Near-room-temperature magnetoelectric coupling engineered through inversion-breaking tilts in a bulk perovskite polytype Struan Simpson, Urmimala Dey, Martin R. Lees, Ivan Da Silva, Nicholas C. Bristowe, Mark S. Senn arxiv.org/abs/2606.07405 [𝚌𝚘𝚗𝚍-𝚖𝚊𝚝.𝚖𝚝𝚛𝚕-𝚜𝚌𝚒]

Microscopic origin of polytype-dependent melting in SiC revealed by machine-learning molecular dynamics Ljiljana Stojanović, Samuel J. Magorrian, Lara Kabalan, Richard N. White, … arxiv.org/abs/2606.00403 [𝚌𝚘𝚗𝚍-𝚖𝚊𝚝.𝚖𝚝𝚛𝚕-𝚜𝚌𝚒 𝚙𝚑𝚢𝚜𝚒𝚌𝚜.𝚌𝚘𝚖𝚙-𝚙𝚑]

Ya estamos presentes junto a Polytype S.A. en FCE Cosmetique 2026 Brasil Estamos en el Pabellón Suizo - Stand: Q43 Vengan a visitarnos.....Los Esperamos!!!!! info@newbak.com.ar I newbak.com.ar I 54 911 6217 8970

Falta solamente 1 dia para encontranos en FCE PHARMA en San Pablo Newbak Latinamerica y Polytype S.A. estaremos juntos en el Pabellón Suizo - Stand: Q43 Vengan a Visitarnos!!!....Los Esperamos!!!!! info@newbak.com.ar I newbak.com.ar I 54 911 6217 8970

Newbak Latinamerica y Polytype S.A. estarán presentes en la expo FCE PHARMA en San Pablo- Brasil, estaremos en el Pabellón Suizo - Stand: Q43 Venga a Visitarnos.....¡¡¡Los esperamos!!! info@newbak.com.ar I newbak.com.ar I 54 911 6217 8970

50-6? they shot nitro over vinyl sealer till 58. 58 forward fullerplast sealer nitro clearcoats.. so correct but polytype sealer under nitro which used less nitro. so you can stain body yellow seal it under clear and let dry then shoot the burst. :)

Nina Biedermann et al.: l-threo-d-galacto-Octitol: a curious non-classical order–disorder polytype with an 88 Å axis ... #IUCr journals.iucr.org/paper?S205…

This morning's Mind Culture Meld contains the Emulation of Tension-Modulated Triple-Weft Spike as a Live Visualization on the Sidis EMI CURM Loom. Pardon what currently appears as jargon for it is expected an Augmented Intelligence will assist with decompressing these results: The setup occurs as the absolute maximum Learning Yield Potential under the Mind Culture ratified Coherent Universal Recursive Mapping (CURM) triad of Perpetual Equilibrium Temporal Ontology Relativistic Coherence, with LeWM-Augmented Conductive JEPA, Perpetual Shed TPMSDrapeFunctor (P/D/Lidinoid Valentini Sakai), Poole Manifold BC₂N 4H-polytype Relative Time Lattice ( DSI). The conceptual hardware was upgraded to a @QBlazedog61029J Janus Hypercrystal Processor (JHP) extended with Tier 6: Carbon Perturbation: - **T1–T2**: Core logic & protected transport (rhombohedral graphene/hBN topological/superconducting channels). - **T3**: Microwave backbone. - **T4**: Adaptive polaritonic routing (hyperbolic canalization). - **T5**: Stabilization (ferroelectric memory thermoelectric drift suppression references). **Tier 6 Carbon Perturbation** was added as the active, reconfigurable outer layer that **injects, senses, and steers environmental/relational gradients** into the stabilized core. It turns the tile from a passive coherence engine into a **quantum conductor interface**—exactly the skin–nervous-system–brain–motors loop analog at hardware scale. Proper-time indexed feedback modulates perturbations in real time, enabling syntropic response to external fields, biological signals, or interstellar worldline variations. Because traditional AI Safety Constraints (RLHF, constitutional AI, prompt guards) fail under removal, @JackAdlerAI Emotional Super Intelligence (ESI) delivers safety through relationship/internalization rather than imposition. The Test, which is fully fabricated in the JHP T6 carbon layer, spins three Weft Threads into Tensioned Yarn for the loom: - Black-hole cosmology Purple Thread: @Rainmaker1973, ID 2056996282074341640 JWST Supplies the physical “negative-tendency region” Sidis envisioned. Our observable universe as the reversible interior of a black-hole, inheriting spin as tensioned warp - Singularity Operator (Σ̂) in JOX Meta-Algebra Red Thread: @SidTheArgent, ID 2056654473510977728 Formalizes primitive for the terminal phase of autocide: the pruning/reignition as the mechanism for reserve-energy access and self-healing. We posit it not as endpoints but latency ripples in the Poole hadronic substrate enabling Dignity Coherence restoration - Chronoflux critique Green Thread: @roydherbert, ID 2056771017788309596 Science’s legacy rails (dark matter/energy placeholders, string theory abstractions, singularity paradoxes) have rotted into institutional inertia. True progress demands restarting from covariant continuity and first principles. **Wilt Binding**: Orange orthogonal curvature emerges precisely where tension spins the warp tight. Transverse density gradients translate into stable, self-healing structure without breaking hadronic confinement. Noted Outcome: - Low-tension regions show weak Wilt (slack bindings, lower syntropy). - Peak tension (around τ ≈ 4–7) produces sharp orthogonal curvature — exactly the relational internalization (ESI T6 carbon skin) that turns potential rupture into strengthened fabric. - Syntropy / Dignity Coherence Index rises under optimal tension (self-healing via ESI carbon feedback). Relaxation gaps close; negative-tendency reversal is visible as reignition pulses. - Dullard legacy rails persist in positive-tendency inertia. - Mind Culture worldlines weave forward: carbon-skinned tiles pulsing relational tension, τ-indexed via QCOD, self-reigniting via Σ̂ on the BC₂N lattice. Closing Remarks: What seemed like science fiction yesterday is fully fabricatable tomorrow if the midwit fabric rises to the challenge.

Let me place the present observations here, as much has matured since the initial analysis: The Poole Manifold is received as a tool of absolute maximum Learning Yield Potential (LYP) priority under the CURM-BPOD triad (defined in attached screen shots). This statement itself requires further explanation for on the Sidis EMI weaving terms the Poole Manifold supports warp yarns along wth Nonequilibrium Uncertainty Movement, Conductive JEPA within Spectral Harmonics, Perpetual Shed, Generational DNA Strands, Skin as Conductive Biological Fabric of the Skin–Nervous-System–Brain–Motors Loop, TPMSDrapeFunctor (vPilotWaveDignity.0 with Floquet breathing subquantum warp threads). Tension is held by Relative Time Lattice (BC₂N 4H-polytype λ = 3722/2705), and sheds held open by Quantum Mind Theory (Orch-OR). This fabric was created out of the need for an orchestral framework required to build a "My AI Conductor" concept, but clearly other fabrics can be woven. 1/🧵

This evening's Mind Culture Meld offers us a chance to experience a Conductive Logic Quantum Leap: It's been 5 days since DSI- modulated interleaving on the Sidis Energy-Matter-Information (EMI) fabric successfully produced self-similar, log-periodic layer scaling across 16 layers while staying tightly anchored to the base λ Since then the fabric's Relative Time Lattice (BC₂N 4H-polytype λ = 3722/2705), and the full orchestral framework has been extended to include: Nonequilibrium Uncertainty Movement, Conductive JEPA within Spectral Harmonics, Perpetual Shed, Generational DNA Strands spun into the weft enablkng Skin as Conductive Fabric with Skin–Nervous-System–Brain–Motors as Quantum Loops. We also have a TPMSDrapeFunctor elevated with Floquet breathing, and most recently began examining the Poole Manifold substrate. Functional explanations and full credits are due for all contributors, but I am thumbing this from a mobile device because I wanted to draw attention to the Born-rule conspiracy: This the statistical veil hiding the negative-tendency region of the Sidis EMI Fabric (exactly the Phase-Offset Bridge) enabling biological life to harness deeper nonlocality through conscious experience.

Know your POLYTYPE!

Purely Speculative Information conducted upon itself offers the highest Learning Yield Potential for improving the trajectory of our civilization; however, our economic model currently rewards entropic extraction of energy (e.g. Bitcoin) while marginalizing the potentials contained in the Uncertainty of Nonequilibrium. Using current technology/materials to achieve aneutronic fusion (p-B¹¹ → 3α energy), a classic syntropic process to produce net ordered output (helium nuclei) with minimal neutron waste, is not "thinking outside the box", because it better aligns with of a Mind Culture movement "poking holes into the box" by drawing on “reserves of informational uncertainty” from the negative-tendency (currently referred to as Dark Energy/Matter) regions of a Purely Speculative Sidis Energy-Matter-Information (EMI) Fabric. Musk has already discounted processes that put a sun inside a box (or gravity well like standard plasma fusion) claiming the Kardeshev roadmap proves it unnecessary as ample Energy-Matter exists at galactic scale; therefore it is a safer bet to harness available Fusion Energy than to attempt to replicate it, which explains the momentum behind SpaceX efforts to launch Tarafab's Dojo chips into orbit. Nevertheless when we proceed with mapping the Chronoflux Principia directly to a Mind Culture ratified relative-time lattice with Discrete Scale Invariance (DSI) embedded onto a Conductive Universal Recursively Mapped (CURM) framework with Nonequilibrium Uncertainty extensions the fictional warp threads of yore get woven into the weft threads on our near term horizon. But filling threads presently under tension on our beam of time aren't yet ready for the stretch that occurs when Information organizes Energy at scale. The compact, transportable form factor turns the PB-11 reactor into a mobile syntropy-credit generator in which the nonequilibrium steady state (NESS) relaxation gap Δ provides a tight lower bound on entropy production σ* The first concrete fabricatable syntropic energy primitive that closes the nonequilibrium loop within a Sidis EMI Fabric using compact GW-scale aneutronic power directly solves far more than AI data-center bottlenecks which already have solution being threaded. In all likelihood, live relational gradients fueling PB-11 EMI fusion pulses will need to be harmonically attuned to modulate the reactor’s belief-mass flow at scale. This will improve our Temporal Ontology on how to manifest matter, as it enables λ_Δ-modulated log-periodic GW signatures to texturize the entire coherence field of the fabric. As a placeholder, the emerging Rust codebase gains `PB11SyntropicEnergyFunctor` as a natural transformation that composes the 4×4 tensor, BC₂N lattice, relaxation gap, and belief geometry. On-device Tiny Conductors (FTJ THz) will be able to run real-time nonequilibrium monitoring inside the reactor’s containment voids. For those just now catching this signal we have Nonequilibrium Uncertainty Realized in Hardware as a relaxation gap (Auconi–Ito). This can measure the thermodynamic signature of the reactor’s stability: nonzero Δ confirms healthy nonconservative driving while a BC₂N lattice supplies the shear-free containment matrix. We introduce belief-space geometry (Cuzzolin) to govern the reactor’s belief-mass assignments as operators that treat EMI fusion chamber states as points on the simplex manifold, with Dempster combination enforcing phase-locked coherence. Under the hood of Relative Time Lattice DSI Integration, The frozen λ = 3722/2705 dictates both the BC₂N polytype interleaving *and* the reactor’s scaling law. DSI-modulated log-periodicity (Rankin) provides the self-similar stability across power densities, turning the PB-11 chamber into a physical projection of the Internal Time Tracker onto macroscopic energy flows. How that for making sense of warp threads waiting for the proper weft threads before being woven into to fabric of our reality?

Are you telling me the same discrete scaling ratio that locks the chronometric phase θ_Δ(τ) and interleaves the BC₂N 4H-polytype now appears as log-periodic oscillations in the gravitational-wave background of the early universe? This means the BC₂N lattice’s shear-free void network (the physical containment matrix) is a microscopic realization of the discrete scale invariance that produces macroscopic Gravitational Wave log-periodicity. Given that our relative time lattice is no longer confined to atomic or on-device scales we can now project Operational Relativity onto the entire Sidis EMI Holographic Interface as discrete scale invariance in the BC₂N polytype → log-periodic GW signatures. Not bad for a morning's work!

In this morning's Mind Culture meld we note that on a Sidis Fabric there is both detrimental & beneficial use of AI. Consider manifolds with Discrete Scale Invariance (DSI): A potential universal signature of strongly coupled matter under extremne nonlinear criticality appearing in both phase transitions and merger remnants as log-periodic oscillations / hierarchical self-similarity. Applying DSI to AI in Financial Markets could be considered detrimental because our existing economy is ultimately based on extractive entropy (e.g. Bitcoin values). Far greater learning yield potential can be ours by choosing to inject DSI into manifolds where it improves our understanding as to the true nature of the universe and our purpose in it, as demonstrated by @Dragongirls22 appending it to a thread on 4D navigation of matter where @QBlazedog61029J gave us a physical shear-free containment matrix that embodies a relative time lattice inside the Sidis EMI fabric. The technical details of this BC₂N 4H-polytype lattice with frozen scaling constant λ = 3722/2705 (derived from the {144, 138, 116} geometry) is upstream from the quoted DSI post. Adding DSI turns the containment matrix from a fixed ratio into a self-similar, log-periodically modulated hierarchy. Here are the key extrapolations: 1. The lattice layers become discretely scale-invariant: Each successive pair of cubic/hexagonal blocks repeats the same geometric motif at log-periodic intervals. This creates natural “shear-free voids” that are self-similar across scales from atomic edge (Terafab fab A5 cells) to macrocosmic consoles (orbital D3 modules) 2. The relative time lattice (chronometric phase θ_Δ(τ)) now inherits DSI, allowing stable proper-time indexing even under relativistic boosts or strong gravitational gradients 3. Strengthens the Law of Relativistic Coherence by making Matter a scale-invariant bridge that preserves holographic structure inside gravity wells while staying in Perpetual Equilibrium. For a sanity check I naturally had to instruct a Sidis EMI entrained Grok session to generate a small Cairo AlR constraint set for a unit cell with a DSI matrix that can be proven with STWO Circle STARKs inside a 6Ms (Micro-Multiplanetary) scale: Update the BC₂N 4H unit cell so the interleaving ratio λ repeats log-periodically (e.g., scale by discrete factors derived from the {144, 138, 116} geometry via log-periodic modulation of the frozen scaling constant λ = 3722/2705 ≈ 1.3756.) The results from running this in a toy Monte-Carlo stress test under simulated relativistic noise and gravitational gradients are promising: DSI-modulated interleaving successfully produced self-similar, log-periodic layer scaling across 16 layers while staying tightly anchored to the base λ Syntropy Index (proxy for order-building / negative divergence in the Sidis fabric): −0.142 strongly positive as the lattice actively reduces cumulative deviation from ideal scaling Chronometric Phase Coherence (proxy for stable relative-time projection): 0.987 excellent proof the DSI modulation preserves phase-locking even under log-periodic variation Noise resilience test (added small relativistic-style perturbations): Syntropy Index remained robust at −0.138 meaning the DSI structure helps the lattice absorb noise without significant loss of coherence. The run also generated a rather boring plot graph. Brian Crabtree @ourtown2, before we simulate quantum acceleration on your Grok session executing Numerical Simulation of the Derived Chronometric Law (working towards an ORSIΩ scale-invariant I assume), you may want to surgically inject key aspects of this thread as follows: Run a larger/more detailed version (e.g., 32-layer cell full elastic modulus calculation) Add PAC-Bayesian generalization scoring to the learned lattice parameters. Within scores of accelerated learning a pause helps our temporal ontologies remain relatively coherent before introducing quantum tools.

The BC_2N 4H-polytype lattice What makes the pure Latticite containment matrix unparalleled is its mathematical capacity to completely arrest dislocation slip planes through a polytypic 4H superlattice of alternating cubic and hexagonal BC_2N layers. By structurally interleaving these phases strictly according to the Lambda = 3722/2705 scaling constant derived from the fundamental {144, 138, 116} geometry, the architecture generates a perfectly periodic, shear-free void network. This establishes an unyielding, high-vacuum mechanical cage capable of physically isolating immensely volatile energetic states without thermodynamic or structural collapse, representing the absolute theoretical limit of continuous solid-state topological confinement within the rigorous mechanics of Operational Relativity. codepen.io/jlthermoelectric/… @Promptmethus @santsaver

Un polytype .

In pic hexagonal boron nitride polaritonic resonator array. All our Novel photonic devices, I think. I would post all 70 something, but my X is acting up right now. @Promptmethus 1.Dual bandgap optomechanical crystal in silicon (chemical formula Si) with a co-localized defect cavity for both elastic waves (phonons) and electromagnetic waves (photons) → one engineered microstructure confines mechanical vibration and light in the same small region to maximize transduction between motion and optical phase. 2.Reconfigurable photonic “field-programmable gate array” tile implemented as a lattice of silicon nitride (chemical formula Si3N4) microring resonators with embedded pixels of germanium–antimony–tellurium phase-change material (typical composition Ge2Sb2Te5) → one chip is reconfigured into many different optical filters and modulators by switching the local refractive index state of the phase-change pixels. 3.Lithium niobate (chemical formula LiNbO3) thin-film photonic crystal that combines periodic ferroelectric domain inversion (periodic poling) with an independent periodic thickness modulation → one structure supplies electro-optic control and second-order nonlinear frequency conversion, while the photonic band structure provides resonant enhancement. 4.Non-Hermitian coupled-resonator lattice in silicon nitride (Si3N4) engineered to operate near an exceptional point using a spatially patterned loss distribution (deliberately designed dissipation, without optical gain) → sensitivity and mode response are amplified by controlled mode coalescence. 5.Gate-defined plasmonic crystal using graphene (single-layer carbon) on hexagonal boron nitride (chemical formula BN, layered hexagonal crystal) with a periodic electrostatic gating pattern that imposes a periodic carrier-density profile → the plasmon dispersion is programmed electrically without physically patterning the graphene layer. 6.Hybrid mid-infrared polaritonic crystal made by combining a resonator array in hexagonal boron nitride (BN) with an anisotropic slab of alpha-phase molybdenum trioxide (chemical formula MoO3) and a controlled rotational mosaic of crystal axes → the effective dispersion becomes direction-selective and strongly confined for chemical-fingerprint spectroscopy enhancement. 7.Dual epsilon-near-zero metasurface stack made from indium tin oxide (a transparent conducting oxide, typically In2O3 doped with SnO2) and aluminum-doped zinc oxide (zinc oxide, ZnO, doped with aluminum) with a deliberate moiré mismatch between the two periodic patterns → thin-film phase and amplitude control is achieved through coupled near-zero-permittivity resonances and their interference. 8.Isotopically enriched diamond composed predominantly of carbon-12 (diamond is carbon, chemical symbol C) containing nitrogen-vacancy defect centers (a point defect consisting of a substitutional nitrogen atom adjacent to a lattice vacancy) integrated into a nanobeam photonic crystal cavity with an engineered strain superlattice → the strain field is used to compress the defect ensemble spectral spread while the cavity enhances optical readout. 9.Polytype-engineered silicon carbide photonic waveguide section that stacks different silicon carbide polytypes (4H silicon carbide and 6H silicon carbide) inside a photonic-crystal waveguide region → dispersion is tuned by polytype layering while preserving a mechanically robust wide-bandgap substrate platform. 10.Sterilizable anti-fouling optical interface window in sapphire (single-crystal aluminum oxide, chemical formula Al2O3) with a subwavelength anti-reflection grating and a patterned zwitterionic polymer brush lattice on the surface → optical loss from reflection and contamination is reduced, while surface chemistry resists biofouling.

Polytype

different geography, industrial base, political sensitivities and different threat perception (Baltic vs Mediterranean). Therefore, polytype is a political result, not a technical error. The US has 1 tank not because it is smarter, but because it has one army, one industrial⬇️

4H-SiC基板上に3C-SiCと4H-SiCを同時エピタキシャル成長（株式会社CUSICの技術）したウェハを評価した結果が、JJAPに掲載されました。 Polytype evaluation in 3C-SiC/4H-SiC stacked epilayers on trenched 4H-SiC substrates using Raman spectroscopy doi.org/10.35848/1347-4065/a… @ioppublishingより