Electromagnetic Conversion Solaric Energy Supply

To utilize solaric energy [energy emitted from the sun], it is best to convert energy emitted into a usable energy. This technique involves simply converting radiated photonic [light] energy into a usefull energy for supplying devices, appliances, or other energy reliant device. A frequency to frequency converter in the photonic spectrum would easily convert photonic energy into a lower frequency energy spectrum. This spectrum may range down to 1 cycle or less. A metallic mesh would absorb radiant energy for the conversion process. A frequency to frequency converter would be connected to the metal mesh “antenna”.

Conservation of resources

It is vital to conserve resources for future usage. Resources are abused and mal used presently. Aluminum is the most abused resource. It is thrown away, disposed of in landfills, and not used correctly. Every resource is vital for future generations. It is not feasible to presume the resources are infinitely available in quantity. Platinum , vanadium, zirconium, and other metals are extremely vital for future usage. In my next blogs, I will describe what I consider the maximal extent usage of the metals and other resources.

Food Supplies: the first step in manufacturing methodologies

For future potentials, resources must, firstly be reserved for the most valuable and important usage. Platinum is vital for future usage. It is to be reserved for: [1] eating utensils for the higher classes of people. Platinum Cookware, eatware, and other food preparation and consumption use devices are vital due to the ware being capable of lasting over 100 generations of families [1,000 years]. Presently, corrodable [ susceptible to corrosion] devices are used which will not even last 1 generation of 100 years. [2] medical devices for repetetive usage. platinum is easily sterilizable for usage in medical clinics. It will; also, last over 100 generations; even after millions of sterilizations. Platinum is vital for these items due to its resistance against most chemicals known. only a few chemicals will adversely affect platinum. It is the most valuable for food and medical usage.

Water Conservation Program

In the future, huge quantities of water will be necessarily reserved in giant tanks. With the oceans being contaminated by industrial wastes, oil spills, chemical wastes, ship wastes, and other contaminants, it is necessary to manufacture a new water treatment system. The newer water treatment system will consist of an anode and a cathode to create hydrogen and oxygen. The hgydrogen and oxygen will be purified, condensed back into water; then re-energized by a special device to produce rain water type water. this water will supply individual houses with their own supply; except in areas where water is not readily available.

Thermometric glassware and cookware

Dual walled glassware and metallic cookware may contain A thermometric analyses system. With metallic wares, a digital thermometer may be utilized to determine the effectiveness and correct temperature exposure for foods. With glassware, a dual walled system may be utilized to visually display the emperatues of liquids contained within the glassware. Coloured liquids may be visually attractive. This system is not only visually attractive; but, for very specific, cautious, and temperature specific people, this system is also very much desired.

AEROSPACE PHOTONIC EMISSION DATA

DARK LIME GREEN:most neutral of all spectrums/condensed and dispersedhigh,low radiations GREEN/BLUE:neutral spectrums are secondary BLUE/GREEN:spectrums are tertiary

COSMIC PHOTONIC RADIATION DATA

GREEN:fastest travelling and dispersing BLUE:secondaric emission INDIGO:tertiaric emission ULTRAVIOLET:quartenaric emission/slowest to be absorbed YELLOW:quarternarily fastest/non absorbing/non penetrating ORANGE:tertiarilly fastest RED:secondarily fastest INFRARED:most penetrating/dispersive DEEP MAROON:intensely,extremely compacted areas/most absorbed

Astral Analytical Data

ASTRAL DATA: *flux ring numbers *minerals chemistry *liquids chemistry *solids chemistry *surface structure *weather change chronology *velocity *nearby stars *electromagnetic field flux amplitudes/polarties/frequencies *microorganism analyses *atmosheric temperature/pressure *atmosheric Ph *photonic frequencies within the atmosphere *ionic analyses *life form analyses

Basic Aerospace Data

GRAVITATIONAL ACCELERATION; *EARTH:32.174 feet/second 386.089 inches/second squared AIR DENSITY:1.12929 G/liter at O*C-760mm Hg ATOMIC MASS CONSTANT:1.6605402 x-24 ULTRACOLD ATMOSHERES:liuid helium at -272.2*c m.p. ULTRAHOT ATMOSHERES:tungsten at 3410*c m.p. VACUUM: 10 x-10 torr LIGHT YEAR: *5.8785 x12 miles *0.30660 parsec[ps] *5,84,601,63,400 miles *525,600 light minutes *365 light days *31,536,000 light seconds PARSEC:1.9174 x13 miles/19,173,510,995,000 miles TORR:0.019336774971 psi BAR:14.503773801 psi PASCAL:0.00014503773801 psi PIEZE:0.14503773801 psi 1 TON/SQUARE INCH:2,000 pounds per square inch[short tons] SECONDS:0.000278*/o.016667 minutes/3.086 x-6 quadrant/3.08 x-6 radians

Physics Definitions

Physics definitions *acceleration:the state of accumulating and losing energy sufficiently to increase;or,begin the movement of an object. passive acceleration occurs when the energy of the object is eighther repulsive or attractive to the environmental energy sufficiently to propel or repel the object. Extrinsical acceleration occurs when energy from the environment eighther attracts or repels the object sufficiently for movement. *velocity:velocity is the ontinual movement of an object that has no extrinsical or intrinsical force or energy applied to it.the object and the environment are neutral in energy;and,experiences no acceleration or deceleration.

Frictional Force Analyses Techniques

before frictional force may be calculated,many analyses must firstly be concluded.some of these analyses are: *angle of measurement *resistance *resistance produced energy from friction *weight of the objects *energy absorbtion fom each object *energy overabundance that functions as a levitator

Particle Computer Text Storage

PARTICLE COMPUTER STORAGE By using aligned electrons,protons,and neutrons on a plate;a massive storage card may be manufactured to hold approximately 6 X 10×23 particles per cm2. That equals 9.3000186X22 digits per square inch. By using a low intensity electomagnetic source,the digits may be amplified for reading. Optionally,I would use the very more efficient electromagnetic pulse code reader that uses ultrahigh frequency pulses[1x18 cycles]pulse codes.These codes are similar to morse codes;except,these codes are more differential.A 0,1 basis computer would use a single width pulse for the 0;and,a double width pulse for the 1.This system is non recording. This computer would be used for exttremely high processing of data[UP TO 10,000 TIMES THE SPEED OF LIGHT].

ELECTRONICS ON A CARD

These electronics systems consist of electronics systems that are recorded on cards: [1]AMPLIFIER:energy injection system/extraction system.recorded energy frequency/amplitude data of all frequencies [2]AUDIO ANALYZER:frequency/energy amplitude comparator of all frequencies to the highest frequency resolution[such as attounits] [3]ATMOSHERIC ANALYZER;:1 cubic meter molecularic structure quantity analyzer [4]ROBOTIC SYSTEMS REMOTE CONTROL DATA [5]ASTRONOMICAL DATABASE [6]PROCESSOR R.A.M. [7]ENGLISH WRITTEN COMPUTER KERNEL WITH ENGLISH WRITTEN MACHINE CODES

Interspatial Data:Meteorite Formation

METEOR COMPOSITION: [1]50% metal/50% silicates [2]IRON:34.63 OXYGEN:29.53% SILICON:15.20% MAGNESIUM:12.70%[potential cause of flame] NICKEL:2.39% SULFUR:1.93%[cause of flame] CALCIUM:1.13% ALUMINUM:1.09% SODIUM/KALIUM/CHROMIUM/COBALT/MANGANESE/PHOSPHORUS/TITANIUM:1%-0.1% Fe[+2] and Fe[+3] are most predominant. Meteorites also contain magnetite[Fe3o4-harness:6.strongly magnetic]Magnetite is also Fe24. hese are potential reactions of a planet before explosion: Fe2+Fe3+3Co2.This is under carbonic tmosheres 3Fe2o3=3Fe2+4o2+OH Fe3+2Co2=Fe3O4++2C Fe[+2]+Fe[+3]+3CO2=Fe3O4+Fe[+2]+CO2 3FeO=Fe3+CO2+CO If heated iron globules enter into a CO2 frozen atmoshere,a planet will explode due to paramagnetic oxygen being magnetically pulled to iron out of the undersurface after the CO2 instantaneously evaporates.CO2 destabilization and instantaneous O2 paramagnetic attraction to the iron would cause an explosion due to ultracold and ultrahot temperature matter concatenating.Magnesium being present in larger quantities would ignite in n oxygen rich atmoshere.Other metals, functioning as catalysts,cause an instantaneous explosive reaction.

BIBLICAL BURNING BUSH DEMYSTIFIED

Was the Biblical burning bush a mystery?Maybe. There is a burning bush that is known today as the Fraxinella bush.It grows in the desert areas of America. During hot days,the Fraxinella will send a flammable gas into the air.After a short while,the bush gases will ignite into a large flame without harm to the bush. Maybe that was the burning bush that was mentioned in the Bible.

Restoring Gray Hair To Its Normal Color

for gray hair to be restored to its normal color,nutrients must firstly be restored in the body. Gray hair occurs from a magnesium imbalance.to restore hair to its natural color,magnesium nutrients must be taken.

Future Photoblog

In the future,there will be a technical photoblog that will offer 50 terabytes of photo storage for free. This is a static blog that is recorded onto a non recordable drive.Anyone may customize their blog with their own photos.These photos will be placed into a Special sector for entering into the static drive by a recorder. The photos are offered in indexed and subindexed sections.When a person enters the photo of their choice into their folder,a number of the photo is placed into the folder.The folders contain ONLY numbers of photos.After opening a folder,the numbers are searched in a database;and,the photos diplayed. It only requires a few[up to 50mb] megabytes of data to store photo numbers.

Automated Systems To Be Predominant In The Future

In the future,automated systems will be implemented in businesses.These systems will include automated manufacture of hovercraft concrete pumping systems,brick laying systems that lay mortar and bricks at 1000 bricks per hour minimally,electric hovercraft shipping with 6000 on capacities,electric cargo helicopters for refinery construction,electric mach 5 vtol [vertical takeoff and landing]jet airliners,incinerating garbage trucks,teflon PFA kitchen and home containers,kevlar clothing,316 stainless steel tools for mechanics and home use,automated plant growth chambers for food,hovercraft robotic welding systems that fly up to 1000 feet,and other systems. Due to the extreme limits of resources and pay for personnel,automated systems will replace personnel who are not available.Nurses are extremely short;therefore,automated hospital systems will be necessary. Other industrial,commercial,and technological operations may be automated soon.

Firebrick Manufacturing Of The Future

In the future,clay for firebricks may be synthesized by chemists to provide extremely low cost housing for everyone. Reserves of clay is in the quantities of 333 million tons.To synthesize 400 million tons of firebrick clay will allow sales to reach $0.50 per ton;or,less.This would allow a home to be constructed for less than $300 in brick costs.

Incinerating Dumpsters

In the future,Incinerating dumpsters will be utilized for the elimination of incinerable wastes such as wood,paper,and other wastes. The dumpsters will utilize P.E.S. system energized heating elements Construction sites may be allowed these dumpsters at their location.

Kevlar:The Future Material

Kevlar 29 may be utilized in the future for many things.Clothing,camping tents,hats,belts,tennis shoes,bed sheets,bed blankets,cold weather clothes,swimming clothes,scuba wet suits,and other item. For swimming or scuba diving,Kevlar 29 is the ultimate Material.It is bullet resistant,cut resistant and abrasion resistant.This is a great material for the defense against sting ray spikes,jellyfish tentacles,and other poisonous lifeforms. For camping,Kevlar is a great snake bite resistant clothing. Many questions arise for Kevlar usage.Here are some questions: [1]Are there sufficient resources for Kevlar manufacture to supply 12 billion people with clothing for the future? [2]Are there sufficient textile plants for citizen and military item manufacture? [3]Are there sufficient quantities for shipbuilding,automobile bodies,tractor truck trailers,motorcycles,and other transportation? Due to resources being minimalized within the next 300-1,500 years;all clothing and other items must supply future generations with reusable clothing that will last 200-500 years or more.Is there sufficient quantities of Kevlar?

Robotics:The Future Business Personnel

Robotics are vital to the future of humankind.In most cases,they can perform tasks at extremely high speed that humans cannot even perceive. Here are some examples of robotic functions: [A]Firstly,consider the robotics must be constructed of very great torque materials.They must be P.E.S. electric powered direct drive gear operated robotic systems. [1]Extremely fast sewing of fabrics requires sewing machine control while simultaneously guiding material into the machine. [2]welding of large structures could be very quickly accomplished by telescoping arm and video camera systems.These robots may be capable of reaching beyond 300 feet in height.The camera lenses would be auto darkening for clear viewing by the computer. [3]Brick and block layers perform very quick building of houses,wharehouses or other structure.A tracked robot surrounds the outer perameter of the site of structural building.The robotic system lays mortar;then,reverses direction and places bricks or blocks in the proper locations. [4]Cooking robots cook huge quantities of foods for freeze drying purposes.Any food recipe may be accurately duplicated for this process.This minmalizes food deterioration while requiring no food preservatives that are hazardous to humans. [5]Small parts assembly robots construct great quantities of parts for any industry,business,home,or auto mechanics shop.These robots may be capable of completely “overhauling”an automobile engine within an extremely short period of time. These are some applications robots may be constructed to perform;however,what about the professionals the robots will replace?For most applications,the professionals will be the “programmers” of the robotics systems. Due to the fact there will be huge manufacturing requirements for the present and future generations:very great quantities of robotic systems are to be constructed.To complete the computer programming of the robots,a professional must wear a customized jacket that consists of the jacket and probes within the shoulder,elbows,wrists,hands,fingers,and arms.The computer fully analyzes the movements,angles of movements,speed of movements,and functions of all bodily parts;then,duplicates them.If allowable,the computer may be programmed to perform the functions at very high speeds. In areas such as nursing and medicine where there are extreme shortages of personnel;automated and robotics systems may be utilized for blood extractions,otoscopic usage,temperature,blood pressure monitoring/analyzing,laboratory procedures,pharmacy medication dosage counting and dispensing,and other functions. Robotics will not completely obsolete workers;but,will enhance businesses with lower cost products and services due to very few personnel being employed.

Keyed and switched breaker switch system

Breakers are used [in this system]as simple on/off switches.keyed systems,push button switch systems,panel button switch systems,or other switching system is used. The breaker functions as a current limiting systyem as well as an on/off switch.This increases the life of appliances by restricting current that may be life limiting to the device.

Free electricity for the future

In the future,free electricity will be available for farmers,houses,R.V.,and other electric supplied buildings. Since d.c. power is much more safe,it will be utilized for electric supply.D.c power:if touched may cause burns at high amplitudes.A.c. electricity may cause not only burns;but,also,heart damage which results from positive and negative alternating function within the body as wel as neurotransmitters of the nerves.This causes very fast muscularic contractions which may result in heart failure. P.E.S.[perpetual energy systems]consist of an alternator to generate d.c. electricity;and a supply of energy to turn the alternator. The turning of the alternator may be air flow within an air conditioning system,a motor[d.c. electric],water flow from drains,or other mechanical means of turning the alternator to produce electricity. For buildings that have a.c. electric supplied devices,a converter such as those used for r.v. motorhomes may be utilized to convert d.c. electtrical energy into a.c. electrical energy.

Firebrick Manufacture

In the future,manufacturing plants will produce up to 300 million tons of firebrick clay.this clay will be sent to firebrick manufacturing plants that will prepare the clay for molds. After preparation,the molds will be placed into large p.e.s. powered furnaces that are constructed of stainless steel,refractory ceramic putty insulation,and 96 vdp heating strips capable of producing up to 1,200*F temperatures. the entire system will be automated.clay product powders will be delivered into the large pear shaped towers for mixing.large vibrators will mix the clay powder with the assistance of high powered blowers to evenly distribute the clay powder.the clay is then delivered automatically to the second tower by pumps.the second tower will mix the clay with purified water. after the clay is mixed,a pump divers the prepared clay into molds.the molds are delvered into the furnaces by hover type[air powered]conveyor belts. when the firebricks are dry,a set of robotic arms will deliver the finished bricks into storage containers;very quickly.the containers are sent to construction crews to build various buildings. 300 million tons of firebrick clay will cost approximately $3 per ton.A 30 ton house may be built for $90 in firebricks alone. The buildings to be built are: *government low income housing sales. *low income families *college students:rentals/sales *disabled people *and other people who cannot normally afford housing.

Firebrick Manufacture

In the future,manufacturing plants will produce up to 300 million tons of firebrick clay.this clay will be sent to firebrick manufacturing plants that will prepare the clay for molds. After preparation,the molds will be placed into large p.e.s. powered furnaces that are constructed of stainless steel,refractory ceramic putty insulation,and 96 vdp heating strips capable of producing up to 1,200*F temperatures. the entire system will be automated.clay product powders will be delivered into the large pear shaped towers for mixing.large vibrators will mix the clay powder with the assistance of high powered blowers to evenly distribute the clay powder.the clay is then delivered automatically to the second tower by pumps.the second tower will mix the clay with purified water. after the clay is mixed,a pump divers the prepared clay into molds.the molds are delvered into the furnaces by hover type[air powered]conveyor belts. when the firebricks are dry,a set of robotic arms will deliver the finished bricks into storage containers;very quickly.the containers are sent to construction crews to build various buildings. 300 million tons of firebrick clay will cost approximately $3 per ton.A 30 ton house may be built for $90 in firebricks alone. The buildings to be built are: *government low income housing sales. *low income families *college students:rentals/sales *disabled people *and other people who cannot normally afford housing.

Firebrick Manufacture

In the future,manufacturing plants will produce up to 300 million tons of firebrick clay.this clay will be sent to firebrick manufacturing plants that will prepare the clay for molds. After preparation,the molds will be placed into large p.e.s. powered furnaces that are constructed of stainless steel,refractory ceramic putty insulation,and 96 vdp heating strips capable of producing up to 1,200*F temperatures. the entire system will be automated.clay product powders will be delivered into the large pear shaped towers for mixing.large vibrators will mix the clay powder with the assistance of high powered blowers to evenly distribute the clay powder.the clay is then delivered automatically to the second tower by pumps.the second tower will mix the clay with purified water. after the clay is mixed,a pump divers the prepared clay into molds.the molds are delvered into the furnaces by hover type[air powered]conveyor belts. when the firebricks are dry,a set of robotic arms will deliver the finished bricks into storage containers;very quickly.the containers are sent to construction crews to build various buildings. 300 million tons of firebrick clay will cost approximately $3 per ton.A 30 ton house may be built for $90 in firebricks alone. The buildings to be built are: *government low income housing sales. *low income families *college students:rentals/sales *disabled people *and other people who cannot normally afford housing.

Firebrick Manufacture

In the future,manufacturing plants will produce up to 300 million tons of firebrick clay.this clay will be sent to firebrick manufacturing plants that will prepare the clay for molds. After preparation,the molds will be placed into large p.e.s. powered furnaces that are constructed of stainless steel,refractory ceramic putty insulation,and 96 vdp heating strips capable of producing up to 1,200*F temperatures. the entire system will be automated.clay product powders will be delivered into the large pear shaped towers for mixing.large vibrators will mix the clay powder with the assistance of high powered blowers to evenly distribute the clay powder.the clay is then delivered automatically to the second tower by pumps.the second tower will mix the clay with purified water. after the clay is mixed,a pump divers the prepared clay into molds.the molds are delvered into the furnaces by hover type[air powered]conveyor belts. when the firebricks are dry,a set of robotic arms will deliver the finished bricks into storage containers;very quickly.the containers are sent to construction crews to build various buildings. 300 million tons of firebrick clay will cost approximately $3 per ton.A 30 ton house may be built for $90 in firebricks alone. The buildings to be built are: *government low income housing sales. *low income families *college students:rentals/sales *disabled people *and other people who cannot normally afford housing.

Military wire specifications

Military wire specifications: [1]mil-c-3458:cables/telephone [2]mil-c-3702:cable/power electrical/ignition/high tension [3]mil-c-3883:cord electrical Download: frequency [4]mil-c-4912A[ASG]:single conductor 8 awg,5kv cable with butyl compound insulation and polychlorophene for airport lighting [5]mil-c-6166:cord,headset-microphone cx 1301/AR [6]mil-c-12064:arcticservice low temperature cord and cable [7]mil-c-14189:cable.power electrical,3kv for field use [8]mil-w-538:wire,magnet,electrical [9]mil-w-7139:TFE Teflon wire for aircraft [10]mil-w-17211:wire,electrical,radio antenna:7/12,7/14,7/16,7/18,7/20,7/22 [11]mil-w-25038:wire,electrical,high temperature and fire resistant for aircraft [12]mil-w-81381:wire,electrical polyimide insulated copper and copper alloy;kapton

Photoflash Storage

Generally, all text is written in a left to right fashion and top to bottom; on a computer. With a photoflash storage, all text pages are considered photos. Each page is a photo of a text. When opening a page; or, file, the text is immediately displayed. This system prevents the computer from writing text in a slower and restricted manner. The text is simply displayed on screen immediately as a photo. This accelerates text file display; especially when large database text is displayed that contains large quantities of pages that require quick access and display.

Future Resources

In time; maybe in 1,000 years, all resources will be used up. To prevent insufficient resources from limiting and restricting people’s lives, the resources must be used for the most important things. Medical instruments, kitchen items; and other necessary requirements that will be required in the future must firstly be addressed. The best recouse would to manufacture these items from platinum. Platinum will last through hundreds [or more] generations. The platinum must be purchased in large quantities [such as kilotons] to be made readily available at a lower cost. This will eliminate future resources from being manufactured into these items due to oxidation reduction and disintegration from other means. Some items such as containers may be manufactured from Teflon PFA. This Teflon plastic is resistant to almost every known chemical. It does not absorb bacteria and other microorganisms; or chemicals. It is very easily sterilizable. Eating utensils may be manufactured from very pure [99.9999%] siver. Silver has a natural antimicrobial nature. Most bacteria and other organisms that touch silver cannot survive. They are killed ain a very short time. The natural antibacterial characteristic makes silver a great component of medical devices also. In some cases, stainless steel will be a good metal for many people who require a long lasting, oxidation reduction free metal. In my experience, poor people should not have access to these supplies. I have seen many children who throw kitchen utensils in a yard. The parents do not pick them up; therefore, these items remain in the yard. Only responsible adults should obtain these items.

Redrawing Software For Computers And Cameras

If you have ever seen a very badly taken photo that can never be retaken, you may realize the necessity for a software correction system. I have created that software system already. On television and in movies you can see 3d realistic creatures that were created from a drawing software. If a similar software were to be installed in a camera or on a computer, the resulting images may be perfected. For a badly displayed photo, an extremely low resolution photo; or, just a mal calculated camera photo, it is most optimal to have a drawing software that will redraw the photo to be realistic; but, without defects. Any photo may be processed in this manner. Firstly, the photo is entered into a computer; the, a software draws a similar photo from the original. This may take from several seconds to several hours; but, the resulting photo will be perfect. The resolution of the photo may be enhanced to an extreme degree also. This software is an automated drawing system that copies photos in a 3d high resolution image corrected dimension.

LOW LEVEL LIGHT PHOTOGRAPHY

For those who appreciate the low level light photographic technologies; such as photographing stars, or nature photos; as well as other low light photographic technologies, I have created a simple way to photograph any low level lighted object. Firstly, photographic film that is stored in ice; as well as exteremely slow speeds of low level light film, are completely obsoleted; and, unnecessary. Photo inversion processes may help; as well as hue and reverse colour processing. Photo inversion is similar to taking a negative photo. The slightest light emission will be enhanced in a dark background. This technique utilizes a process similar to negative photography. The photo will appear similar to a negative film exposure. Hue processing involves utilizing filters that will lighten darken hues to allow fast photographic exposures to be made. Reverse colour photography is similar to negative photography; with the exeption the colours of the areas in the photograph are reversed in brightness. This allows an extremely large darkened field to be photographed in a lighted manner; while light objects are rejected and appear darkened. After expopsure, a colour chart allows the images to be restored to a natural background and object colour. Dyes in a lens will allow objects to be photographed more exactly and precisely if the colour spectrums are magnified in light intensity level. This requires a special coating to enhance specific frequencies of light only. Even extremely narrowband hues may be magnified in intensity. Optionally, tiny wires may detect specific frequency waveforms. I will explain that technique later in my future blog that will expain a specialized camera for space photogaphy that I designed. The lenses on this “camera” are a series of wires That detects extremely low level frequencies in a square nanometer area. The “camera” will redraw an extact and precise image duplication that contains extremely narrowband signal colours In a nanometer square pixelic structure.

ARCHIVAL PAPER

Do you require a paper that will last for generations? Some things such as photo albums, important papers; or any tpe of photo or text that requires extensive storage will necessitate a special paper. Though I have not as yet designed a special paper for this purpose, A special chemically resistant paper is available. It is called “Polypaper”. It s manufactured from polypropylene; and, is resistant to chemical spills. This pape would serve very well in kitchens, garages, or anywahere a spill may be possible. It dos not deteriorate; so, it is very well for archives that will last in excessof 3oo years. At the present time, polypaper is very expensive. It is utilized by chemists who need a paper that is protected from spills. If purchased in large quantities; then resold for a cheaper price, it would be very well. Still, it is very well for a special purpose paper. It may also be used in printers.

Olfactoric Stimuli Electronic Scent Genesis

I have created, and tested [to a very limited degree] a specialized device and software that allows a computer operator to actually smell a flower or other object by computer. This system works on olfactoric [nasal] nerve stimulation. The brainwaves are analyzed during the actual smelling of certain compounds and chemicals. A graph is created of the responses to the olfactoric stimuli. The second stage involves analyzing the exact frequencies of stimuli to duplicate the scents within the nasal passage nerves. I have had 100% success in my device; however, I opted to leave any further esearch to professionals who may be capable of calculating, or analyzing any damage to nerves from such stimuli during long periods of time. If a safe system may be developed, a person may utilize this sytem for creating an artificial room fragrance, an artificial electronic cologne, or other scent geneses.

Future flashlights

In the future, flashlights will be manufactured from corrosion resistant materials. This will allow a flashlight that has old leaking chemicals in them to be washed out and reused. The most predominant materials for flashlights would be stainless steel, polycarbonate, or Teflon PFA interior lined lights.

Future Batteries Replacements

In the future my battery replacement will obsolete batteries. This replacement is a slow discharge discharge capacitor. It is simply a discharge capacitor with a slow discharge that is regulated accordingly to volt/amps that is to be provided. This capacitor may be used in all battery operated devices; especially if the devices are provided with the same volt/amps. If not, a resistor will be available for differential volt/amp discharges. This capacitor only takes 30 milliseconds to recharge fully. A battery is used for recharging. The capacitor may contain a charge for up to 30 years continual use; if the device allows a larger capacitor to be used. The capacitor does not leak energy or chemicals like batteries. It will hold a charge indefinitely. Automobiles will also utilize the capacitors for a battery replacement.

Amplifier/power supply on a card

I haver designed a power supply and amplifier on a card thaty will provide sufficient energy for any home or audio system. The system consists of a card with a high frequency rercording. The frequency is converted into a power supply voltage. For example: A 350 Gc frequency is recorded that contains o.01 ampere energy for playback. The energy is supplied by a high speed playback amplifier. When smoothed to 121 volt d.c. by a frequency to voltageconverter, the power supplied would be 12 V.D.C. at 291,666,667 amperes. That is sufficient energy to supply a small city with 12 V.D.C. energy. A pulse wave is provided with 0.01 ampere 350 billion times per second. This system is simply a recorded signal on a card such as an s.d. card or flash drive. A cd or dvd disc may also be used. If continual playback is provided, continuous power is supplied.

Extremely High Frequency to Voltage Converter

Changing sun rays, cosmic rays of space, or even radioactive emissions rays may be very possible with a frequency to voltage converter. The converter simply converts ultrahigh frequency waveforms into a 12 v.D.C., 24 V.D.C., 48 V.D.C. 96 V.D.C., 120 V.A.C., 240 V.A.C., or other voltage for usage for any device.

Future Data Storage Media

Many forms of media storage may enter the market in the future. Some of these media are: [1]high frequency audio recording for audio signals, music, sounds, or other systems of recording [2]pulse frequency recording for ultrahigh speed morse code type recording of text [3]ultramicrofiche type photo storage for extremely large photo databases all of these systems require very little power, extremely small storage space, and precision due to no moving parts.

Tungsten and tantalum storage media

In the future a sputtered tantalum and tungsten atomic storage device may be manufactured. This system utilizes a sputtered atom of tungsten or tantalum to represent 0 and 1 in a computer. The sizes range from 198 pm[picometer] to 200 pm. At 200 picometer, a single digit would be 200 X 10 to the -12 meter. 200 pm= 0.000 000 007 787 401 574 803 inch. That means trillions of words per inch is probable.

Extremely Large DatabaseAudio Recording

In the future, a large database of audio and music will be manufactured. This database will require extremely small storage space. Space is minimalized by a frequency to frequency converter being utilized to convert audio signals to petacycle signals. petacycle signals are 10 to the exponent of 15th power. a 100 gigabyte audio storage would require only a few seconds of space on the recording. During playback the audio recording is converted back to its original frequency structure; and played back at normal speed.

Frequencies of Light and Computers

By utilizing a femptosecond pulse generator and recording text in morse code a text may be recorded at the speed of 500 digits per femptosecond. That is equal to 500 petacycles. light travels at a frequency of 405 Tc to 790 Tc [teracycles]. The computer is approximately 500 times the speed of light. With an ultra high speed femptosecond waveform translator [morse code to text], the computer averages at approximately 200 times the speed of light; or, 500 exponent 15 digits per second. The entire library of congress may be displayed within 1 second with this system.

Solar filter

When the suns brightness becomes intense, extreme damage to the eyes may occur.To filter the suns rays merely requires attenuating the photonic spectrum [light waves]. This may be accomplished by tiny wire mesh matices within eyeglasses, solar glasses, or windows. the wire mesh does not attenuate the actual light spectrum; but, instead, absorbs and attenuates the energy within the light. the wire mesh must be grounded and reverse polarized to pull the energy from the light. This technique is similar to my audio frequency energy attenuator.

Multiple beacon pulse beam rangefinder for space travel

When measuring space between stars and planets, a suitable precise long distance rangefinder must be utilized. Multiple beacons should be used for measurements. The beacons are used for specific pulsewave emissions. The emissions are isolated as follows: [1]second spaced emissions [2]minute spaced emissions [3]hour spaced emission [4]day spaced emissions [5] week spaced emissions [6] month space emissions [7] year spaced emissions Pulse beams are measured from earth. time versus space is accurately measured by pulse signal comparators. To be extremely accurate, a speed measurement device on the space vehicle is necessary

Energy Strippage of space travel vehicles

When space vehicles travel in space, many hazardous situations are present. One hazardous situation is strippage of energy from the vehicle. When travelling through extrremely positive or negative fields, energy emissions may become so intense they strip the vehicle of oppositely charged energy; to neutralize. It is best to utilize a multiple energy polarization compatable energy source device and instrument energy supply to prevent the strippage of energy.

Extremely high speed space travel hazards

If proper detection devices are not available on the space vehicle, extreme problems may occur. If there are debris of any size suspended in the path of the high speed travelling vehicle, collision may result in the disintegration of the space vehicle. proper precautions must be facilitated to prevent the collisions; or, the damage. If travelling at light speeds, or close to these speeds, the human body cannot accelerate at these speeds. upon acceleration, the human body will disintegrate into multiple weighted particles accordingly as can accelerate at the speed of acceleration.

Deep Space Atmospherical Density Analyzer

In deep space, there are extremely condensed energetical fields of electromagnetic radiation. These fields are known as “white holes”, “black holes” , and “gray holes”. In these areas, energy is extremely condensed. To measure these fields requires an extremely low to high energy amplitude electromagnetic field flux analyzer.

Light Intensification Goggles For Space Travel Usage

In case of energy supply problems, a set of goggles must be worn that will hyperintensify existing low level light within a space vehicle. The goggles should be constructed from teflon pfa for temperature extremes resistance and chemical resistance. The lens may be yellow in colour; or, light enhancing by other means.

Various Frequency Frequency to Frequency Converter

Frequency to frequency converters are very valuable in every type of environment; especially ultra precision environments. For space travel, a variable frequency input [cosmic rays to photonic rays] to usefull frequencies for power supplies, and other uses; is very valuable. For automotive industries, precision power supplies is great for life extension of electronics. For communications industries, precise frequencies are extremely valuable. All of the frequency converters may be available for purchase in the near future. All frequency ranges from 10X48 cycles to 10X-48 cycle will be convertable. NOTE: 10X48 means 10 to the 48th power exponent.

Superconductors obsoleted

Any electrical system must have a non resistive potential. This allows maximal usage of energy. With my Home P.E.S. system, there are no wires in a house. An alternator generates electricity. Connected to the alternator is a voltage to frequency converter. this converter has an amntenna to send signals in the air. The electrically powered devices have an antenna also. The devices receive the signals, convert the signals back with a frequency to voltage converter; then, use the power for a supply. In p.c. boards, the converters are much smaller. With this system, no wires are used for power supply transfer.

Fusion welding process

I created a new technique of welding that is very usefull in many industries; especially mass manufacturing. This technique uses no rods or wires. Instead, the 2 pieces to be welded are energized. If possible, a tongue and groove cut is made. the first piece is negatively energized. the second piece is positively energized. the two pieces are slowly brought toward each other until arcing begins. After arcing, a wait time is allowed to cause the pieces to melt slightly. The two pieces are brought together after the slight melting has been performed. The two pieces are fused together after settling for a short time.

Free Electricity

In the future, electricity may become extremely expensive. Electrical supply to buildings and houses are not reliable. There are many excuses for searching for new electrical supplies for houses. To prevent any conflicts with energy supply companies, I have donated time to provide electric supply to farms, poor people, and other disadvantaged people. The technique for providing constant electrical supply is to build a turbine type fan blade. this is placed in an air conditioning duct. The shaft on the blade is connected to an alternator motor. If the air conditioning system is left on, it will generate constant electricity. To use the 12vdc electricity, the electrical supply must be connected to an inverter for conversion into 120 vac. The inverters are available for purchase at any r.V. supply company.

Free Electricity

In the future, electricity may become extremely expensive. Electrical supply to buildings and houses are not reliable. There are many excuses for searching for new electrical supplies for houses. To prevent any conflicts with energy supply companies, I have donated time to provide electric supply to farms, poor people, and other disadvantaged people. The technique for providing constant electrical supply is to build a turbine type fan blade. this is placed in an air conditioning duct. The shaft on the blade is connected to an alternator motor. If the air conditioning system is left on, it will generate constant electricity. To use the 12vdc electricity, the electrical supply must be connected to an inverter for conversion into 120 vac. The inverters are available for purchase at any r.V. supply company.

How P.E.S. systems function

A P.E.S. system is a simple energy/ electrical supply system that needs no continual extrinsical power supply. This system will supply electrical power for any application, industrial, laboratory, home, hospital, emergency, or other power supply usage. To actuate, an extrinsical power supply such as a generator, start capacitor, or other power supply is Connected to a switch to supply temporary power to the P.E.S. system. Once the motor is running, it turns an alternator. The alternator produces power supply to a breaker panel. The power supply may be up to 1,200 amperes or more. One of the breakers supplies power to a the switch that is connected to the P.E.S. The switch redirects incoming power from the temporary power supply to the power supply provided by its own breaker. The output power is circuited into: [1] itself [2] an extrinsical power supply breaker system.

Thermometric glassware and cookware

Dual walled glassware and metallic cookware may contain A thermometric analyses system. With metallic wares, a digital thermometer may be utilized to determine the effectiveness and correct temperature exposure for foods. With glassware, a dual walled system may be utilized to visually display the emperatues of liquids contained within the glassware. Coloured liquids may be visually attractive. This system is not only visually attractive; but, for very specific, cautious, and temperature specific people, this system is also very much desired.

Built on and removable digital thick film flexible thermometers for glassware, cookware, griddles, storage jars and bottles, and other items

A thick film teflon pfa flexible thermometer may be usefull for extreme precision in cooking, coffee temperature monitoring, and other uses. Proper temperature monitoring and analyses is very important when cooking foods such as pork and other meats. For the extremely precise people who cook, this device is very important.

Class zero cleanroom systems for hospitals

A very saddening reality about hospitals is hospitals have many very ill people occupying rooms that are exhaling microorganisms in the atmosphere continually. To be a victim of contagion is very probable. The simplest method of eliminating microorganisms in the atmosphere; and sterilizing the hospital air; is to utilize a class zero cleanroom system. This system takes the air that is pulled out by a fan; and sends the air to a special large tube coil that is heated to 1800*F minimally. The microorganisms will be disintegrated immediately. This will assist in preventing microorganisms from escaping into the outside atmosphere also.

Plant Physiology for future food supplies

In the future, it will be necessary to synthesize foods that are similar to actual plant foods. By utilizing plant physiology and biochemical syntheses, it would be very simple to manufacture synthetic foods. This technique is very usefull in areas that are attacked by militant chemical, biological, and nuclear warfare. It is also usefull in areas exposed to intense draught caused by the global warming.

Genetic Engineering Of trees

For building homes or other structures of wood, hardwoods are the ultimate woods. Ebony would last over 3,000 years without decay. With the limited quantities of ebony, it would be very difficult to obtain that wood. If genetics engineers would treat the ebony trees sufficiently to cause them to grow 120 times the normal growth rate, large quantities of trees would be available. In 1 year, the trees would grow 120 years equivalent growth. At that rate, the trees would be very large.

Air, land and water pollution

Recently, many articles may be located that describe multiples of cases of pollution. Oil spills are a very major concern due to extensive damage to the environment. Air pollution causes many respiratory conditions to occur. Land pollution prevents crops or plants from proliferating. The hazards of industrial pollution are very extensive. Major bodily medical problems occur That may not be curable. It is extremely important to address the issues involved in pollution of the environment.

Electromagnetic Conversion Solaric Energy Supply

To utilize solaric energy [energy emitted from the sun], it is best to convert energy emitted into a usable energy. This technique involves simply converting radiated photonic [light] energy into a usefull energy for supplying devices, appliances, or other energy reliant device. A frequency to frequency converter in the photonic spectrum would easily convert photonic energy into a lower frequency energy spectrum. This spectrum may range down to 1 cycle or less. A metallic mesh would absorb radiant energy for the conversion process. A frequency to frequency converter would be connected to the metal mesh “antenna”.