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Cabinet/Chirality & spin

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Rice University

Rice University is a research university that appears in the source dossier across three distinct contexts, each drawn from a different source document.

Smalley-Curl Institute: quantum vibrations in boron arsenide

According to the version generated from [source note 1], Rice University's Smalley-Curl Institute produced the video summary and research on quantum vibrations in boron arsenide reported in the source dossier. Hanyu Zhu leads the group.

The Rice video summary states that researchers led by Zhu demonstrated record-long quantum vibrations in boron arsenide, with optical phonons persisting nearly 10 times longer than in typical materials, published in Physical Review Letters.

Affiliation context for James Tour

The source [source note 2] does not mention Rice University in connection with James Tour; the lecture on abiogenesis and Chirality-Induced Spin Selectivity (CISS) is linked from the page without any stated institutional affiliation.

Role in the flash Joule heating dossier

According to the version generated from [source note 3], Rice University is the institution behind the news item and multiple journal abstracts compiled in the source archive flash Joule heating dossier. That version attributes the flash Joule heating research program — including rare-earth recovery, graphene synthesis and battery recycling work — to the Rice University orbit associated with James M. Tour.

In that version, Rice University appears as the source institution for:

  • the FJH-Cl₂ rare-earth recovery work reported at >90% purity and yield from waste magnets;
  • the JACS abstract on electric-field effects in graphene synthesis;
  • the Science Advances abstract on battery-metal recycling via pulsed d.c. FJH.

That version also states that the dossier names no industrial partners and provides no institutional detail beyond these attributions.

Related pages

Source notes & attribution
  1. rexresearch/4c1be0f532205ff1.md
  2. rexresearch/c04c664c1a1f651f.md
  3. rexresearch/13e1b9f8c2f1b561.md
  4. https://rexresearch.com/CISSMetamaterial/CISSMetamaterial.html
  5. https://rexresearch.com/BoronArsenide/BoronArsenide.html
  6. https://rexresearch.com/FlashJouleHeating/FlashJouleHeating.html

Dossier visual record.

All 1 figures

Source illustrations for Chirality & spin. Captions identify the document and evidence type.

Articles that refer to this reading
Article
3 min

Battery Black-Mass FJH Activation

Battery black-mass FJH activation is the application of Flash Joule Heating (FJH) to spent lithium-ion battery black mass — the combined anode and cathode material, the waste stream routinely used in the recycling industry — in order to decompose the solid-electrolyte interphase (SEI) and carbothermically reduce spent cathode ma

Article
1 min

Bing Deng

Bing Deng is named in the source archive flash Joule heating dossier as the lead author of the 2025 Nature Reviews Clean Technology review "Flash Joule heating for synthesis, upcycling and remediation" (vol. 1, pp. 32–54), which the dossier excerpts at length. Deng is also named among the authors of Rice University flash Joule h

Article
3 min

Flash Joule Heating (FJH)

Flash Joule Heating is a materials-processing technique in which a short, high-power electrical pulse is passed directly through a feedstock so that the material itself acts as the resistive heating element. The source dossier "Flash Joule Heating — Articles & patents" compiles vendor material, journal abstracts, a preprint and

Article
1 min

Hanyu Zhu

Hanyu Zhu is a researcher at Rice University , associated with the Smalley-Curl Institute. He leads the group whose work on quantum vibrations in boron arsenide is reported in the source dossier.

Article
1 min

James M. Tour

James M. Tour is named in the source archive flash Joule heating dossier as an author on the Rice University rare-earth recovery work using chlorination-assisted flash Joule heating (FJH-Cl₂). The dossier associates the broader flash Joule heating patent family with the Rice University / Tour research orbit, though the supplied

Article
1 min

Turbostratic Graphene

Turbostratic graphene is a metastable graphene phase in which adjacent layers are rotationally misaligned and electronically decoupled, rather than stacked in the ordered AB or ABC registry of graphite. The source archive flash Joule heating dossier identifies it as a characteristic product of Flash Joule Heating (FJH) synthesis

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