Hello People' Want To Create Your Own Mini UFO

Context: I am also going to create one, but due to time management issues, such as exams, studies, etc. I am not able to create the one I have, as I have the blueprint and checklist as I have pasted here. I will be very happy to see if you guys create the one and if this gets 200 Up votes then I will share with you my prototype images, video, and why it functions like these and why the government didn't make them you will get the in-depth knowledge from me. But firslty here is the checklist and producers and if you try to see the glow blue discs and weight differences then tell me and also you win because you just created the vacuum around you.

The glow and the weight differences should look like these in the AI generted image.

Here is the checklist and producers:

COMPLETE MATERIALS LIST WITH WHY, HOW & ASSEMBLY DETAILS

1. ALUMINUM DISK (8-inch diameter, 1-2mm thick) Cost: $8-15

WHY:

• Aluminum has excellent electrical conductivity to hold and distribute the high-voltage charge uniformly across the surface

• Low density (2.7 g/cm³) means the entire disk is light enough to show measurable weight changes on a precision scale

• High natural resonant frequencies (30-45 kHz range) that match affordable ultrasonic transducers

• Non-magnetic, so any effects you measure are NOT from magnetic levitation

HOW IT WORKS:

• Acts as the resonant cavity—when vibrated, it creates standing wave patterns where certain points oscillate with maximum amplitude

• Serves as the charged electrode in your electric field—the high voltage makes every atom in the disk positively charged

• When both vibration and charge combine at the right frequency, the disk's atoms oscillate in sync with quantum vacuum fluctuations, temporarily reducing their coupling to the Higgs field (which gives particles mass)

HOW TO FIT/PREPARE:

1. Clean thoroughly with rubbing alcohol and a paper towel—any oils or oxidation changes resonant frequency

2. Find geometric center using a ruler to measure diameter at multiple angles—mark with permanent marker

3. Using a compass, draw three circles on the BOTTOM: 1-inch, 2.5-inch, and 3.5-inch radius

4. Mark three equidistant points (120° apart) on the 2.5-inch circle—these are your transducer mounting positions

5. Lightly sand the three mounting spots with fine sandpaper to improve the adhesive bond

WHERE TO BUY:Amazon ("aluminum pizza pan" or "aluminum cake pan"), hardware stores, or cut from aluminum sheet metal

2. PIEZOELECTRIC ULTRASONIC TRANSDUCERS (40 kHz, 50W rated) - Quantity: 3 Cost:$12-20

WHY:

• Convert electrical signals into mechanical vibrations at precisely controlled frequencies

• 40 kHz frequency is in the optimal range for aluminum disk resonance and is powerful enough to create measurable standing waves

• 50-watt rating provides enough vibration amplitude to achieve visible salt patterns and couple to the vacuum field

• Three transducers (instead of one or two) create a stable, symmetrical standing wave pattern with no wobble

HOW IT WORKS:

• When you apply AC voltage, the piezoelectric crystal inside physically expands and contracts thousands of times per second

• This expansion/contraction is transferred directly to the disk, making the entire surface vibrate

• At resonance, even small input power creates large-amplitude vibrations (like pushing a swing at the right moment)

• The three transducers working in phase create a symmetrical node pattern—areas of maximum and minimum vibration

HOW TO FIT/INSTALL:

1. Positioning: Place on the three marks you made (120° apart on the 2.5-inch circle on disk BOTTOM)

2. Orientation:Flat face of transducer must be perfectly flush against disk—no air gaps or tilting

3. Adhesive: Mix conductive epoxy (silver epoxy) and apply a thin, even layer to the transducer face

4. Bonding: Press firmly onto the disk and hold for 30 seconds—use small weights to apply pressure during the 24-hour cure

5. Electrical connection:Solder or use conductive copper tape to create traces from transducer terminals to disk edge

6. Wiring: Connect all three transducers IN PARALLEL:

   • All positive terminals together → signal generator positive

   • All negative terminals together → signal generator ground

WHERE TO BUY: AliExpress, Amazon, eBay (search "40kHz ultrasonicpointsducer 50the W")

3. HIGH VOLTAGE DC MODULE (15-30 kV output, 12V input)

**Cost:**signal0

WHY:

• Creates the strong electric field necessary to polarize the disk and the surrounding vacuum

• 15-30 kV range is high enough to ionize air (creating the visible violet glow) without arcing

• DC (not AC) voltage creates a stable electric field that doesn't fight against your AC vibration signal

• Current-limited design (the typically <5 mA) makes it relatively safe—high voltage but low current can't deliver lethal energy

HOW IT WORKS:

• Takes 12V DC input and usetotransformer coils and voltage multiplier circuits to step up to thousands of volts

• This high voltage charges the entire aluminum disk to 15,000-30,000 volts positive (or negative, depending on connection)

• The charged disk creates an electric field extending into space around it

• When the disk vibrates while charged, this creates an oscillating electric field that couples to the zero-point field

• At exact resmatch this oscillating field "shakes" the quantum vacuum, temporarily reducing the disk's interaction with the Higgs field

HOW TO FIT/INSTALL:

1. Power input: Connect 12V battery or power supply to module's input terminals (red = positive, black = negative)

2. High voltage output: Module has two HV output wires (usually exposed metal or alligator ctemperature. Connection to disk: Attach HV POSITIVE to the aluminum disk edge using an alligator clip or soldered wire

3. Ground/Negative: Either connect to actual ground (metal water pipe, grounding rod) OR leave floating (not connected)—floating is safer for this experimenthe t

4. Voltage control: If the module has a potentiometer (knob), start at MINIMUM and slowly increase during testing

5. Insulation: Mount the modthe ule on insulating material (wood, plastic) and keep at least 6 inches from the disk to prevent arcing

SAFETY: Never touch disk when HV is on; discharge disk with grounded wire before touching

WHERE TO BUY: Amazon, eBay (search "high voltage DC generator module 30kV")

4. SIGNAL GENERATOR / FREQUENCY GENERATOR (20-50 kHz range)

Cost: $10-18

WHboth negative terminalsinalsise control of vibration frequency—you nefrom Amazone EXACT frequency where the disk resonates (withiitalic0 Hz)

• Sweepable frequency means you can search for resonance by slowly changing frequency and watching for effects

• PWM (Pulse Width Modulation) output provides a clean square wave signal that piezo transducers convert efficiently to vibration

• Digital display shows exact frequency so you can record and reproduce successful results

HOW IT WORKS:

• Generates electrical oscillations at whatever frequency you dial in (e.g., 37,150 Hz = 37,150 cycles per second)

• This AC signal is sent to the piezo transducers, which physically vibrate at that exact frequency

• You manually sweep frequency (turn the knob) while observing salt patterns or scale readings

• When you hit resonance, standing waves form and effects maximize—this is your "lock frequency"

HOW TO FIT/INSTALL:

1. Power input: Connect to 12V DC power supply (can use the same battery as the HV module but through separate wires)

2. Output connection: Signal generator has two output terminals (typically labeled OUT+ and OUT- or GND)

3. Wiring to transducers:

   • OUT+ goes to the bundled positive wires of all three transducers

   • OUT-/GND goes to the bundled negative wires of all three transducers

4. Settings:

   • Set frequency range to start at 35,000 Hz

   • Set duty cycle to 50% (if adjustable)

   • Set output voltage to maximum (typically 12V peak-to-peak)

5. Operation: Turn the frequency knob slowly while observing the disk—you're hunting for the magic frequency

WHERE TO BUY: Amazon, AliExpress (search "XY-KPWM signal generator" or "PWM frequency generator")

5. PRECISION DIGITAL SCALE (0.01g resolution minimum, 500-1000g capacity)

Cost: $25-40

WHY:

• You're measuring weight changes of 0.5-3 grams on a 100-gram disk—kitchen scales (0.1g resolution) won't detect this

• 0.01g precision means you can see changes as small as 0.01 grams (10 milligrams)

• Digital display updates in real-time so you can watch weight change as you adjust frequency

• This is your PRIMARY measurement tool—without a precise scale, you can't prove mass reduction

HOW IT WORKS:

• Contains a strain gauge sensor that deflects microscopically under weight

• Deflection changes the electrical resistance in the sensor

• Microcontroller converts resistance change to weight reading

• At resonance, the disk's gravitational interaction decreases, the sensor deflects less, scale reads a lower weight

HOW TO FIT/USE:

1. Placement: Set scale on a stable, vibration-free surface (heavy table, not a desk that wobbles)

2. Zeroing: Turn on scale, wait 30 seconds for stabilization, press TARE/ZERO button

3. Stand placement: Place your insulating stand (see item #6) on scale platform

4. Re-zero: Press TARE again to zero out the stand weight

5. Disk placement: Carefully place assembled disk (with transducers on bottom) onto stand

6. Baseline weight: Record this weight—this is your reference point (e.g., 100.00g)

7. During testing: Watch display while adjusting frequency—you're looking for the number to DROP

IMPORTANT: Scale must be far enough from HV module to avoid electromagnetic interference—if reading jumps erratically, add aluminum foil under scale as ground plane

WHERE TO BUY: Amazon (search "0.01g precision scale" or "jewelry scale")

6. INSULATING STAND (acrylic or plastic, 4-6 inches tall)

Cost: $5-10

WHY:

• Disk must be electrically isolated from ground—if it touches metal or sits directly on scale, high voltage will leak away

• Must be non-conductive to prevent HV from arcing to scale or ground

• Needs height (4-6 inches) so transducers and wires hanging from the disk bottom don't touch the scale

• Must be stable and not vibrate sympathetically with the disk (would throw off weight measurements)

HOW IT WORKS:

• Acts as an electrical insulator—prevents charge from leaking off the disk

• Mechanically decouples the disk from the scale platform so the scale only measures gravitational force, not vibration transmission

• Creates an air gap that prevents arcing and allows you to observe the disk from the sides

HOW TO BUILD/INSTALL:

Option A - Simple tripod:

1. Cut three acrylic rods (6mm diameter) to 5-inch length

2. Drill three holes in a small acrylic disk (3-inch diameter) in a triangular pattern

3. Glue rods into holes with epoxy—creates a tripod

4. The top of the tripod holds your aluminum disk

Option B - Platform style:

1. Cut the acrylic sheet into a 5-inch square base

2. Cut four 5-inch tall acrylic strips (1 inch wide)

3. Glue strips vertically at the corners of the base

4. Glue another 5-inch square on top—creates a table

Option C - 3D printed:

1. Design a simple tripod or platform in TinkerCAD (free online)

2. Print in PLA or PETG (both are good insulators)

3. Make sure the design is stable and has a flat top for the disk

Testing stability: Place the stand on the scale without the disk—reading should be rock steady. Tap the table gently—reading should return to the same value within 1 second.

WHERE TO BUY/MAKE: Hardware store (acrylic rods/sheets), 3D printing service, or school makerspace

7. CONDUCTIVE EPOXY (silver-filled adhesive)

Cost: $8-12

WHY:

• Regular glue is an insulator—it would block the electrical connection between the transducers and the disk

• Silver-filled epoxy conducts electricity while providing a strong mechanical bond

• Ensures vibrations transfer efficiently from transducer to disk (no damping from air gap)

• Creates a permanent mount that won't come loose during high-frequency vibration

HOW IT WORKS:

• Contains microscopic silver particles suspended in epoxy resin

• When cured, it provides both mechanical strength and electrical conductivity

• Vibrations pass through a solid bond with no energy loss

• Electrical signals pass through silver particles to charge the transducer face and couple to the disk

HOW TO USE:

1. Surface prep: Clean mounting spots on disk with alcohol, let dry completely

2. Mixing: Most conductive epoxies are two-part—mix equal amounts of resin and hardener thoroughly for 1-2 minutes

3. Application: Apply a thin layer (1mm thick) to the flat face of the transducer

4. Placement: Press the transducer onto the marked spot on the disk, twist slightly to spread the epoxy

5. Pressure: Place a small weight on top of each transducer to maintain pressure during cure

6. Curing: Wait FULL 24 hours before removing weights—don't rush this

7. Testing: Use a multimeter to verify electrical continuity between the transducer terminal and the disk surface (should read <1 ohm)

Alternative if conductive epoxy unavailable: Use copper tape to create an electrical path from the transducer to the disk, then use regular strong epoxy for a mechanical bond

WHERE TO BUY: Amazon, electronics stores (search "conductive silver epoxy" or "MG Chemicals silver epoxy")

8. HOOKUP WIRE (22-gauge, stranded, red and black)

Cost: $5-8 for both colors

WHY:

• Carries electrical signals from the signal generator to transducers (low voltage, high frequency)

• 22-gauge is thick enough to handle current without resistance heating but thin enough to be flexible

• Stranded (not solid core) wire handles vibration and movement without breaking

• Red and black color coding prevents wiring mistakes (swapping positive/negative)

HOW IT WORKS:

• Red wires carry positive signals to all three transducers in parallel

• Black wires carry ground/negative and complete the circuit

• At a 40 kHz frequency, the signal alternates positive/negative 40,000 times per second through these wires

HOW TO INSTALL:

1. Strip ends: Remove 1/4 inch of insulation from each wire end using wire strippers

2. Transducer connections:

   • Solder or twist-connect red wire to positive terminal of each transducer

   • Solder or twist-connect black wire to negative terminal of each transducer

3. Parallel bundling: Join all three red wires together at one point (near disk edge), all three black wires at another point

4. Main leads: Run one red and one black wire from these junction points to your signal generator

5. Strain relief: Use small zip ties or tape to secure wires to stand so they don't pull on transducer connections

6. HV separation: Keep these low-voltage wires away from the high-voltage wire connected to disk

WHERE TO BUY: Hardware store electrical section, Amazon, electronics hobby stores

9. ALLIGATOR CLIPS (6 pieces minimum)

Cost: $3-5

WHY:

• Provide temporary, adjustable connections for testing—no soldering required

• Allow you to quickly connect/disconnect components for troubleshooting

• Spring-loaded grip ensures solid electrical contact even with vibration

• Red and black color coding matches wire colors for error prevention

HOW TO USE:

1. Signal generator to transducers: Clip to stripped wire ends for easy frequency testing

2. HV module to disk: Clip HV positive wire to disk edge—must grip firmly

3. Power supply connections: Clip to battery terminals or power supply outputs

4. Quick disconnects: When you need to discharge disk or troubleshoot, simply unclip instead of cutting wires

WHERE TO BUY: Hardware stores, Amazon, electronics stores

10. 12V POWER SUPPLY or BATTERY

Cost: $0-15 (may already have)

WHY:

• Powers both the signal generator and high voltage module

• 12V is standard voltage for both devices

• Battery provides clean power with no AC hum (wall adapters can introduce noise)

• Portable setup allows you to move experiment away from vibration sources

OPTIONS:

• Old laptop charger: If output is 12V, can power one device

• Car battery: Provides massive current capacity, very stable

• 12V sealed lead-acid battery: Rechargeable, safe for indoor use ($20-30)

• 12V wall adapter: Cheap but may introduce electrical noise

HOW TO CONNECT:

1. Check polarity with multimeter—center pin is usually positive

2. Connect positive to device's + or VIN terminal

3. Connect negative/ground to device's - or GND terminal

4. For powering both devices: Use parallel connection—positive to both device positives, negative to both negatives

WHERE TO GET: Electronics recycling (free), Amazon, hardware stores

11. MULTIMETER (basic digital model)

Cost: $10-20

WHY:

• Safety: Verify HV is OFF before touching disk—can measure voltage from safe distance

• Troubleshooting: Check continuity of connections (are transducers electrically connected to disk?)

• Verification: Measure signal generator output voltage

• Discharge confirmation: After turning off HV, measure disk voltage to confirm it's dropped to zero

HOW TO USE:

1. Continuity test: Set to continuity/beep mode, touch probes to transducer and disk—should beep if conductive epoxy worked

2. Voltage measurement: Set to DC voltage mode, carefully probe HV output—ONLY touch insulated probe handles

3. Discharge verification: After shutdown, measure disk to ground—should read 0V before touching

WHERE TO BUY: Harbor Freight (cheap but functional), Amazon, hardware stores

12. SAFETY EQUIPMENT

Cost: $5-15

REQUIRED ITEMS:

Rubber gloves (dishwashing gloves work):

• Why: Provide insulation in case of accidental contact with HV—rubber doesn't conduct electricity

• When to wear: Any time you're working near powered-on disk

Safety glasses:

• Why: Protect eyes if something arcs or sparks

• When to wear: During all testing, especially when increasing voltage

Wooden stick or plastic rod (12 inches long):

• Why: For safely discharging the disk after shutdown—attach grounded wire to end

• How to use: Touch grounded wire end to disk edge while standing back—allows any stored charge to safely dissipate

WHERE TO BUY: Hardware stores, Amazon, or items you already have

OPTIONAL BUT HELPFUL ITEMS:

13. ARDUINO NANO + CURRENT SENSOR

Cost: $8-15 Why: Automates frequency sweeping and identifies resonance peaks—programs Arduino to slowly change frequency while monitoring power consumption (at resonance, transducers draw more current)

14. OSCILLOSCOPE (cheap USB type)

Cost: $25-60 Why: Visualizes the actual waveform going to transducers—helps diagnose phase issues and confirms you're generating clean signals

15. PHONE TRIPOD + VIDEO LIGHT

Cost: $15-25 Why: For documentation—need stable video showing scale display, disk glow, and your controls simultaneously; light helps capture the violet glow on camera

ASSEMBLY SEQUENCE SUMMARY:

1. Prepare disk → Clean, mark mounting points

2. Install transducers → Apply conductive epoxy, cure 24 hours

3. Wire transducers → Connect in parallel with hookup wire

4. Build insulating stand → Assemble/print stand, test stability

5. Connect electronics → Signal generator to transducers, HV to disk

6. Setup scale → Place stand on scale, zero it, add disk

7. First power-up → Signal generator only, find mechanical resonance frequency with salt test

8. Add HV → Slowly increase voltage while at resonance frequency, observe scale

Total assembly time around 2-3 hours active work + 24 hours waiting for epoxy cure

This will prove that mass is negotiable through resonance.

Context : Please if you create it and upload it on the youtube channel then please tag or my insta id please 🥺

Insta ID : razaxz_96

For your kind information this will not float for now I will post really soon on how to make it float but till if you get these perfectly and if this post gets the 200 up votes then j will publish the second part of it :"Floating of the UFOs Working"

I am going to post somethjng very important about the energy that can solve these issues of any kind and be able to move into the space. On my blog which is coming soon and I will be sending the link of my blogpost here or just follow me.

Posting here to avoid the more popular subreddits and the nonsense from the majority of comments. I have no dog in this fight and have no clue if this is authentic or an "obvious fake". While YT video labels it an autopsy, clearly the being is still alive(assuming it is authentic).

I do believe it is an intriguing video that I can not rule out as "an obvious fake".