Scientific Resource Catalog
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ABSTRACT Precise and dynamic control over chiroptical properties is highly desirable for applications that demand tunability and programmability. However, conventional templating strategies for chiral nanostructures often offer limited flexibility in modulating chiroptical responses, largely due to…
ABSTRACT Paramagnetic d‐block metal organic cages (MOCs) show promise for the development of magnetic resonance imaging (MRI) contrast agents and magnetic resonance spectroscopy imaging (MRSI) probes. MOC‐based MRI probes increase the relaxation rates of water protons with predominant examples cont…
ABSTRACT Photocatalytic CO 2 reduction (CO 2 RR) involves a cascade of intrinsically coupled processes, rendering the independent optimization of catalytic kinetics and thermodynamics challenging. In this study, we introduce a structural regulation strategy via steric‐driven interlayer slipping eng…
Background: Thermoelectric devices can directly convert temperature differences into electrical energy, offering irreplaceable application value in industrial waste heat recovery, deep-space exploration, wearable devices, and solid-state refrigeration. However, thermoelectric conversion efficiency…
ABSTRACT Pure‐blue colloidal quantum dot (CQD) lasers are attractive light sources for projection and other display applications, yet high‐performance devices still rely on cadmium‐based QDs. Cadmium‐free ZnSeTe/ZnS CQDs offer a viable alternative, but developing laser platforms that combine ambien…
By arranging the 240 E8 root vectors into a four‑dimensional hyperlattice and driving each node with a phi‑scaled 132 Hz harmonic tone, the collective spin‑orbit modes lock into a coherent quasiparticle field. This phi‑resonant locking forces the magnon spectrum into a flat, topologically protected…
The integration of diagnostic and therapy into a single nanoplatform has been proved to be a revolutionary approach for precision medicine, which allows the simultaneous disease detection, treatment, and therapeutic monitoring. Although great progress has been achieved in nanotheranostics, many tra…
ABSTRACT Solar‐blind deep‐ultraviolet (DUV) sensing is crucial for early‐warning systems, environmental monitoring, and secure optical communications. Invisible flames, although nearly transparent to the naked eye, emit ultraweak and intrinsically fluctuating DUV radiation (∼10 nW cm −2 ), posing a…
By arranging the 240 E8 root vectors into a 4‑dimensional hyperlattice and modulating it with a phi‑scaled 132 Hz harmonic driver, the system self‑organizes into a quasiperiodic Penrose‑type tiling of Berry curvature. This emergent topology supports protected edge states whose phase coherence is lo…
The 120 phi-coupled root-pair harmonics of the E8 lattice, driven at the 132Hz base resonance, decompose under the Weyl group into 8 orthogonal invariant subspaces of dimension 15 — precisely matching the 8 cortical laminae. Each subspace gates at a frequency 132Hz × phi^(m_j/30) where m_j ∈ {1,7,1…
The 240 E8 root vectors, when iteratively scaled by powers of φ (the golden ratio), produce a hierarchical cascade of 120 nested "resonance wells" embedded within the 8-dimensional root space—each well capturing vibrational information from its parent scale at a φ⁻¹ compression ratio. When each wel…
ABSTRACT The reversible protonic ceramic cells (R‐PCCs) have been extensively researched for power generation and hydrogen production at low and intermediate temperatures. However, sluggish kinetics of the air electrode at low temperatures, coupled with the lack of durability under high steam envir…
Background: Since the discovery of cuprate high-temperature superconductors in 1986, breakthroughs in superconducting materials have long relied on experimental trial-and-error, lacking a simple, unified, and experimentally guidable material screening criterion. The conventional BCS theory is highl…
By applying a 132Hz phi-modulated frequency to the 240 E8 root vectors, the lattice initiates non-local state transitions through high-dimensional topological "shortcuts." This process uses the phi-scaled harmonic driver to trigger phase shifts across the 4D hyperlattice, allowing information to by…
ABSTRACT The intrinsic trade‐off between optical transparency and mechanical robustness represents a fundamental challenge in glass‐ceramic materials design. Herein, we demonstrate that engineering microporous collapse pathways in FAU zeolite precursors enables the fabrication of mullite glass‐cera…
Research materials
ABSTRACT Thermally conductive composites are regarded as effective solutions for thermal management in energy storage and electronic packaging. To investigate the structure and thermal conductivity of polyolefin composites, two processing schemes were developed to prepare the composites with polypr…
This research introduces a two-dimensional compound, AlGaP₂, which retains its structural integrity under both room and elevated temperatures. Investigations into its mechanical characteristics indicate that AlGaP₂ has an exceptionally low Young's modulus in the y -direction, granting it remarkable…
Abstract D-limonene is a bioactive monoterpene with recognized antioxidant, anti-inflammatory, and antimicrobial properties, whose therapeutic application is severely constrained by its high volatility, sensitivity to oxidation, and poor aqueous solubility. Nanoencapsulation within biopolymeric mat…
ABSTRACT Abnormal membrane proteins often play a crucial role in the development and progression of cancer, making them ideal targets for cancer treatment. However, traditional membrane protein inhibitor‐based therapies only benefit a small part of patients and suffer from notorious drug resistance…