Uthra B (Registration No. 20EE20A06005) Ph.D. student of AcSIR will defend thesis entitled “Hafnium oxide-based self-powered pyroelectric detector for broadband optical sensing applications” on June 18, 2026 at CSIR-Central Electronics Engineering Research Institute, Pilani. Ph.D work was completed under the supervision of Dr. Pankaj Bhooshan Agarwal, AcSIR/CSIR-CEERI, Pilani @CSIR_IND @CSIRCEERI

I didn’t think I would love an arc primary AR more than Pyroelectric Propellant, but this is my new fave. And it doesn’t take up half of my screen lol.

Pyroelectric propellant. Vespers host, get it with attrition orbs and jolting feedback

Still need a Pyroelectric Propellant but also got the two new ARs with good Arc perks so 🤷🏻‍♂️

This is exactly where the narrative shifts from a fascinating science concept into an absolute sci-fi powerhouse for SONO. When you bring up "Crystal Fusion" (scientifically known as Pyroelectric Fusion or Crystallic Fusion), you are referencing the exact sister-science that the UCLA Putterman Research Group actively pioneers alongside Sonoluminescence.

#OneDayOneResearch A team from the @INSTMohali, an autonomous institute of @IndiaDST developed an ultrathin flexible film that efficiently converts tiny temperature changes into electrical signals. By embedding trace amounts of nanogold into a ferroelectric polymer, the researchers significantly enhanced its pyroelectric performance, opening avenues for self-powered sensors, wearable electronics, smart photodetectors and low-grade heat harvesting technologies. Read more: dst.gov.in/nano-gold-embedde… @DrJitendraSingh @rajesh_gokhale @DBTIndia @CSIR_IND @moesgoi

Human joints do not fail under load. That is Rockefeller programming in you. Joints love load hence why they are made from piezo, flexo electric, and pyroelectric. Joints fail under circadian destruction to allow triplet oxygen to degrade into singlet. Lack of grounding is more destructive than loads. Your understanding is very poor on biophysics on this topic. Circadian rhythm disruptions directly cause joint destruction by altering chondrocyte metabolism, triggering catabolic enzyme production, and hyperactivating synovial inflammation. This temporal dysregulation, whether from shift work, jet lag, or altered core clock genes due to (e.g., BMAL1, PER1), suppresses cartilage-protecting pathways and increases vulnerability to cellular damage. When you are factually incorrect in your beliefs on a topic I tend not to engage with you until you put in the time to read why you're wrong. CITES 1. pmc.ncbi.nlm.nih.gov/article… 2.sciencedirect.com/science/ar… 3. openaccessjournals.com/artic… 4. mdpi.com/2227-9059/13/3/598

Crying Owl Hybrid Energy Cell: A Multi-Physics Thermo-Piezo-Electro-Chemical Device for Micro-Power Generation Built-In Carbon CaptureReady for Release – Full Technical Concept Summary (Prepared collaboratively with input from Rudolph Jean-Andre Crying Owl and Grok AI. This is now complete, polished, and public-ready for patent disclosure, white paper, X/thread launch, crowdfunding, or open-source prototyping. All of us made this real.)Executive AbstractThe Crying Owl Hybrid Energy Cell is a sealed, experimental micro-generator/sequesterer that combines:Copper micro-coil electrode/inductor Precious-metal-infused alkaline electrolyte Piezoelectric crystal dust (varied pressure-charge materials) Vacuum-repressed glass coil casing Dry ice (solid CO₂) as dynamic “fuel” It harvests energy via piezoelectric stress, thermal gradients, inductive effects, and mild electrochemical reactions while simultaneously performing alkaline CO₂ capture and mineralization. No external power input required beyond periodic dry ice replenishment. Output is low (micro- to milli-watts pulsed DC), ideal for off-grid sensors, trickle-charging, LEDs, or IoT devices. It demonstrates a novel, self-contained way to turn CO₂ “waste” into mechanical/chemical drivers for sustained micro-power permanent carbon sequestration.This concept has no direct prior-art match in public patents or literature. Closest analogs are separate alkaline CO₂-capture batteries (Cambridge, MIT, ORNL, Rice) and dry-ice sublimation engines (Mars power concepts), but none integrate piezo-crystal dust micro-coil vacuum glass in one hybrid unit. cam.ac.uk 4 Core ComponentsCopper Micro-Coil: Fine oxygen-free copper wire wound into a solenoid or toroidal micro-coil. Acts as electrode, charge collector, and inductor for piezo pulses and any magnetic/vibrational EMF. Precious-Metal-Infused Alkaline Water: High-pH electrolyte (KOH/NaOH base) doped with colloidal Pt/Au/Ag nanoparticles. Serves as ionic conductor and catalyst. Varied Piezoelectric Crystal Dust: Powdered quartz, tourmaline, barium titanate, or any pressure-charge crystals. Maximizes surface area for stress-induced voltage. Vacuum-Repressed Glass Coil/Casing: Borosilicate or tempered glass tube/coil, evacuated then repressed during assembly. Provides hermetic seal, insulation, and structural stress medium. Dry Ice “Fuel” Compartment: Internal perforated vial or annular chamber for solid CO₂ pellets. Replenishable via sealed port. Visual Reference: Piezoelectric Effect in Crystal Systems sciencedirect.com How It Works – Multi-Mode SynergiesDry ice sublimation (-78.5°C, rapid gas expansion) drives everything while feeding the alkaline capture reaction:Pressure Pulses → Piezo Harvesting: CO₂ gas buildup stresses crystal dust → direct piezoelectric voltage spikes collected by copper coil. Vacuum start repressed glass amplifies mechanical cycling. Thermal Gradients → Thermoelectric Boost: Extreme cold creates ΔT with ambient exterior; optional thin Peltier/Seebeck layers convert heat flow to electricity. Pyroelectric crystals add extra charge from temperature swings. CO₂ Alkaline Reaction → Electrochemical & Mineralization: CO₂(g) 2OH⁻ → CO₃²⁻ H₂O (or bicarbonate stage) Precious-metal colloids catalyze absorption. pH swing creates ionic gradients for mild galvanic output. Carbonates may precipitate as stable minerals (sequestration). Coil Electrolyte Baseline: Crystal-battery-style ionic migration sustains tiny baseline voltage (like historical dry-pile cells). facebook.com Visual: Dry Ice Sublimation Dynamics in Sealed/Glass Systems thoughtco.com Visual: Dry Ice Pressure/Thermal Interaction Schematics link.springer.com Visual: Broader Energy-Harvesting Context (Piezo Integration) nature.com Performance Expectations (Realistic)Power: Micro-watts continuous (crystal baseline piezo/thermal).

Piezoelectric crystals when squeezed create electron flow. So I made lab grown amber to squeeze a tourmalated quartz in an old candle jar. Tourmaline being pyroelectric I also heated it. Giving us 1.5 volts. This is only a prototype I just got in a 16 lbs crystal for the next one

youtube.com/shorts/pahixaWKZ… Today we measure the pyroelectric effect from the tourmaline which is also piezoelectric doubling the negative ion output while also creating noninvasive ultrasound and IR radiation. This mixed with the AuraTone is a powerhouse for biophysics

The costs of the equipment required to recapture tiny amounts of heat GPU's put out (I've seen water cooled GPU clusters fry themselves before even boiling the water before, and most power plants superheat water for energy capture). The fact that you're just throwing ideas at Grok to confirm them tells me that you have no real qualifications on this topic. TEG's or Seebeck converters are typically used in conventional hot water tanks/water heaters. Why aren't they used for much else? With a natural gas flame, operating at around 1800 degrees Fahrenheit, they generate milliwatts of power. And you're expecting a GPU cluster that would cook itself at 400 degrees Fahrenheit air temp (closer to 175 F water temp, due to the increased thermal load of water), to generate enough power through a TEG to matter? TPV's also require massive amounts of heat for a relatively low output. Thermionic conversion: The AI pretty much told you that it's a bad idea for this application and you're just spitting it back at me without even reviewing the fact that it contradicts your assertion. Alkali Metal Thermal-to-Electric Converter: Is probably the only feasible option in the list. But due to its "only 20-40% efficiency", it might not be worth the squeeze when it comes to costs of operation vs electricity savings. Pyroelectric Generators: Same drawback as TEG's and TPV's. Very high temps required for producing microwatts to milliwatts.

pyroelectric was an incredibly close vote to submission

That structural flexibility also makes tourmaline piezoelectric and pyroelectric. The Curie brothers studied it before they moved on to quartz. It's sensitive to temperature and pressure changes during growth, which means a single zoned crystal can record conditions across its entire crystallization history. That's a lot of geological information sitting in your specimen tray.

Researchers at @INSTMohali developed an ultrathin flexible film that converts tiny temperature fluctuations into signals. By embedding nanoscale gold particles into PVDF polymer films thinner than 100nm,resulted in enhanced pyroelectric,dipole ordering, n BB optical absorption.

NANO-GOLD EMBEDDED IN THIN FILMS PAVES WAY FOR SELF-POWERED SENSORS & WEARABLE ELECTRONICS New ultrathin flexible film developed by researchers that can efficiently convert tiny temperature fluctuations into electrical signals, could support future smart photodetectors, low-grade heat harvesters, and advanced flexible electronic systems relevant to healthcare, environmental monitoring, and energy-efficient devices. There is strong demand for lightweight, flexible, and low-power materials that can convert tiny thermal fluctuations into usable electrical signals for next-generation smart devices and autonomous sensors. Earlier plasmonic-pyroelectric and PVDF composite systems have shown enhanced thermal-to-electrical conversion, but many such approaches rely on micron-thick devices or less controlled hybrid interfaces, which limits their suitability for thin, wearable, and low-power electronics. There is a growing interest in combining plasmonic with pyroelectric polymers to create high-speed, low-power, self-powered devices that can respond to both thermal and optical stimuli. Read here: pib.gov.in/PressReleasePage.…

#OEA_highlight Highly sensitive SWCNT-based pyroelectric phototransistors for broadband room temperature infrared detection doi.org/10.29026/oea.2026.26… by Prof. @albertnasibulin @Skoltech #photogating #carbon_nanotubes #field_effect_transistor #photodetector #LiNbO3

I've written before about collagen networks in the human body These networks are electrically conductive, and collagen is piezoelectric, flexoelectric, and pyroelectric, meaning that it can translate energy from pressure, flexion, and heat into a current

2. Lymphedema is a stromal problem filled with D and is associated with loss of piezo, flexo, and pyroelectric properties in collagen. Lymphedema and Stromal Weakness Lymphedema arises from defects in the lymphatic vessels or nodes, leading to fluid accumulation in the interstitial spaces, often in the limbs. The lymphatic system relies on a stromal framework, a connective tissue that surrounds lymphatic vessels and nodes, providing structural support and regulating fluid dynamics. Stromal weaknesses in this context align with your thesis as follows: 1. Stromal Composition and Lymphatic Function Lymphatic Stroma: The stroma of lymphatic vessels and nodes consists of: Collagen fibrils (e.g., types I, III) and proteoglycans (e.g., decorin, versican), which maintain vessel integrity and ECM stability. Lymphatic endothelial cells and pericytes, supported by stromal cells, regulate lymphatic flow and valve function. Mesenchymal stem cells play a crucial role in lymphatic repair and regeneration. Role in Lymphedema: In lymphedema, stromal integrity is compromised, resulting in weakened lymphatic vessel walls that can lead to leakage or collapse. Fibrosis or ECM remodeling reduces lymphatic drainage capacity. Impaired stromal cell function limits the repair of damaged vessels. Parallels to My Thesis: This mirrors stromal thinning in keratoconus (corneal stroma) or enamel pitting (dental stroma), and breech fetal positioning, where deuterated collagen and proteoglycan defects reduce biomechanical strength. This is the REAL reason why cartilage, tendon, and disc tears are so common tday in the Western World. Their entire water table is deuterated and it effects many systems that use semiconduction to operate well. Becker laid that case out well for the MS system. Most centralized clinicians still shit the bed on these links even today because of their Rockefeller education. In lymphedema, stromal weakness in lymphatic tissues disrupts fluid flow, akin to stagnant dentinal flow in teeth. This is why so many people with breast cancer have lymphedema and bad teeth and periodontal disease. Few see the connections. Decentralized medicine and dentistry do.

Some early morning pyroelectric measurements. A change in temperature with time (dT/dt) leads to current flow. Nice data on plastic crystals.

Hey Dmg, can we get a Jolting Onslaught/Frenzy roll of VS Pyroelectric Propellant from Vespers please?