southpacifictecstartups

[southpacifictecstartups]

How would you design your Smart phone?

Major-Minor-Minor-Major-Major-Minor-Diminished Cord pattern Seventh B C D E F G A Jaz/13th A B C D E F G Fifth G A B C D E F Jaz/11th F G A B C D E Third E F G A B C D Jaz/9th D E F G A B C Root C D E F G A B Major Minor Minor Major Major Minor Dim

Modes (Same graph) Locrian B C D E F G A Aeolian A B C D E F G Mixolydian G A B C D E F Lydian F G A B C D E Phrygian E F G A B C D Dorian D E F G A B C Ionian C D E F G A B Major Minor Minor Major Major Minor Dim

C Major- Upbeat holding a middle ground which is like the rising morning sun which is full of potential forming part of the common rising community. Is it going to be a good day or a bad day, the innocent do not predict. Powerfully wise and blind with supposition framing statements.

C Minor- Sad disappearing melancholy of reflective grief, disappointment and regretful enlightenment, emotionally introspective with reflective answering working space.

DB Major- Gothic tribal grief, folding contrasts of selfillumination, rhythmically conclusive, truth seeking through acceptance and self contradiction, full spirit grief enchanted by irony.

D Major- The emotional battle drum of triumph, matter of fact, affirmative heightened reflexive harmonic statements, half-relief and half-conclusive, a profound statement of self. Soul mantras of recently gained insight urging to the masses of people.

D Minor- Chanting acts of law and fact, weightiness and significance, dark tones of responsive action, cornered into one response, absoluteness, and negative concessions of serous events.

D# Minor- A haunting thought of clouded realizations, grand irony to surrendered circumstances, a clarity of the whole in light of a state of collapsing confusion, reflective doubt, ghostly hollows, existential dissociation.

EB Major- Halo’s of completion- the truth is profound and hard, but also harmonic to the pre-tense, loved dreamed anew on the sorrows of yesterday, triumphant or stubborn spirits endure.

E Major– Reflective, incomplete optimism, mellow contemplation, soft victories of enlightenment, life off-key Namaste from Valhalla with the spirit, a tribal confession, mantras of the campfire, a narrative of emotional life, relationships of contrast.

E Minor- Agitated, dark panoramic, restless entrapment, ascending problematic selves, incomplete contemplation of dark spaces, wailing angels of self destruction, gothic trumpets of dead empires.

F Major- A lost cause, passive aggressive commiseration, sentiment in what ifs and what it is, frustration tempos, a wild and calm ocean lost in a witches spell, mild celebration of dark tones.

F Minor- Abstracted reflection, obscure truths, ceremonial haunting, a worshiping of dead ghosts, defeated empires of valor and reflective agony or allegory.

F# Major- Serenity, a release of emotional baggage, finding a perfect moment in clarity, winning peace, a delicate sense of awareness, moments of old photos, a connection to each other in the light breeze.

F# Minor- Vocations of light against the darkness, a challenge to escape or revival, a lost irony, peace amidst the gore and silence, lost opportunity, the loss of something in the ending. Gothic, reflective melancholy, vintage nostalgia.

G Major- Light metallic, summer sunshine, upbeat logic, like words- like Zen- like harmony, poetic peace, horizon existence, resolute of faith, joyful chaos in the dance of life on a burning world. Rhythmic fantasy tales for a world that does not believe.

G Minor- A disconnect, rushed anxiety, hyper reality in the void, lost adventure, disassociation, wish fulfillment of escape, rust on rusty, grimy times in maleficent rhymes.

AB Major- The haunting of eternal death, panoramic visions Namaste from Valhalla of hopeless time from birth to death, time of yesterdays ghosts, songs in the silence, whispers in the change, dreams of lost folly, enchanted meanings of life lost at sea.

AB Minor- Foot marching to stoic remedies of indifference, self reflective loneliness, idol time in empty voids, an echo of self truths, wisdom of loss, to be tamed by civilization.

A Major- Uplifting, wanderlust, ‘innocent, wild, and free,’ love resolute in ancient fate, campfire star embers, rolling beach wave melodies, a calling chant for the wild, up-swing on adventure calling, old spirits of freedom.

A Minor- Smooth direct in the moment energy, hyperbolic self, mellowed revolutions past, resolute acceptance, familiar contours, the timing of soft emotions, comforts of dust.

BB Major- Upbeat bliss, to love summer rain, dancing birds, lost people dancing through the crowd, a breathing of chaos enchanting peace, rising gentle seasons of mornings victory, an old garden walk.

BB Minor- Omnipotent darkness, the eternal divine, the tragedy of haunting, conjecture of fate, to dwell between time, nocturnal thoughts of light, the beautiful parts in a nightmare.

B Major- Kissing the wild in a rain storm, the human animal, spirits undying call of wisdom, reflexive light and dark, a wildling song of dark forests.

B Minor- Solitude from the masses, coco to the flickering stars, meditative longing to conclusion over incompletion, a fire dance of fate belonging to the present company, romantic endings of grandiose visions.

I propose a simple concept that has already been proven in different sub-forms. I split water into three simple grades, to flush toilets, to wash hands, and drinking water. Sub-standard water for flushing can be stored stagnant to varying degrees from the rainy season and polluted rivers (E. coli). For washing hands depending on depth of summer and dry season, I would skew from filtered water to drinking water.

I will address the main concern primarily around drinking water, as is Maslow’s hierarchy of needs. I would use a two process solution, and the easy description of it is waste is held in a solar oven and gas is harvested from the waste, which is ignited over copper pipes exposed, and copper pipes wrapped in glass sand, where water is evaporated into a condensing unit. In much the same way an alcohol still operates with copper tubing wrapping around a cylinder filled with sand, the central chamber would be used for the burning of dry waste, adding to the thermal velocity. Technology that already exists-

Double shaft E-waste shredding machine.

Solar Ovens.

Alcohol stills (wrap around water evaporation tubing).

Pot Belly stove (central burning unit).

Convex glass.

Bio gas generators.

Reflective heat accelerator petals that follow the sun.

The primary drawback is burnt waste coating the glass. The Smart Flower Solar panel has a similar design, but in a flat circle one presumes a higher back rotates around a circle to increase light and heat over the convex glass. This is the primary treatment centre the secondary process is water evaporation into drinking water.

I would consider a water priming system in the notion of a solar oven that follows the sun as such below-

But the problem is stable consistency and waste processing. There is less equipment to get to drinking water; however it is battling a toxic ecosystem. If I was to be a total perfectionist, about the complete system, it could be possible to half process waste by introducing a bamboo farm, which takes the surface water to a shallow pool, and is used in the same way rice is grown (with a film of some sort to prevent mosquitoes).

The secondary harvest of waste and water would incorporate old tires that are reformed into torus shapes at about 4 meters by 8 meters. A Norwegian company has found a way to freeze tires and break them down. with a few ratchet straps and old fire hoses (American has a good supply), you could in theory plant a pine forest in the desert, or rare trees, with woods used of musical instruments.

Ideally it is all about reducing processing energy. One last point is in a large processing plant, there was the ability to produce electricity from the gas through generation, including non-generation (a reactive converter that produces water and electricity).

Primary-

Secondary-

Solar photovoltaic (PV) function less effectively with hot temperatures, this is one of the contrasting elements of this problem. My solution requires a black lip/frame around the PV unit that is a heat transfer system; MIT engineers develop “blackest black” material to date made from carbon nanotubes. Heat causes atmospheric distortion which changes the index of refraction of the air. This makes light change direction. In the case of light passing through a solid transparent medium, such as glass, heat energy causes a change in density (expansion) which also alters the refractive index. In Cymatics typically the surface of a plate, diaphragm, or membrane is vibrated, and regions of maximum and minimum displacement are made visible in a thin coating of particles, paste, or liquid. Different patterns emerge in the excitatory medium depending on the geometry of the plate and the driving frequency-

In a Reverse Aeolian Process which pertains to wind activity in the study of geology and weather; and specifically, to the wind's ability to shape the surface of the Earth, but in a reverse state it uses geographical shapes to shape wind activity or  atmospheric distortion. So what you get from a type of Cymatic Reverse Aeolian Process in a type of Synthetic Doppler Effect, when light has a type of half life on reflectance. So in a sense it creates a kind of micro climate, and there is also opportunity in a micro climate to create a vacuum by utilizing the shaded air below through the PV cells through channeled macro/micro vents, which would keep the surface temperature cool and split light from heat and support wave control.

On a windy day I presume this process would not be as functional, but in terms of an improvement, it is. I am sure this is not my only thought on the issue; I will meditate on some more ideas and upload them accordingly. 

Here is how Apple describes Photonic Engine:

"Through a deep integration of hardware and software, Photonic Engine improves mid- to low-light performance for photos across all cameras: up to 2x on the Ultra Wide camera, 2x on the TrueDepth camera, and an impressive 2.5x on the new Main camera. Photonic Engine enables this dramatic increase in quality by applying the computational benefits of Deep Fusion earlier in the imaging process to deliver extraordinary detail, and preserve subtle textures, provide better color, and maintain more information in a photo."

The problem is the unproductive nature of the weave pattern; hence economic clothing suits mass production of simple forms. My solution involves a pattern design with complementary elements.

The weave pattern is classic stitching is a 2D shape of squares which does little to define the various cooling elements of the body. 

Armpits and Shoulders- Hemp for its natural UV blocking characteristics and strength.

Torso- Cotton for its lightweight breathability.

Plastic Threading- Its ability to use the body’s static electricity to move moisture along a thread with the assistance of gravity.

Channel Gradients- Favoring sitting and walking, the weave pattern is much in the same way you find hull ripples beneath a boat.

T-shirts Waistband- Viscose-based fiber (plant cellulose) filler that holds shirts breathability shape, and is linked to the plastic threading to evaporate moisture. On a scale to a concentrated evaporation point.

Concentrated Evaporation Point- In much the same way a silica gel works the most aerated and lowest centre of gravity which presumable is the Sacrum suits walking and sitting. It operates in much the same way a reversed humidor would work,

Air vents- For total system processing reduction, can be represented by less complex weave patterns in hot spots such as the armpits, including holes, and a 2 cm meter fanning system from skin to promote fanning effect through movement, which would require form fitting to represent waves, of which birds float on currents of air generated by the waves. This should spilt moist air below and hot air above.

Internal and external plastic threading- In theory its is shorter to transport moisture through the shirt than to the waist band, I would design a three step process-

Cool air attractive positive forces

Hot air expelling positive forces

Humidity draw positive forces

This could be achieved with plastic fiber size and density, which all leads to a holistic efficient benefit. Plastic does not breathe; it would be used sparingly, less than 3%

Summary-

While the shirt would have to hold operational consistency through wash cycles, all materials are used in clothing regardless. For waist and legs, it is just a copy and paste system based on the human body (aerodynamics, seasonal variations, and thermal dynamics). In function to form, in much the same way micro climates operate; cultures, geographical climates, uses, and lifecycle all contribute to slight variances. The drawback is the plastic fibers (strings) not being biodegradable, but if it was essential in say a school uniform, then it would be considered justifiable, but there are biodegradable options, although it is unknown if it should harvest static electricity.

In terms of the ripples internal to external layers, it could include wave function (armpits) to evaporation ports (air vents) to external evaporation channels (leading below the arm pits (fanned by arm swinging), as well as internal ripples for positive charged, gravity forced, evaporation chambers to the waist band scale.

All of this can be copy and pasted to the entire outfit. Essentially the shirt functions in a three dimensional plane as opposed to a two dimensional profit model.

I have several ideas on Solid Biomass Ignition starters; incidentally they use a theme of desired minimal re-processing. Consequently, I always thought a soft recycling of paper for press molds with substandard water, can produce biodegradable pot plants. I have always wanted a single pot plant mold that I can soak letter box promotion pamphlets in a bucket of water and put them in a mold, and leave it in the sun, much in the same way you would use two different sized cooking pots. Ignition starters need good airflow, and I am reminded of ice cubes in that a small ice cube with a different color is incased in a larger ice cube of another color, with perhaps an herb spring through both. In this context a triangle inside an octagon comes to mind, which is ultimately meaningless if they have the same density and consistency. But if they were soaked in the pre-process of higher and lower density accelerants the, external shell sets the metrics for the internal structure.

While the brief indicates a clean burn, and I think of minimal re-processing of recyclable goods or processing into consumable accelerants, I am reminded of used cooking oil, which is refined into fuel. Used cooking oil would not burn as clean as one would wish, but in a half step process you have thermal mass and stability. Additionally, waste wood in forests that add fire risk, could be harvested to insert a cross section through the shapes; imagine if you will, a tower of toothpicks and suspended triangles, bonding a core thermal combustion scenario over a time scale. At a certain temperature, the combustible vortex is itself the cleaning agent. For the outer husk I would use a plastic derived fuel accelerant, which has high process interaction, however in terms of total product, I can envision back to back, complementary processing systems.

Many industries have byproducts, some of them are accelerants, and it is possible to coat the shapes in a third shell, whereby the accelerant matrix has a-

Slow and warm burn

High and intense burn

Stable and deep burn

Combustible dust could be enchased in the final mould, which is a common by-product of the manufacturing industry, and particularly if the internal shell acts as an aerosol over time, requires an inert system. The balance between the three shells is desirable the flash point of each ignition. The recipe would be different depending on commercial use verse production use, in terms of handing, cycling, and storage, but these systems seem to be complementarily suitable to a functional plant, in that it is cost reductive in a sense.

Vaseline is a by-product of the oil industry along with sulfur and can be used in Fire Jelly, along with calcium carbonate and vinegar which is very readily available (meat works, and the like). In a back to back proceeding system, fermentation of vinegar could be efficiently produced by cooking oil/plastic fuel production. Dried coffee beans are also another dust particle in that the outer shell has its own aeration pockets, with the dried fire jelly crust.

It all comes down to location, desired sourcing miles (as is food miles), application destination, and minimal processing verses back to back functionality on market application. The key themes are-

Recycled biomass must already have an established recycle market.

An acceleration product must already have a productive application.

Which means- cost reduction is inter-relative

As scale is relative to application.

Process is relative to need.

As the seeker has little information on market context, developed, undeveloped, or otherwise, the skew is relative to simply altering the mixture. With that in mind, most mentioned by-products are universal, can be obtained in an efficient bulk, and processed on site at harvesting sites close to cities and industries. While bio-mass is cleaner than coal, and there has been significant development in air scrubbers at coal plants, in a purely industrial setting, I am reminded of the back yard mechanics that used hydrogen production into the air intake vents for better fuel efficiency using glass jars, and also of the French algae lamps that produce oxygen. In terms of combustion if hydrogen was to react in aerosol form with an accelerant such as sulfur you may have a chemical bond that can ignite high density products.

For the final shape I would use a circle, because if it is enchased in the bio-mass and as the jell/husk melts, it sinks the bio-fuel that is suffocating it. What this results in, is a kind of hot coals effect, in that the base of a triangle feeds its own surface plateau, individually or as a group. Evaporating water molecules in vinegar also provides good movement, and with a hydrogen/oxygen air intake system, flash points should be relatively stable. 

A difficult problem to find a solution to-

Noble gasses have been found to have magnetic properties at super low temperatures. The chlorine atom in HCl develops a partial negative charge and hydrogen atoms develop a partial positive charge due to the higher electronegativity of chlorine. This allows chlorine to draw a shared pair of electrons towards it. Such compounds are called polar covalent compounds. Possible solutions to splitting that could operate in symbiotic relationships could include-

Heat exchange vacuum

Pressure exchange vacuum

Super conducting vacuum

In watching gold mining shows I always wondered how easy it would be to duel mine in a Trommel wash plant, for gold and black sand. Black sand mining is something of a concern with environmentalists trying to protect beach sand. To mine for black sand using a Trommel you would magnetize the external cylinder and scrape it off at a de-magnetized point similar to a window cleaner swiping bubbles into a sack. The question remains, how could you complete the same process for HCI. Consequently, temperature affects electrical resistance, consider the two types of charged particles inside an atom: negatively charged electrons, whose motion generates current; and positively charged protons, which are 1,800 times heavier. You could not create a feedback loop to a super cold electric charged magnetic metal because the supply is intermittent, but in a heat exchange vacuum with gravity assist you would force denser objects into a vortex runoff, but it would ultimately affect the primary performance.

You could bond it with a charged particle by bouncing it off a secondary chamber or geometric system if its pressure is consistent, in that flow states obsolete at reduce frequencies, until the negative pressure feedback creates a vacuum in itself. An ionic bond results after a complete transfer of the bonding electrons from one atom to the other. The resulting positively and negatively charged ions are then electrostatically attracted. Ionic bonds rarely have any particular directionality because they result from electrostatic attraction of each ion to all surrounding ions with opposite charge. In metallic bonding, bonding electrons are delocalized over a lattice of atoms. In metals, each atom provides one or more electrons that reside between many atomic centers. The free movement of the delocalized electrons results then in important properties of metals such as electrical and thermal conductivity.

So then if the Trommel represented the combustion chamber and the black sand represented heat transfer then the coating would have to be statically charged positive. Ferromagnetism and Magnetic Hysteresis, repulsion to polar covalent compounds seems like a plausible solution.

The most logical state is solid/liquid lead system surrounding the reaction tank.

Solar Panel Recycling

I recently did an Air Scrubber idea for Rubbish Incinerators; my clean green thinking runs along those lines with this. From a by-product of that process it produces dry wall, heat that turns power into electricity. It could also purify water for consumption. That water purification was similar to an idea I also had for providing clean water on the Inocentive Site. Firstly, manufacturing is extremely expensive, so I examine doing the least first. Theoretically, you could repurpose those solar panels into commercial free range chicken coups as walls and roofs. The dead energy could power a phone, cooling and heating. I am not sure if you send energy to the panels that they produce heat, but it seems like a dead panel to dead panel co-enabled possibility. With the emergence of electric powered boats, a dead solar panel in a similar configuration could absorb residual energy run-off, to prevent electric shocks, in a commercial boating sense, as they would not be very esthetic. 

My recycling idea is a combination of different inefficient industrial processes, which has a lot of waste energy.  It is basically a Rubbish Incinerator with water pipes beneath it. Above sits a Mixed Materials Recycling Furnace, which melts materials at different heights within the furnace and splits those individual materials and separates them. Above the materials recycling furnace is an Electric Arc Furnace, that uses the combined residual heat to process metal. Heat Rises and steam rises, depending on production processing costs, it may be more efficient to switch the Electric Arc Furnace to the middle of the process if its melt point is more expensive than a Mixed Materials Recycling Furnace.

Additional commercial product advantages-

Dry wall.

Heat and Steam.

Hygienic Water.

Mixed materials recycling.

Metal production efficiency.

Circular power rotation.

Rubbish management.

Cleaner complementary industry processes.

Pressure in the form of steam

It is envisioned that a water system as an artery gravitates from fluid to steam, to regulate ambient temperature controls, but does not impede production maximization. One example may use the golden ration as a spiral system of water steam pipes above the furnace from the precursor of water preparation on the rubbish incinerator floor.

Air Scrubber

My solution is creating a light weight slurry vortex at the base, in that the weight of the water does not produce a pressure feedback into the combustion chamber. I would have three (maybe four) water weights (slurry weights) in corresponding individual fumes. At the base of the first fume, I would have a cylindrical tourus where the gas inlet is beneath an internal water fall (slurry). From that, the gas rests in a pressurized system, and a tourus runoff system can treat the slurry in process of scrubbing. If budgeting and space was a problem you could build it around the base of the fume that’s already there.

I think this is a better precondition, of processing the gas because pressure waves can be adjusted to slurry speed and 100% of the gas has to pass this initial step.

If the initial slurry is aerated for secondary products such as dry wall, you can use gas momentum and ambient air pump saturation to force the gases through a second slurry weight. I would use a build beside system and a standard flume system could be modified by changing the gas inlet from the middle to the bottom.

I think it is better to build on a good design than try to reinvent the wheel. However if weight to volume reduces pressure, then resistance to cascade momentum is relative to height and levels, or different sizes (Volumes). For example, there is less chance for a feedback response if a second fume was raised on a platform and the outlet tube from the secondary fume to the third was longer and split the gas into smaller air particles and bubbles (a slurry bubble bath). Obviously, any already standing fume could act as a bypass in case of problems.

The combined weight and pressure of the preceding slurry plugs could be counter balanced with a high volume ambient pressure vacuum (pressure escapes to volume). One would presume the chamber to be relative to the incinerator in terms of pressure and direction. While I could not presume a top down or bottom up gas inlet, or a duel process, the theme is ambient aeration of particles for processing through a flow state vortex.

If activated carbon is used to treat mercury then pumice at around $44.00 a ton, bathed in it, could form a primary air filter. It could be possible to turn the pumice into a secondary product or even design a synthetic density profile of something similar. As mercury is a salt, one synthetic version of a pumice stone could be similar to Roman concrete that hardeners in salt water over hundreds of years through a process that turns it more alkaline

Mater of trust manufacture hair mats for toxic oil spills, and were mentioned on Business Insider under Human Hair Mats Clean Oil Spills. Why Don't Big Companies Use Them? World Wide Waste. If they were processed with activated carbon and a lime solution would form the final air filtering stage.

In terms of maintenance I would pack waste car tires with the pumice hair mix from the top down, so the most used air tire filters can be pulled from the bottom and then processed leaving the cleaner air filter less used at the top as the other tires drop down. You would simply need chicken wire to build the aire tire filters.

Sea Sample

In the solution requirements with a minimum weight of 5kgs (in air), I considered the task economics in the singular process of one sample say per 2km radius. I do not know the actual task dynamics, or efficiency to scale, but it seems to be cupboard convenient statistics, from an above water perspective. With that in mind, multiple test samples could be more efficient from a macro perspective, but would increase such solution requirements such as weight.

One thing I have always been interested in with underwater craft in cold pressure environments is a type of pressure equalizer in the form of a fluid traveling in the internal housing of the craft. In such a system if the fluid is denser it has natural stabilizing factors and can be heated, from a fiber optic/umbilical cord, which should increase the maintenance life. In the Pedal movie the hide the electronics with a goo, but in terms of waterproofing and density equilibrium and modular replacement, it seem symmetrical.

Singular sample system-

There are three main problems, driving a sample pipe into the seabed (Direct Force), holding the sample system after capture (Traction), and retrieving the sample Torque Strength).

The solutions for this is-

An explosive charge (Idea from a person that designed, ‘Jaws of Life,’ from shotgun shells).

Counterbalance shock weight using vacuumed sand.

A reversed engineered bold action rifle that twists after the full extension of the sample action +5%. ��

An airbag attached to sample cylinder, inflated from air can about the size of a paint spray can.

Italian firm Lazzarini designed a blimp, which could be modified as a template design for an underwater craft. I like the design as a single sample system or multiple sample system, if you replace the Helium with sample cylinders and counterbalance weights. Although this amount of samples, would suit autonomous passive design, attached to a surface craft such as an autonomous Jet Ski configuration and satellite link, or a self righting drone boat (circular self righting umbilical track and trail system). I thought of this design when watching a documentary on the Lion Fish infestation in the Gulf of Mexico. It is basically an autonomous Jet Ski drone configuration to an underwater craft that is a kind of swimming paper shredder/wood chipper craft drone (Probably won’t swallow seals though).

Biomimicy is the preferred design concept for the solution requirements, using a track and rail system in the forward area, using a U shape similar to a crab with say four sample extraction devices. The counterbalance shock weight would sit above the U track and would mimic the Chinese Hour Glass Spider or the Soldier Turtle Ant which uses its body to block burrows; this would be the body cavity that uses sand as a counter balance. This would unbalance the craft so legs or a rear cavity would suffice, however a high durable plastic that mimics seals on beaches, closes the sample depth. I would consider two options for craft failure in terms of being stuck on the sea floor- Inflating sample return balloons, without release, and the tactile strength on the umbilical cord as a retrieval system.

One sample at a 2km radius multiplied with four samples, gives a surveying distance of 8km, at a- drag, point, and shoot, operation of about 1-2 hours.

Most of the components are self explanatory except the bolt twist system; a singular sample system would just be a straight arm extension of similar design.

[southpacifictecstartups]

South Pacific Start Up, Computer Language.

Brief

Inspired by Smart Phone releases, and design and artificial intelligence or its adaptive learning systems, this prose, seeks to design a new computer language based on a Novel. The novel in question is War Gods of Love, and the design element, seeks to license the software or make it open source for cloud based systems, smart phones, tablets, desktops, and laptops, or any other digital/computer system.

The creator/s of the computer language/architecture (question, omnipotent, and/or personality arcs, etc) will promote the concept and design, for licensing to customers, at a ratio of one million returned to creators, for every five million earned, for a length of ten years while rights remain in the author’s hands. After a ten year period, the creators will receive a 10% share of the company in perpetuity.

This can be participated in conjunction with the previous South Pacific Tec Startups, internationalsharemarkets.net directory brief, or separately.

Programing Iceberg

Solution in the prose

This problem reminds me of portable road tube counters, and the days before satellite television where everyone had satellite dishes, which is indicative of a fixed position. The solution is described somewhat in terms of specific LEO systems. I am not sure what licensing, bandwidth, and subscription elements are required, but I know landmarks and roads are fixed. If a fixed position was its own satellite, in a connected system, would that not decrease bandwidth to a signal, (which is only outgoing, but here is the point), why should it have a single use?

You did mention cell phone coverage and I presume its logical cousin the internet. A team of researchers at Carnegie Mellon demonstrate how drones can fly together without pre-programming and how to help drones fly safely in heavy winds. If you reversed the software; landmarks are fixed and the cars move to patterns accentually communicating to its environment. If you even consider that over radio waves you can turn computer programming language into Morse code, the question remains, is the solution design, based in a capitalist system, where efficiency to profit is the carrot that leads the donkey.

You see in a capitalist sense, herd mentality of products and systems into one platform is counterintuitive, yet roads are fixed, and emergency standards are a national standard.

If licensing was the issue of cost production you could simply purchase the rights to a vintage console game with packman, and modify it. Finally in terms of simple/complex systems, using your fingers to estimate sunset can be contrasted to signal strength. When compared to the complexities of digital programs both can be hybrid in terms of cell, internet, and GPS, however, in a hybrid pattern, movements are predefined by the previous entry.

Given that many social media apps have distance from source, it’s quite explainable weather a car hits a marker in 300 meters because it’s on a road. In fact a free internet game could harvest signals in a passive state, which is one of the benefits of purchasing old tech, for example cars that follow certain routes on the way to employment, week in and week out define the pattern as a precursor, and in such a system, you would only need one single satellite prescription to active the entire system.

A lazer tag solution that was removed from the site, that wanted to see light beams through clouds.

While laser tag is an interesting prose, and I am reminded of paintball, and the more popular Airsoft which does seem more realistic, an end to end senor point on a rifle system, would function as a spirit level, which is an active device in smart phones. In a reversible cluster analysis it would provide a baseline command yield for a cluster algorithm. I am also reminded of Gemini Multi-Conjugate Adaptive Optics (MCAO) System used on telescopes, and the focusing on multiple lasers to a single point on the brain to treat cancer tumors. The idea of orientation and pointing seems oxymoronic or parallels of contradiction in terms of knowing what you are pointing at and where you are. The term oxymoronic seems like a dated word considering the legal definition of a moron is between 51 and 70. With this facsimile in mind the brief defines the receiving sensor as all knowing, in that it is hit with positive marker without having recording a positive signal strike. In fact, in an artificial reality it is in fact the environment, accept the target, which records the positive strike, through a process of deduction, in that the targeting is a selective bias process.

This indicates a computative algorithm of learned behavior.

From this I can deduce that a speed radar scenario that uses radio waves to bounce a target signal back to the contributor, is the positive signal marker reproduced into a light wave matrix. You cannot bend physics around a corner, unless volume of energy is multiples of the mass of the environment; even if bent light is straightened by lasers on a telescope.

Veil of Light

Can light give other light energy?

Can light travel different lengths?

Can light be bonded into a feedback response at different levels?

Can radio waves affect light?

Imagine if you had definitive answers to the above questions, for example a laser through fog, lights the surrounding air as a dampener, in that molecules are already around the corner. It seems quite adept to the metaphor of an AI environment, such as there is no laser beam, it already exists in the universe, it is all around us, and comes from an omnipotent god. Light can be filtered at different wave lengths, and light can lose its energy when it comes into contact with something.

This indicates that the excepted science has reached its complete limitation, and the study of light is fixed and factual, and its commentary is self reflective of ego, as it evolves in miniature forms of AI/carbon copy contraction.

Some interesting points-

Two or more photons of a given wavelength can be absorbed simultaneously to cause a transition that a single photon of that wavelength couldn't.

Vibrating carbon monoxide molecules adsorbed at the surface of a salt crystal stop moving after a few milliseconds. Scientists now discovered this is dominantly due to the emission of electromagnetic waves. 

Contact email-

christophexart@gmail.com

[southpacifictecstartups]

South Pacific Tech Startups

internationalsharemarkets.net

Brief-

Upward mobility in for Tech startups in the South Pacific region has been underfunded and under resourced. Competition is high in the immediacy of a digital; import/export digital market. Contrasts of quality, is significantly varied as a result of big tech companies.

Under the South Pacific Tech Start Up, Directory, to list your persons and business, you submit your details to the directory. Each directory member is immediately allocated a share of 49% of the company. The first person receives 49% and the second person splits the 49% shares into two, and so forth, and so forth.

With your directory comes the domain name internationalsharemarkets.net which was chosen for being the main driver of business. It has an affinity with the primary motivation drive of business. Under the domain name, is a shared space to show your skills, resources, and abilities, which you can link to in the directory. The site should be designed, and geared towards profit, which increases the values of your shares, that can ultimately result in full time commitment and diversification.

People bring different skills and different values with the table, with the idea that this cannot be uniformly represented in share value, but under the ethos of team spirit, something the South Pacific can readily identify with, not all values rest in the digital world. Reflective relationships between the virtual and real worlds, the diverse needs and problems of clients, and the perceptive experiences of familiar dimensions all are their own problems.

The challenge is; tech development in the finance sector, and once the directory reaches 100 people, it will be self managed under a division of internationalsharemarkets.net by mediators through a system of voting. The project is an inclusive environment, which is reflective of a low upward mobility of the Tech sector which is intended to ultimately support and promote the South Pacific Tech Industry. If the members decide to target a domestic market, then the directory can be merged with internationalsharemarkets.net. If the members decide to target a global market, then the directory will be run as a separate entity.

Tech Easter eggs-

Above 100 members and South Pacific Tec Start Up, Directory moves into self management from the initial creators input.

Above a thousand members and no active product on internationalsharemarkets.net will result in a design brief being released for consideration.

Above a five million company valuation, I will reinvest 40% of value from my personal shares paid out, back into the company.

Above a forty million company valuation I will reinvest 40% of value from my personal shares paid out, back into; the primary site, a complementary site from my design brief, and the South Pacific Tec Start Up, Directory.

YOU the creator, TAKING the initiative-

Word press Directory creation (free).

South Pacific Tec Start Up is geared towards decentralization and global connection.

The shared market space is internationalsharemarkets.net which is defined as the company until a feasibility review defines the space as necessary for company registration.

A community.

Contact email-

christophexart@gmail.com