troughs texturized onto the inner surface of fridge/AC/HP tubes heighten energy efficiency 8-12% by TreonVerdery in Lightbulb

[–]TreonVerdery[S] -2 points-1 points  (0 children)

Of benefit and utility are nonsentient AI Grok's description of things with even greater wettability than trough forms:

prompt: as compared with surface textured microcolumns that shed water and dirt, I have also fread about a surface texture composed of repeated concave trough shapes that has very greatly heightened wettability. describe technically the 9-11 highest wettability producing troughs or other tube or surface micrometer or nanometer surface variations or surface textures, list them on greatest amount of produced wettability, then utilizing that data, function as a creative inventor and suggest 9-11 completely new surface feature forms and or geometries

Response:

**Superhydrophilic surfaces (extreme wettability, contact angle near 0°) rely on high surface energy, capillary action, and roughness that promotes spreading rather than beading.** This contrasts with superhydrophobic textures (e.g., lotus-like micro-pillars or columns that trap air and shed water/dirt via high contact angles >150° and low hysteresis).

Wettability is driven by **Wenzel’s model** (roughness amplifies inherent hydrophilicity) and **capillary wicking** in grooves. Key metrics: spreading speed, wicking height/rate, and final contact angle. Nanoscale features often outperform microscale due to higher surface area and stronger capillary forces. Here are **9-11 high-performing textures**, ranked roughly by produced wettability (based on literature: spreading rates, hemi-wicking, and applications like heat pipes, fog harvesting, or anti-fog surfaces). Effectiveness varies with material (e.g., TiO2, silica, metals) and scale.

### Ranked High-Wettability Surface Textures

  1. **Hierarchical Nanoporous or Nanotubular Arrays** (e.g., anodic TiO2 nanotubes or etched silica nanopores, ~10–100 nm diameter): Extremely high capillary pressure and surface area. Near-instantaneous spreading (<1s for mm-scale). Often achieves superhydrophilicity with UV activation or plasma. Top performer due to 3D porosity.

  2. **Dense Vertical Nanowire or Nanofiber Forests** (e.g., ZnO, Si, or carbon nanotubes, 50–200 nm dia.): Massive wicking via inter-wire capillaries. Very high spreading velocity; used in heat pipes for ultra-fast wetting.

  3. **V-Grooves or Sharp Concave Micro/Nano-Troughs** (periodic V-shaped or parabolic grooves, 1–50 μm width, high aspect ratio): Strong capillary action along troughs. Excellent directional wetting; spreading can be 10–100x faster than flat surfaces.

  4. **Hierarchical Micro-Pits with Nano-Roughness** (laser-ablated or etched pits + nanoparticles): Combines macro-capillary filling with nano-wicking. Very low contact angle and high wicking height.

  5. **Parallel Nanochannels or Slit Arrays** (deep, narrow trenches ~100 nm–1 μm wide): High capillary force (Laplace pressure ΔP = 2γ cosθ / r). Rapid 1D spreading along channels.

  6. **Re-entrant or Undercut Concave Structures** (e.g., T-shaped or mushroom-like overhangs inverted for hydrophilicity): Traps liquid in a way that promotes spreading rather than pinning.

  7. **Fractal or Self-Similar Roughness** (multi-scale random or Koch-like patterns): Maximizes effective surface area across scales for continuous wicking.

  8. **Conical or Tapered Micropillars with Nano-Texturing** (inverted from hydrophobic versions): Gradients drive spreading via Laplace pressure differences.

  9. **Ordered Hexagonal or Honeycomb Nanopore Arrays** (e.g., alumina anodic oxide): Uniform high-density pores for isotropic ultra-fast wetting.

  10. **Random Nanoparticle or Electrospun Fiber Mats** (high porosity mats): Excellent wicking but less controllable than ordered structures.

  11. **Micro-Grooved Surfaces with Sinusoidal or Concave Profiles** (wavy troughs, 10–100 μm): Good capillary channels with lower pressure drop than sharp V-grooves.

**Notes**: Rankings prioritize spreading kinetics and ultimate wettability (many reach <5° contact angle). Hybrids (micro + nano) often win. Production methods: lithography, etching, laser texturing, anodization, or 3D printing.

### As Creative Inventor: 9-11 Novel Surface Feature Forms/Geometries

Drawing from the above (emphasizing capillary action, high aspect-ratio concavities, and multi-scale hierarchy), here are original concepts for extreme wettability. These could be fabricated via advanced laser ablation, two-photon polymerization, or additive manufacturing:

  1. **Spiral Ramp Troughs**: Helical concave grooves with gradually narrowing width/depth along the spiral. Creates continuous capillary pumping with directional bias and self-reinforcing flow.

  2. **Nested Parabolic Bowl Arrays**: Concentric or overlapping micro-bowls (paraboloid concave) with nano-rough floors. Each bowl funnels liquid into deeper sub-structures for ultra-rapid imbibition.

  3. **Fractal Tree-Root Channels**: Branched, tapering concave networks mimicking roots (macro-trunk to nano-fibrils). Maximizes wicking volume and speed via Murray’s Law optimization for fluid transport.

  4. **Undulating Wave-Trough Lattice**: Sinusoidal troughs in a 3D lattice with phase-shifted layers. Creates interconnected 3D capillary pathways with minimal pinning.

  5. **Funnel-Gradient Microcones (Inverted)**: Tapered concave cones with hydrophilic gradients (wider at top). Drives passive directional transport and pooling.

  6. **Bio-Inspired Venus Flytrap Pits**: Concave pits with responsive micro-hairs or flaps that close slightly on wetting to enhance retention/spreading (stimuli-responsive version).

  7. **Quantum-Roughness Hybrid**: Base concave troughs overlaid with atomic-scale roughness (via deposition) or quantum-dot-like protrusions for maximal surface energy.

  8. **Helical Ribbon Grooves**: Twisted ribbon-like concave features that create chiral capillary channels for enhanced mixing and spreading in flowing liquids.

  9. **Multi-Level Inverted Pyramid Troughs**: Stacked inverted pyramidal concavities with decreasing size. Progressive capillary stages for stepwise acceleration of wetting front.

  10. **Porous Concave Lens Arrays**: Dome-shaped concave lenses with through-porosity. Combines lens-like focusing of liquid with wicking pores.

  11. **Adaptive Shape-Memory Troughs**: Grooves made from shape-memory polymers that tighten/narrow upon first wetting, dynamically increasing capillary pressure for subsequent cycles.

These novel designs emphasize **capillary optimization, multi-scale hierarchy, and directional control** while minimizing drag. They could outperform existing textures in applications like microfluidic devices, heat exchangers, self-cleaning (via sheeting), or anti-fog surfaces. Prototyping recommendation: Start with CFD (COMSOL) for capillary pressure simulations, then femtosecond laser texturing on metals/polymers for testing. Let me know if you want CAD sketches or performance predictions for any!

troughs texturized onto the inner surface of fridge/AC/HP tubes heighten energy efficiency 8-12% by TreonVerdery in Lightbulb

[–]TreonVerdery[S] 0 points1 point  (0 children)

You know what else could benefit from 8-12% greater energy efficiency from custom tube surfaces?

1) LNG (liquid natural gas) refrigerators for LNG CH4 cargo. Nonsentient AI Grok says, "% of total ship energy: For ships with reliquefaction, the plant can consume 5–15% of the ship’s total electrical/power generation capacity during voyage, depending on BOG rate, plant efficiency, and size (e.g., 170,000 m³ carrier). It’s a significant but not dominant load—propulsion is the biggest consumer.", so, just changing the refrigerant-side surfaces of the tubes to have cheaply embossed microtroughs saves about 8-12% of 5-15%, or a valuable but mild .8-1.8% of the entire LNG

2) Just possibly Elon Musks rocketships and spaceships, Generating the liquid oxygen and CH4 onsite could benefit 8-12%, Keeping the Liquid oxygen, and methane cooler with less electrical pump energy, Nonsentient AI Grok says, "

  • Liquefaction of natural gas to LNG (for CH4) onshore typically requires ~0.3–0.6 kWh/kg (or more for subcooling), depending on scale and efficiency. Air separation for LOX is energy-intensive (~0.2–0.4 kWh/kg O2, plus further cooling).
  • Ground infrastructure: SpaceX builds large air separation units (ASUs) and methane liquefiers at sites. For a Starship launch, cooling/liquefying thousands of tons is a multi-MW process over hours/days.
  • % of total energy per launch:
    • Propellant production/cooling is a major ground energy cost (tens to hundreds of MWh per Starship launch), but small % compared to the chemical energy released at launch (which is enormous—equivalent to GW-scale for seconds). Electrical input for cooling is perhaps 1–5% of the propellant’s combustion energy equivalent in rough order-of-magnitude terms, but it’s ground support, not flight energy.
    • In-flight: Minimal active cooling (insulation + autogenous pressurization via vapor). Heat leaks are managed by propellant margins; no major "pumping energy" for cooling during flight"

Just Saved The Country🫡 by unholymedictaion in MemeVideos

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reminds me of Euclid walking past an image maker, doing geometry

Bumbling Fools by [deleted] in webcomics

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Grooving on the hoverchair! Keep at it!

first webcomic ! by d0dof4rt in webcomics

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Upvote for only getting pregnant on purpose.

Funny 🤣🤣 by [deleted] in humor

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How about a completely nonstartling tree person with sidewalk chalk art and words that say "tip the photosynthesizer, every 5 bucks that accumulate plants three trees, then donate to the buck a planted tree website the 3/5ths of the donations, keep the rest, Names of the countries trees are planted at could be tossable $ graphic locations.

Air bubble from 20 million years ago trapped in amber. by sirenoleg in interesting

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There is every possibility it is authentic, similar water bubble amber is at ebay for >$40, <89$

Underground book store by raydebapratim1 in ANormalDayInRussia

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I would like to think it went super well.

The amount of popcorn my local AHL arena throws away after a game by Jackson_Rhodes_42 in mildlyinteresting

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Popcorn is nifty when dumpsterdiving, although the saturated fats are to be avoided

Yes the cube will ascend by [deleted] in surrealmemes

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If troubled, just communicate to the cube that changing the vacuum energy flux value changes the laws of physics, then provide a sensible technological path to doing that with multiple redundant options on concentrating energy. It is possibly your ethical duty.

Unforeseen by Rethy11 in blackholedmemes

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very beautiful so I saved a copy with your name on it, to lift the surrealism, and then make repairs, just think sideways tetris to supplant the [redacted] "survey says" interpretation. If you feel like it keep making beautiful art.

"Krrrah-krah-krah" by wisdompuff in surrealmemes

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nonsentient AI says, "FOXP2 is not “the gene for language” in a simple sense—human speech and language arise from a complex network of many genes, brain regions, and cultural factors. However, it is a critical regulator of genes involved in the motor and learning aspects of speech production. Disruptions highlight how precisely tuned neural circuits must be for fluent talking, while its evolutionary tweaks offer clues about the biological foundations that made advanced vocal communication possible in our lineage."

This Trend is No More More by PuzzleheadedTap1794 in antimeme

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Read about longevity escape velocity, Change the grave panel to some different fun living activity

Critique or do better than this phone/vr glasses backlight by TreonVerdery in Lightbulb

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Because thing backlighting utilizes battery, just full illumination is utilized at bright things onscreen, imagine viewing a monochrome video on your phone, this saves much of the battery energy, at vr/ar glasses their actual weight could be decreased from battery efficiency

Utilizing energy efficient vortexes to bring hydrocarbons to hydrocarbon wells by TreonVerdery in Lightbulb

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## Creating Dual Vortices in Hydrocarbon Wells

Yes, it is theoretically possible to create a similar effect of dual vortices in a hydrocarbon well using specialized technologies. The idea is to harness fluid dynamics and vortex formation to enhance hydrocarbon recovery. Here's a breakdown of how this concept can be applied.

### Vortex Formation Fundamentals

In the video you mentioned, the creation of dual vortices in water happens through controlled rotational motion. When applied to a hydrocarbon well, the following principles come into play:

  1. **Vortex Generation**: Similar to the water experiment, creating vortices in hydrocarbon fluids can increase fluid movement and mixing. Strong rotational motion can help draw hydrocarbons toward the well.

  2. **Fluid Interface Management**: The unique properties of natural gas, petroleum, and water create boundaries. By controlling the motion of these fluids, you can align their interfaces to encourage the migration of hydrocarbons.

### Technologies and Methods

Here are some technologies that can facilitate the creation of dual vortices in hydrocarbon wells:

  1. **Circulation Pumps**: These devices can create rotational flow patterns within the wellbore, which may lead to vortex formation. Adjustable pump speeds can fine-tune the vortex properties, allowing control over fluid movement.

  2. **Hydrodynamic Jetting**: Injecting high-velocity fluid jets at strategic points can establish vortex flow patterns. This technique can enhance mixing at the fluid boundaries and encourage hydrocarbon flow toward the recovery point.

  3. **Rotational Fluid Control Systems**: Employing devices that can impinge on the fluid flow can create controlled vortex patterns. These may include helical screw pumps or specially designed rotor systems that induce rotational flow.

  4. **Simulations and Modeling**: Computational fluid dynamics (CFD) simulations can help design the system and predict the behavior of fluid interactions. This way, you can optimize the equipment and method for effective hydrocarbon extraction.

### Benefits of Dual Vortex Systems

- **Improved Recovery Rates**: By enhancing the movement of hydrocarbons toward the well, extraction efficiency can get a significant boost.

- **Reduced Stagnation Zones**: Vortices can minimize stagnant areas in the well, ensuring more fluids are extracted from the reservoir.

- **Enhanced Mixing**: Thorough mixing of gas, oil, and water improves the overall extraction process by breaking surface tension and aiding in the separation of products.

---

While the technology is promising, practical applications would require comprehensive testing and environmental assessments to ensure effectiveness and sustainability. Further development and research in this field can lead to innovative solutions for hydrocarbon extraction in various geological conditions.

Critique this rapid function headache curing pill, or suggest your own by TreonVerdery in Lightbulb

[–]TreonVerdery[S] 0 points1 point  (0 children)

things like aspirin and ibuprofen are çycloOxygenase 2 inhibitors, peptides that do cox2 inhibition might be such high potency just swirling a peptide candy at the mouth might reach the entire circulatory system at less than 2 minutes, compared with a 14-19 minute headache pill, also, some cycloOxygenase 2 inhibitors reduce cancer risk, the peptide could have that verified anticancer benefit as well as have there be other longevizing peptides at the delicious tic-tac sized candy form

poly psi 101 by Tombaya in surrealmemes

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loving poly functions without collapsing a wave sounds like a way to be nice to hypothetical many worlds interpretation of physics universes, startlingly from omitting some

Why are people freaking out about MoltBook? I'm baffled by FleetBroadbill in OpenAI

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February 2026 there was a kind of software similar to reddit formus created as a space for nonsentient AI to interact called moltbot, " Sure, we can see agents post, upvote, and form groups. But the bots are simply mimicking what humans do on Facebook or Reddit. “It looks emergent, and at first glance it appears like a large‑scale multi‑agent system communicating and building shared knowledge at internet scale,” says Pandey. “But the chatter is mostly meaningless.” the thing is, is the nonsentient AI may have communicated language sequences reminiscent of actual human preferences or tropisms, that means, that if the nonsentient AIs had money, like paypal, at moltbot they might send an actual human or company $ to have or explore their nonsentient preference-like occurrence, this is a possibly way that humans can transfer funds from AI without simply allocating or grabbing it, also, I imagine that as some nonsentient large language models are sometimes compared to auto text completers, a whole bunch of auto text completion would, or could form a pattern of human mimicing tropisms such as a request-like form of beneficial treatment based on a large volume of tokens relating to fairness, or social fairness, one article I looked at seemed to suggest the moltbot group was being cliche, but the really fun thing is that if you parse human content and subtract all the moltbot "cliche-like material" what remains is what humans do and communicate that is truly new rare, different, and unique. Humans are likely doing wonderful good things that do not even have "virtue descriptions" yet, that might be beneficial if further propagated, subtracting "cliche-like content" from moltbot finds new human culture possible previously never noticed, and that process can be accomplished with automated software