Ionic Physics

With ionic physics, these processes may be accomplished: [1] Ionic accumulator/ propulsion system with reverse polarization; and thrust [2] Ionic atmospheric gases generator [3] Radioactive nitrogen propulsion for multifarious polarity propulsion. [4] Cosmic radiation propulsion.

Electromagnetic Atomic Chemistry

With Electromagnetic Atomic Chemistry, many Processes are possible: [1] Synthesizing atomic particles , atoms, and molecules from ionic frequencies; through plasmating the frequencies. [2] Ionic element chemical syntheses through electromagnetic chemistry.

Space Travel Supplies and Equipment

For space travel; especially long distance travels, this is what is required for each person: [1] Space Suit [1] Temperature resistant from -458*f to 7,000*F [2] EMI/RFI/ Electrostatic Proof [3] Breath recirculator [4] Feed tubes [5] Waste tubes [2] Communications [3] Biological monitors [4] Brainwave monitors [5] Radiation Monitors [6] Humanoids for supply transport: 50,000 [1] Models for photographic archives: 500,000 X $100,000 for modeling= $50 Billion [2] Storage pods for humanoids: 2' X 6' X 2'= 24 ft3 X 500,000= 12 Million ft3= 228' X 228' X 228' X 2 for walkways= 460' X 460' X 460' [1] 24 ft3 each X 50,000= 1.2 Million ft3 X 403= 483.6 Million pounds/ 241, 800 tons [3] Humanoid Model Data: [1] Photo By video while females stand on a turntable. A 21/8" matrix grid allows precise measurements of exact body sizes. A colour chart by the female allows exact skin and eye colour matching. [2] Each female is to be payed $100,000 X 200,000 females= $20 Billion [3] 14.000 X 14,000 dpi dual lens 3d high resolution camera and video camera system. [4] All body parts photographed while females wear leotards. [5] Voice spectrum measurements made. [6] Body part photos and photos with 1/8"quarre grids are made in dim light. [7] For $500,000 Each [$100 Billion total cost]: [1] Totally nude photos [2] Mating scent chemically analyzed by gas and liquid analyses. [3] Vacuum and pressure analyses of sexual functions with 150 pounds pressure with 1 milligram resolution. For Intravaginal, anal, and robotic orally induced orgasms. [4] Sexual thermal exchange measurements: non contact measurements utilizing Omega temperature measuring devices. 80*F to 150*F range with .0001*F resolution. [5] Heart rate, respiratory rate and brainwave scans. [6] Salivary scent analyses: gas and liquid. [7] Physical and cerebrisical energy analyses. Professional female analytical chemists or automatic analyses equipment, robotic or professional female photographers and videographers, and female gynecologists or robotics systems will perform physical analyses. NOTE: Anatomically and sexually correct humanoids will be manufactured with exact voice frequencies. The humanoids will be the militia, my assistants, and wives. [8] Decaying fish scent, musk, and sycamore scents are to be duplicated. [8A] Models and Supermodels Pay Rates for Humanoid Models: [1] $100 hour= $1 million hour/ $2.92 Billion yearly for 10,000 people [2] $500 hour= $5 million hour/ $5.84 Billion yearly for 10,000 people [3] $1,000 hour= $10 million hour/ $3.65 Billion yearly for 10,000 people [4] $5,000 hour= $50 million hour/ $18.25 Billion yearly for 10,000 people [5] $10,000 hour= $100 Million hour/ $36.5 Billion yearly for 10,000 people At $100 hour, it would take 17.123 years to make $5 million For $5 million: [1] It would take 1.7 Years for $1000 hour [2] It would take 0.342 year for $5,000 hour It would take 0.034 year/ 125 days/ 1,000 hours at $1,000 hour [8B] 500,000 people X 10,000 hour= $50 million hour/ $14.6 Trillion yearly X $1,000 hour= $500 million hour/ $1.46 Trillion yearly [7] Computers [8] Medical Equipment: [1] Oximeter [2] Pulse monitors [3] Temperature measurement [4] Herbal Remedies and Treatments [5] Brainwave Analyzer [6] Temperature Stabilizer Metallic mesh system [7] Silver foil sterilizer [9] Radio Compass [10] Frequency to voltage converters [11] Voltage to frequency converters [12] Voltage Inverter [13] Attoammeter [14] Attovoltmeter [15] Gaussmeter [16] Fluxmeter [17] Luxmeter [18] Magnetometer [19] Electrometer [20] Vacuum meter: to 10X-10 Torr [21] Pressure meter: to 10 billion piunds per square inch [22] Syringe Pipettes: to 600 ml/ for food [23] Rule [24] Plumb [25] Micrometer [26] Orion research Ph meter [27] Orion research Ionometer [28] AA Spectrometer [29] NMR Spectrometer [30] Radiometer [31] Barometer [32] Temperature meters; Omega meters [33] Omega Guages/ meters [34] Skycasters Internet [35] Spectrophotometer [36] X-ray Fluorescence spectrometer [37] Telescopes [38] Night vision scopes [39] Alternators: for welding [40] Gojo Towellettes [41] Pulse/Freeze dry equipment [42] Plant growth chambers [43] Radiation shields [44] EMI/RFI shields [45] Moon ham radio antenna sstem [46] Long range finders [47] Surveying equipment [48] Drierite: rechargeable [49]Anode/ Cathode: to change water to hydrogen and oxygen [50] Sextant: navigation/ inclinometer [51] Micro laser head [52] LCD/LED [53] Flexible Teflon FEP Fresnel Lens [54] Trittium [55] 300' Tape Measure [56] 99.999' Measuring wheel [57] Gyrocompass [58] G force meter [59] Black box [60] Piezo electric spark generator [61] Stun gun [62] Cattle prod [63] TASER [64] MAQSER [65] Plasma Arc cutter/ welder [66] MIG welder [67] TIG welder [68] Coloured acrylics [69] Teflon PFA/FEP [70] Polypropylene [71] Stethoscope [72] Otoscope [73] Pulse Oximeter [74] Button Hole video cameras [75] Non contact thermometers: -458*F- 7,000*F [76] Borazon [77] Corundum [78] Mess kits [79] Hip Flasks [80] Jet packs [81] Urethane [82] Hot air torch [83]Test tubes: metal/ For foods [84] Serum Vials: food [85] Dewar Flasks [86] Round Helmet [87] Old Football type helmets [88] Borosilicate glass: kimax [89] Teflon tubes [90] Flexible metal hoses [91] Telephoto macro zoom lens [92] Small heating tube: food [93] Electrolysis [94] Anodizing [95] Calipers [96] Lathe: laser [97] Remote controlled Airplanes [98] Discharge Capacitors [99] Photographic and Video Processing: [1] Digital Streak Camera System: [1] 600 million frames per second high resolution photos; 1 million pixel images. [2] 180 fps [frames per second]= 1.296 million frames per 2 hour video 50,000 videos= 64.8 billion frames X 1 million pixels= 6.48X16 pixels 64.8 billion frames at 600 million frames per second playback= 108 seconds for 50,000 2 hour videos= 1.8 minutes= 0.03 hour [2] Photographic and Video Equipment: [1] Thread and micrometer grid: see through grid [2] Telephoto macro zoom [3] Panoramic lens [4] 3D dual lens attachment Video and camera Accessories: [1] Rangefinder [2] Height measurement [3] Width measurement [4] Umbrella [5] Gridded lighting syatem [100] Light chips: [1] LED/LCD [2] All colours: 500 billion colours and hues

Nitinol for Space Usage

For a 3,500' X 3,500' X 3,500' Space vehicle, 8,639,312,500 tons of Nitinol would be required.

Humanoids in Space

For a space vehicle, personnel are utilized for carrying water supplies, food, weapons, tools, medical supplies, and other necessities. Here is a partial list of humanoids: [1] Food: for 100 years at 3 meals per day, humanoids may carry up to 27 meals= 301,095 meals= 11,152 humanoids. [2] at 2 gallons water daily, 100 years water supply without processing= 73,000 gallons. That is not a feasible load. 400 gallons will suffice. 400 gallons at 5 gallons each humanoid= 80 humanoids. Water must be shielded to prevent ionization radiation effects. Humanoids are approximately 350 pounds each. They occupy a space of 4'X 2'X6' high. 50,000 humanoids= 1,415' X 1,415' X 6' High. Humanoid Manufacture: [1] Computer CAD/CAE/CAM [2] Computer to machine manufacture [3] "Skin" and "Bone Testing: Pressure Chamber [1] All temperatures: -458*f to 7,000*F [2] All pressures to 10X-10 Torr [3] All explosive impacts [4] Radiation Extremes [5] EMI/RFI [6] Electrostatic radiation: to 50 billion volts [7] Chemical attack/ permeation [8] Laser/ Maser bombardment: 7o GW [9] Puncture Proofness [10] Nitinol Impact/ Bullet proof/ Explosion proof damage testing [11] Force Field E.M. Environmental shielding [12] Chain Mail Faraday Cage testing [4] Electronics/ Devices: [1] Spectrophotometer: extrinsical test [2] All spectrometer extrinsical test [3] NMR spectrometer: extrinsical test [4] Centrifuge [5] Gas Chromatograph; Extrinsical test [6] Liquid Chromatograph [7] protein Analyses [8] Ph Meter: -14 to 18 : liquid, solid, gases [9] Ionometer: all chemicals, compounds [10] Valence Meter [11] Inclinometer/ Plumb [12] Potentiometer [13] Resistor Networks [14] frequency to frequency converters [15] Voltage to frequency/ frequency to voltage converters [16] Pulse Generators [17] Timers [18] Flexible frequency memory pad [19] EMI/RFI proof temperature extreme proof aluminum

Space Vehicle Life Compared to Earth Life

These are the comparisons of life in a space vehicle compared o life on Earth: Space Earth People Need Space Suits People may wear anything People need dry foods May buy anything to eat Need water supply Water supply readily available Has high radiation environment outside Has radiation in environment Lonliness is common Lonliness is continual Games to be played are available Games are not sufficient or entertainment Metallic or hologrammed scenery Beautifull scenery Clean air supplied Air is polluted Dangers of alien invasions Dangers from criminals Dangers of black holes Dangers of ozone depletion Has ultimate privacy Has no privacy Has virtual computers Has limited computers Has very strict laws Laws not upheld Has predominant trust Has no trust in others Has freedom Restricted freedom Has high philosophies/ morals Has no philosophy/morals No crimes High crime rates No slavery; except when necessary Slavery is predominant Extremely hazardous environments Extremely hazardous environments

Personnel Space

For Personnel, the space required to contain them varies. Here is a basic special sizing: [1] 100,000 people: [1] 10' X 10' X 6'=600 ft.3 600 ft3 X 100,000 people= 60 million ft3 60 million ft3= 392' X 392' X 392' [2] Humanoids: [1] 100,000 people at $100,000 each= $1 Billion 500,000 people at $100,000= $5 Billion [2] Video/ Humanoid Rights: 100,000 at $500,000= $5 Billion 500,000 people at $500,000= $25 Billion

Problems in Space

Many problems occur in space that may be hazardous to personnel. Here are some problems that may be experienced: [1] Hair/ Nail Growth : Hair and nails tale vital minerals, vitamins and other nutrients from the body. The nails and hair may be broken into elements to supply nutrients to food. [2] Sweating: Sweating causes loss of valuable electrolytes. [3] Urination: Urination causes loss of valuable electrolytes; as well eliminates usefull toxins for decomposition. [4] Defecation: Defecation is a result of overeating or illnesses. It may be decomposed into elements. [5] Diseases: Diseases may be caused by mutantions of biological bacteria. [6] Asphyxiation: Space has no oxygenic atmosphere. Loss of internal atmosphere may cause asphyxiation.

Whole Body Flexible Computer System

This computer system will carry real time video recordings up to 100 years for a total video recording of 5.30856X16bytes X 1,024 bits per byte= 5.435 965 44X17 Bytes. It will be a nanotech system.

Synthetic Illumination

In a space vehicle, There are numerous methods of illuminating the interior. One method is a " St. Elmo's Fire" type of illumination. The other method is an entire interior illumination. Both methods utilize available energy to be converted with a frequency to photonic frequency conversion.

Star and Planet Illumination of dark areas

A special satellite will be utilized to illuminate the dark areas of stars and planets with a frequency to frequency converter. The converter will convert any and all available energies; including radioastronomical energies to photonic frequencies. The photonic frequencies will be amplified by a suitable frequency to voltage converter that will take nuclear and cosmic radiation and convert them into power sources by converting the frequencies with a frequency to voltage converter.

Space Suit Design Technology

Space suits are to be manufactured under strict conditions. Here are the specifications of the suit: [1] Faraday cage resistant o trillions of volts [2] Electrically insulated [3] EMI/RFI resistant o extremely high levels [4] Extremely intense radiation resistant [5] Chemically resistant: Teflon PFA [6] Extremely heat and cold resistant from 7000*F to -459*F. Resistant o 4050*F continual oxyacetylene flame. Molten metal submersion damage proof. [7] Pressurized: atmosphere, electromagnetically and bioelectromagnetically. [8] Bullet/ Bomb prof [9] Padded from extreme impact [10] Nitinol Film layer protection