chemical,energy,scientists) [inferred]
(energy,gold,scientists,solar) [inferred]
(energy,gold,mechanics,scientists) [inferred]

challenge - Back to HLA

This unique ability the scientists explain, can offer "unprecedentedly" detailed insights into chemical reactions, "especially those involved in energy research." In fact, the team believes that their explanation of what makes gold glow, and similar work they are exploring with copper, could help reduce carbon emissions in the generation of solar fuels, which store energy in chemical bonds. ...
High Level Abstractions:

(gold,energy,solar)
(energy,scientists,solar,fuels)
(gold,energy,scientists,solar)
(scientists,solar,fuels)
(gold,scientists,solar)
(energy,solar,fuels)
(gold,solar)
Inferred entity relationships (16)
(gold,scientists,semiconductors) [inferred]
(energy,gold,scientists,semiconductors) [inferred]
(energy,fuels,solar) [inferred]
(energy,gold,quantum) [inferred]
(gold,solar) [inferred]
(gold,scientists,solar) [inferred]
(energy,gold,quantum,scientists) [inferred]
(energy,gold,solar) [inferred]
(energy,gold,photoluminescence) [inferred]
(fuels,scientists,solar) [inferred]
(energy,gold,scientists,solar) [inferred]
(energy,gold,photoluminescence,scientists) [inferred]
(energy,fuels,scientists,solar) [inferred]
(energy,gold,mechanics) [inferred]
(energy,gold,semiconductors) [inferred]
(energy,gold,mechanics,scientists) [inferred]

WIP - Back to HLA

When announcing the breakthrough discovery, the energy scientists from Ecole Polytechnique Federale De Lausanne (EPFL) explained that the presence of photoluminescence in semiconductors has been observed "for hundreds of years." This not only includes the most common semiconductors such as silicon, but also includes gold ...
High Level Abstractions:

(gold,semiconductors)
(scientists,solar,semiconductors)
(gold,energy,photoluminescence)
(gold,photoluminescence)
(energy,scientists,semiconductors)
(energy,photoluminescence)
(gold,scientists,photoluminescence)
(energy,solar,semiconductors)
(energy,scientists,solar,semiconductors)
(energy,scientists,photoluminescence)
(gold,energy,scientists,photoluminescence)
(energy,semiconductors)
(gold,scientists,semiconductors)
(gold,energy,scientists,semiconductors)
(energy,solar,photoluminescence)
(energy,scientists,solar,photoluminescence)
(gold,energy,semiconductors)
(scientists,solar,photoluminescence)
(scientists,semiconductors)
(scientists,photoluminescence)
Inferred entity relationships (27)
(gold,scientists,semiconductors) [inferred]
(energy,gold,scientists,semiconductors) [inferred]
(gold,photoluminescence) [inferred]
(energy,gold,quantum) [inferred]
(energy,photoluminescence,solar) [inferred]
(gold,scientists,solar) [inferred]
(energy,gold,quantum,scientists) [inferred]
(energy,gold,solar) [inferred]
(gold,photoluminescence,scientists) [inferred]
(energy,gold,photoluminescence) [inferred]
(energy,gold,photoluminescence,scientists) [inferred]
(scientists,semiconductors,solar) [inferred]
(energy,scientists,semiconductors) [inferred]
(energy,gold,mechanics) [inferred]
(energy,photoluminescence) [inferred]
(photoluminescence,scientists,solar) [inferred]
(energy,gold,semiconductors) [inferred]
(energy,semiconductors,solar) [inferred]
(energy,scientists,semiconductors,solar) [inferred]
(photoluminescence,scientists) [inferred]
(energy,photoluminescence,scientists,solar) [inferred]
(energy,photoluminescence,scientists) [inferred]
(scientists,semiconductors) [inferred]
(energy,gold,scientists,solar) [inferred]
(gold,semiconductors) [inferred]
(energy,semiconductors) [inferred]
(energy,gold,mechanics,scientists) [inferred]

WIP - Back to HLA

Christopher Plain. May 3, 2024.. . A team of energy scientists say their quantum mechanics colleagues may have finally helped them crack the mystery of why extremely thin sheets of gold glow ...
High Level Abstractions:

(gold,scientists,quantum)
(gold,mechanics)
(gold,scientists,mechanics)
(gold,energy,mechanics)
(gold,energy,scientists,mechanics)
(gold,energy,scientists,quantum)
(scientists,quantum)
(energy,scientists,quantum)
Inferred entity relationships (16)
(energy,gold,scientists,semiconductors) [inferred]
(gold,mechanics,scientists) [inferred]
(energy,gold,quantum) [inferred]
(energy,gold,solar) [inferred]
(energy,gold,quantum,scientists) [inferred]
(energy,gold,photoluminescence) [inferred]
(energy,gold,photoluminescence,scientists) [inferred]
(energy,gold,mechanics) [inferred]
(energy,gold,semiconductors) [inferred]
(quantum,scientists) [inferred]
(gold,quantum,scientists) [inferred]
(energy,gold,scientists,solar) [inferred]
(gold,quantum) [inferred]
(gold,mechanics) [inferred]
(energy,quantum) [inferred]
(energy,gold,mechanics,scientists) [inferred]

WIP - Back to HLA

Energy Scientists Say They Have Solved the Centuries-Old Mystery of Why Ultra-Thin Sheets of Gold Glow.. Christopher Plain. May 3, 2024.. . A team of energy scientists say their quantum mechanics colleagues may have finally helped them crack the mystery of why extremely thin sheets of gold glow ...
High Level Abstractions:

(energy,quantum)
(gold,energy,quantum)
(gold,quantum)
Inferred entity relationships (12)
(energy,gold,scientists,semiconductors) [inferred]
(energy,quantum,scientists) [inferred]
(gold,quantum,scientists) [inferred]
(energy,gold,quantum,scientists) [inferred]
(energy,gold,solar) [inferred]
(energy,gold,photoluminescence) [inferred]
(energy,gold,scientists,solar) [inferred]
(energy,gold,photoluminescence,scientists) [inferred]
(gold,quantum) [inferred]
(energy,gold,mechanics) [inferred]
(energy,gold,semiconductors) [inferred]
(energy,gold,mechanics,scientists) [inferred]

WIP - Back to HLA

If properly applied, the team says their findings could help drive the development of extremely powerful batteries and solar fuel generation.. . When announcing the breakthrough discovery, the energy scientists from Ecole Polytechnique Federale De Lausanne (EPFL) explained that the presence of photoluminescence in semiconductors has been observed "for hundreds of years." This not only includes the most common semiconductors such as silicon, but also includes gold ...
High Level Abstractions:

(energy,scientists,solar,fuel)
(energy,solar,fuel)
(scientists,solar,fuel)
Inferred entity relationships (3)
(energy,fuel,solar) [inferred]
(energy,fuel,scientists,solar) [inferred]
(fuel,scientists,solar) [inferred]

WIP - Back to HLA

To make the discovery the energy scientists created extremely thin gold films, ranging from 13 to 113 nanometers in thickness. ...
High Level Abstractions:

(energy,nanometers)
(energy,scientists,nanometers)
Inferred entity relationships (2)
(energy,nanometers,scientists) [inferred]
(energy,nanometers) [inferred]

Semantics Relevance

Energy Scientists Say They Have Solved the Centuries-Old Mystery of Why ...