Macromolecular and materials chemistry

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Oscillatory Field Genesis: The Emergent Architecture of Spacetime, Matter, and Memory

Oscillatory Field Genesis: The Emergent Architecture of Spacetime, Matter, and Memory

dataset posted on 2025-05-05

Unified Möbius Collapse Logic (MCL) and Light-based Operator Quanta Harmonic Computational Language (LOQ-HCL): A Topological Photonic Computing Framework

Unified Möbius Collapse Logic (MCL) and Light-based Operator Quanta Harmonic Computational Language (LOQ-HCL): A Topological Photonic Computing Framework

preprint posted on 2025-05-03

Microstructure & physicochemical properties dataset of NaCl-based salt mixtures for concentrating solar power

dataset posted on 2025-04-30

Data that are presented in the paper

Data that are presented in the paper

dataset posted on 2025-04-30

Data for "Robust supermoiré pattern in large-angle single-twist bilayers"

dataset posted on 2025-04-29

BORON NITRIDE-NANOTUBE–SILICON NITRIDE COMPOSITES FOR HIGH TEMPERATURE RADOME APPLICATIONS

BORON NITRIDE-NANOTUBE–SILICON NITRIDE COMPOSITES FOR HIGH TEMPERATURE RADOME APPLICATIONS

thesis posted on 2025-04-22 in Purdue University Graduate School

Vincent Joseph Mika

JOURNAL CONTRIBUTION

Domain-specific Word2vec-based trained models - Chem300, Phys300, MatSci200, MatSci300, and Mixed300

journal contribution posted on 2025-04-07

LC-mass analysis of R. officinalis extract

LC-mass analysis of R. officinalis extract

dataset posted on 2025-04-06

atoms-3189900.xlsx

dataset posted on 2025-03-28

DataNano

dataset posted on 2025-03-25

Viktor Arkhipov

data.bond

dataset posted on 2025-03-25

Thermal Spacetime Unification Theory (TSU)

Thermal Spacetime Unification Theory (TSU)

journal contribution posted on 2025-03-25

Isolated iridium oxide sites on modified carbon nitride for phoIsolated iridium oxide sites on modified carbon nitride for photoreforming of plastic derivativestoreforming of plastic derivatives

Isolated iridium oxide sites on modified carbon nitride for phoIsolated iridium oxide sites on modified carbon nitride for photoreforming of plastic derivativestoreforming of plastic derivatives

journal contribution posted on 2025-03-25

FILES UNDER EMBARGO

Controlling Thermal Transport with Thermal Metamaterials

thesis posted on 2025-03-05 in Purdue University Graduate School

Stability of the fcc phase in shocked nickel up to 325 GPa

Stability of the fcc phase in shocked nickel up to 325 GPa

dataset posted on 2025-02-25

FILES UNDER EMBARGO

Supporting data for thesis “STABILITY OF 2D METAL HALIDE PEROVSKITES”

dataset posted on 2025-02-21 in HKU Data Repository

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 35)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 35)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 34)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 34)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 33)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 33)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 32)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 32)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 31)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 31)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 30)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 30)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 29)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 29)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 28)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 28)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 27)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 27)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 26)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 26)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 25)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 25)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 24)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 24)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 23)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 23)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 22)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 22)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 21)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 21)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 20)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 20)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 19)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 19)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 18)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 18)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 17)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 17)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 16)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 16)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 15)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 15)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 14)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 14)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 13)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 13)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 12)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 12)

figure posted on 2025-02-19