Heat Pumps, A.I. and Internet Security

I got a programmer-systems analysis course certificate 45 years ago and never used it occupationally. If I was choosing to try something technical today maybe I would learn to install heat pumps (they say they can extract heat all the way to minus 401- about absolute zero, yet of course the mechanics might not work at that temperature  and the volume of particles required for meaningful compression might be vast).

 I should comment that I hate having external units installed on exterior surfaces of a home. I used to repaint homes and all of those cable connection drill holes and staples to hold wires in place as well as support braces for heat pumps and air conditioners really damage the appearance and security of what should be an encapsulated home exterior letting water and whatever in. It is simply lazy and thoughtless to treat a home that way. In my opinion heat pumps shouldn't be hung on an outside wall; instead they should have a semi mobile strong steel frame of support that is made to keep weather out as well.

https://suno.com/s/Gbaceaahj9BFnPwK

Is internet security a good field for the future? Speed of light quantum computing and encryption plus A.I. permutations of security protocols may make human intervention challenging. I already have difficulty winning chess against A.I chess engines at a low setting. Those humans designing security codes and protocols codes may have a disadvantage too. Yet internet security is an interesting field to investigate and perhaps understand philosophically.

Atmospheric Heating is a Problem Even for Ostriches

 With the irrational exuberance of global warming deniers ascending as politically correct lunacy because it is an inconvenient truth that has been exploited by Democrats somewhat disingenuously it is worth reminding that planetary atmospheric CO2 levels continue to increase. The important 400 parts per million level was passes a few years ago. CO2 is a greenhouse gas. The daft continue to believe greenhouse effects, ocean warming and acidification and sea level rise aren't meaningful.

  Here is a site measuring atmospheric levels of CO2 daily.

Daily CO2 https://share.google/tSher5HuIjCvZwFk4

Ostriches are harmed by global heating and temperature fluctuations too; their eggs have trouble with temperature swings of more than five degrees. https://phys.org/news/2022-05-ostriches-cold.html

https://www.youtube.com/watch?v=yMG-Mi9I0-k

Government to Open When Democrats Get Word From 31/Atlas

Democrats have voted 14 times to keep the government closed and not pass a temporary funding measure because they haven't received the word from Interstellar Comet 31/Atlas party HQ yet to release the nation from the power of Thrall. The party is holding out until Republican submit and extend  snap benefits to poor dogs and cats.

  Thrall is the semi-dingus hegemon from the outer Oort belt providing free intelligence to select Democrat Party leaders. When the comet speaks Democrats listen. When the comet slithers closer to Jupiter, Thrall may decide he has held the world's attention long enough and let the government resume.

Darkening Cold Mysts (poem)

 

The rain was cold and dead
while time fell in every word said
nothing left to be or become
black and white asphalt glare without sun

December set death though mist
wrapping itself like glass around branches
cloud’s anomie left to itself
passes through nowhere closed even to wealth

If the dead were lost on ice
where darkness isn’t an afterthought
time would be equally stranded
in shadows that wouldn’t feel

A solitary spark
a feeling of animation in the distance
farther and colder, more wet and forgotten
less than forgetfulness, as if it never was

Human wickedness the challenge
can’t blame God for that
through open doors to wars for more
given free will he finds time to kill.

https://suno.com/s/qM86xj0nhKMK1QfQ

Irrational Exuberance About Reeves Re James

 Austin Reeves has been scoring a lot in the absence of Luka Doncic and Lebron James due to injuries. Reeves has show the ability to be a competent point guard against some teams. It is notable though that some have decided that Lebron james is now obsolete, and of course that is entirely incorrect.

 James is over 40 with 21 years in the league, yet he still plays at a very high level for two-three quarters of the game. Using James as an opener and closer to extend his quality time is important. He is the best power forward on the team and can give the team a decisive edge in the 4th quarter if rested.

The Lakers have had a tendency to give up large leads in the first quarter compelling them to play catch up. Perhaps resting james in the first and third quarters is a better tactic while letting him bring a different structure to the lakers in the second and fourth.

The Lakers expect a lot of things from the rookie Adou Thiero who is recovering from surgery from an injury last college season. He can be a very aggressive power forward who needs time to improve his three point shooting. Jake Laravia can be a versatile and competent wing defender and forward as well with adequate defense skills. Jarred Vanderbilt is another forward with great defense and rebounding skill yet without much offensive prowess. Rui Hachimura is another forward with middle of the meter all-round skills. None have the power of Lebron James who can even help at center in a pinch.

LA is getting solid center position work this year. They have three centers led by Deandre Ayton who are skillful and improving. The options the Lakers have for mixing quality line-ups this year are better than last. If James is rested and Doncic healthy while the rest of the team stays on track their prospects for reaching and going far in the playoffs are good. It is worth remembering in the Austin Reeves exuberance of the moment that Reeves is not the best defensive guard in the N.B.A., and neither is Luka Doncic. The Lakers will require some interesting rotations and line-up changes that match well against select opponents. Over-playing the declining cardio of Lebron James before the 4th quarter will reduce his value at helping close out games with a win for the Lakers.

Plainly the Lakers have strong guards. It is reasonable to compare Luka Doncic and Austin Reeves to Jerry West and Gale Goodrich. If Lebron James is like an aging Elgin Baylor, and Laravia isn't yet a 3/4 John Havlicek destined to have 8 championship rings, he is yet a good prospect for a future starter too- perhaps with Adou Thiero. Definitely missing is the Wilt Chamberlain power. Yet Ayton has shown good shooting, rebounding and competence this season.  The Lakers seem to have the potential for being a smarter, faster championship contender perhaps able to match up with strength where needed and speed and bench depth such as the championship OKC team has.

Tax the Rich More to Rectify Democracy from Elitist Power

 Concentrated wealth concentrates political power too. For democracy to work; even a hybrid one with a representative government,  the concentration of wealth need be de-escalated.  Taxing the very rich 60% would accomplish that and roll back the power of plutonomy slightly.

  What to do with the income? Just two things. Pay off the public debt and compensate and support Americans unable to find meaningful work because of changes in the economy from products of the rich like A.I., robotics, other technology and/or social persecution.

  The entire structure of the economy may need to be overhauled soon because of economic, environmental and demographic challenges. A more egalitarian allocation of national income would make it politically possible for needed political adaptation to occur. And that requires much higher taxes on the rich.

One of the troubles of making meaningful political change to the political establishment is the existence of broadcast and paid professional media that panders to select elites on the left and right, and that perpetuates the existence of elites on the left and right running government rather than a more egalitarian selection of society. 

https://suno.com/s/YCA3bPVtCQ4htVIP Humbled Fingers

Grok Elucidates Solar-Powered Yellow Brick Roads Paradigm

 The "Yellow Brick Road" Paradigm: Sodium Solid-State Batteries + Solar PV in Highway Pavements-Your idea of a "yellow brick" (or brick) road—highway paving that harvests sunlight via photovoltaics (PV) while storing energy in embedded batteries—is a visionary blend of infrastructure and renewables. It's like turning the mundane asphalt jungle into a decentralized power grid, generating and banking electrons right under our tires. This isn't pure sci-fi; it's building on real 2025 advancements in sodium solid-state batteries (cheaper, safer alternatives to lithium-ion) and solar road tech. Below, I'll break it down: the core technologies, integration potential, feasibility, challenges, and a roadmap for making it real. Think of it as paving a path to energy independence, one electrified mile at a time.1. Sodium Solid-State Batteries: The Affordable Energy Vault Under the Road, Sodium solid-state batteries (Na-SSBs) replace liquid electrolytes with solid ones and use abundant sodium (from salt) instead of scarce lithium. They're safer (no flammable liquids), denser (more energy per kg), and cheaper—ideal for large-scale embeds like roads, where you'd need tons of material without breaking the bank.Key 2025 Developments:

• A major breakthrough from the University of Chicago stabilized "metastable sodium closo-hydridoborates" as a solid electrolyte via rapid cooling after heating, boosting ionic conductivity by 10–1,000x over prior versions. This enables thick cathodes (O3-type with chloride coatings) that perform like lithium at room temp down to freezing—crucial for outdoor pavements.
• Energy density: Projections hit 300–500 Wh/kg with thousands of cycles, undercutting lithium-iron-phosphate (LFP) costs. UCSD's thick-cathode designs retain performance at room temp, raising Na-SSB benchmarks.
• Other advances: Quasi-solid Na batteries for high-rate charging (Nature, July 2025); hybrid Li-Na metals for better dendrite resistance (Georgia Tech, June 2025).

Why Sodium for Roads?

• Abundance & Cost: Sodium's everywhere (seawater, salt mines); mining it wreaks less eco-damage than lithium. By 2025, grid-scale Na-SSBs are commercializing, with market forecasts to $XX billion by 2035.
• Road Fit: Solid-state means no leaks, vibration-resistant for traffic. Embed thin layers (e.g., 1–5 cm) beneath PV surfaces for storage—think modular "bricks" that charge EVs wirelessly or power lights/traffic cams.
• Apps: EV dynamic charging (inductive pads), grid backup, or even de-icing (via resistive heating from stored energy).

2. Solar Photovoltaic Road Paving: Harvesting Electrons from AsphaltSolar roads embed PV cells into pavements, turning highways into giant panels. Innovations focus on durability: transparent, load-bearing covers over flexible/thin-film solar cells.Materials & Innovations:

• Core Tech: Hexagonal or slab PV modules in concrete/asphalt; tempered glass/polycarbonate tops for traction/weather resistance; nano-coatings for self-cleaning/anti-glare. Piezoelectric add-ons generate extra power from vehicle weight.
• Energy Yield: Horizontal setup yields ~10–20% of tilted panels, but roads' scale compensates—e.g., 1 km could power 100 homes. 2025 upgrades: Better indirect-light capture, wireless EV charging lanes.
• Examples: Netherlands' SolaRoad (70m bike path, 2014–ongoing) exceeds expectations, powering households; China's Jinan highway (1 km, 2017) uses transparent concrete but faced theft; US Solar Roadways (Idaho parking lot) integrates LEDs/heating; Georgia's Wattway EV charger (2020).

2025 Outlook: Modular designs for easy retrofits; hybrids with traditional asphalt. Projections: Widespread in sunny spots (e.g., US Southwest) by 2030, cutting urban heat islands via reflective/cool pavements.3. Joining the Tech: A "Yellow Brick" Hybrid PavementIntegrating Na-SSBs with solar PV creates a self-contained system: Top layer harvests photons → middle PV converts to electrons → bottom Na-SSB stores for on-demand release. No exact 2025 prototypes yet, but it's feasible per reviews.How It Could Work:

• Layered Design: Transparent PV top (e.g., perovskite cells for flexibility); solid Na electrolyte "bricks" below, wired via conductive asphalt (graphene-infused). Excess daytime energy charges batteries; night/off-peak discharge for EVs or grid.
• Feasibility for Highways: Roads' flat exposure suits PV; Na-SSBs' cold tolerance fits variable climates. Simulations show lifecycle energy payback in 5–10 years if LCOE drops to <$0.2/kWh. Embed in medians/shoulders first (less traffic stress), scaling to lanes.
• Performance: Combined: 100–200 kWh/m²/year generation + 200–400 Wh/kg storage. Quasi-solid Na variants enable fast discharge for peak loads (e.g., rush-hour charging).
• Related Concepts: Solar-absorbing asphalt with thermoelectric storage (2024); CA highways pairing PV with off-road batteries (1 GW potential by 2030). No sodium-specific road integrations yet, but Na's scalability screams "infra candidate."

Pros, Cons, and RoadblocksPros:

• Decentralized Power: Roads as "batteries on wheels"—charge EVs dynamically, reduce grid strain, cut emissions (e.g., 1 mile of solar road = 1 EV's daily charge).
• Economics: Na cuts costs 30–50% vs. lithium; vast road area (US: 4M miles) could generate 10–20% national electricity.
• Multi-Use: Safer AVs (LED markings), de-icing, stormwater management.

Cons/Challenges:

• Durability: Traffic (10M lb/day loads) cracks PV; dirt/shade cuts efficiency 20–50%. Na-SSBs need vibration-proof seals.
• Cost: $1–5M/km initial; LCOE high (~$0.16/kWh) until scaled.
• Tech Gaps: Heat buildup in pavements; Na dendrite formation (mitigated in 2025 designs). Field tests limited—mostly labs/bikes, not highways.

Paving the Path Forward: 2025–2035 Outlook; By late 2025, Na-SSBs hit grid pilots, while solar roads expand (e.g., 8MSolar's modular kits). Integrated "yellow bricks"? Prototypes by 2027 via DOE grants; full highways in sunny states (CA, AZ) by 2030. IDTechEx forecasts Na market boom, enabling cheap embeds. Start small: Medians as testbeds, scaling to your electrified Oz.This paradigm could redefine roads as revenue generators—curious about prototyping costs or a specific calc (e.g., energy yield per mile)? Let's iterate!

https://suno.com/s/MxwWi90zz8JpVjch Planets are Cold Syrup