Standard

Advanced

ZPE

⚡ Sources

🔋

Battery

9V DC

〰️

AC Source

120V 60Hz

⎍

Signal Gen

5V 1kHz

⏚

Ground

0V Ref

🔧 Passive

Resistor

1kΩ

⫠

Capacitor

100µF

⌇

Inductor

10mH

◎

Pot

10kΩ

🌡️

Thermistor

10kΩ NTC

💡 Output

💡

LED

2V Red

💡

Bulb

60W

⚙️

DC Motor

12V

🔊

Buzzer

🔈

Speaker

8Ω

🔀 Control

🔲

Switch

SPST

⊡

Push Button

Momentary

▷

Diode

0.7V

⊳

Zener

5.1V

⎓

Fuse

⎔

Relay

12V

🔌 Semiconductors

⊳

NPN

β=100

⊲

PNP

β=100

⊳

N-MOSFET

10A

△

Op-Amp

100k

⊞

555 Timer

▬

V-Reg

📏 Measurement

Ⓥ

Voltmeter

Ⓐ

Ammeter

Ⓦ

Wattmeter

〰

Scope Probe

Waveform

━

Wire

Connector

🔄 Transformers

⊣⊢

Transformer

100:1000 turns

◉

Toroid

500mH

⚡ High Voltage

⫠

HV Capacitor

1nF 40kV

🏺

Leyden Jar

2nF

⚡

Spark Gap

15kV

⊳

SCR

25A

📡 RF / Signal

📡

RF Source

50V 1MHz

⬡

Crystal Osc

32.768kHz

◁⫠

Varactor

10nF

⌇

Reed Switch

Magnetic

🔬 Analysis

📊

EM Probe

Field sensor

📈

Spectrum

FFT analyzer

⚛ Zero-Point Energy Research

Components for ZPE, Tesla, Hutchison, Bedini, Don Smith, and advanced electromagnetic experiments.

⚡ Tesla / Coils

⊣

Tesla Primary

100µH

⊢

Tesla Secondary

25mH

⊙

Top Load

20cm sphere

⊜

Bifilar Coil

100mH

☤

Caduceus Coil

500mH

⚛ ZPE / Quantum

≡

Casimir Plates

100nm gap

💎

Crystal Cell

400mV

🌍

Schumann Ant.

7.83Hz n=1

⚡

Drag components here to build your circuit
W Wire Del Delete R Rotate Space Simulate
Try the ZPE tab for Tesla coils & Hutchison experiments

Sim

Scope

Bode

Formulas

Circuits

📊 Simulation

0.00

Volts

0.00

Amps

0.00

Watts

0.00

Ohms

—

Freq (Hz)

—

Phase °

—

f₀ Res

—

Q Factor

🔧 Component

Type —

Value

Unit —

Freq

Sec. Turns

Rotation

Current —

V Drop —

📋 Circuit

Components 0

Wires 0

Nodes 0

Status Ready

⚡ Ecosystem Energy

Your Energy 0 eV

Circuits 0

Pool 4,013 GSM

Every circuit charges the battery. GSM →

📈 Oscilloscope

Channels

CH1 Voltage —

CH2 Current —

Frequency —

Period —

📉 Bode Plot

━━ Magnitude (dB) ╶╶ Phase (deg) ╶╶ −3dB line

Bode Analysis

Cutoff (-3dB) —

DC Gain —

Phase Margin —

Type —

Bode plot shows frequency response of your circuit (requires R, C and/or L components + AC source). Run simulation to update.

📐 Active Formulas

Run simulation to see formulas

📖 Reference

Ohm's Law: V = IR
Resonance: f₀ = 1/(2π√LC)
Impedance: Z = √(R² + (X_L−X_C)²)
Q Factor: Q = (1/R)√(L/C)
Tesla: V_out ≈ V_in√(C_p/C_s)
Casimir: F = −π²ℏcA/(240d⁴)
ZPE: E₀ = ½ℏω
Schumann: f_n = (c/2πR)√(n(n+1))

🔢 Physics Constants

                            c = 2.998 × 10⁸ m/s

                            ℏ = 1.055 × 10⁻³⁴ J·s

                            e = 1.602 × 10⁻¹⁹ C

                            µ₀ = 1.257 × 10⁻⁶ H/m

                            ε₀ = 8.854 × 10⁻¹² F/m

                            kB = 1.381 × 10⁻²³ J/K

🔬 Standard Circuits

💡

LED + Resistor

Basic current limiting

⚡

Voltage Divider

Two resistors, split voltage

〰️

RC Low-Pass Filter

Resistor + capacitor filter

⊳

Transistor Switch

NPN switching circuit

🔋

Full Bridge Rectifier

AC to DC conversion

⏱️

555 Timer Blinker

Astable oscillator

🔋

Joule Thief

Voltage booster from dead battery

⚛ ZPE / Tesla Research

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⚛ Zero-Point Energy Research

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