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STEMORIA scientific instrument
Explore a deterministic direct-current circuit model with linked electrical quantities.
01
Manipulate
02
Measure
03
Interpret
Scientific viewport
Spatial reasoning engine
Learn
01 / 04Understand one relationship at a time without instrument or graph overload.
Flow playback
visual only
Start with the physical meaning of a closed path, resistance, current and voltage. Deeper representations stay hidden until they help.
Live MNA-solved network
STEMORIA LAB / DC-01
LIVE NETWORK · SERIES
Digital multimeter
Probe the live circuit. Clicking the supply or a resistor also moves the probes.
V DC · R₁
3.75 V
Ideal voltmeter visualization. Probe placement follows the selected component terminals.
Camera & inspection
27° / 29° / 1.00×Drag directly on the bench to orbit. Use the mouse wheel to zoom. Turn on Breadboard X-ray to reveal the representative internal buses and contact strips.
The guided bench uses recognizable PSU, DMM, probe, cable, breadboard and component geometry while electrical values remain authoritative outputs of the MNA circuit solver. Hardware styling is representative rather than manufacturer-specific.
Electrical model
V = IR
Rₑq = R₁ + R₂. The same branch current crosses both ideal resistors.
Rₑq = 320 Ω
Iₜ = 0.0375 A
Pₜ = 0.45 W
Vjunction = 8.25 V
What the bench is showing
There is one conducting path. Current is continuous through R₁ and R₂ while electric potential falls across each resistance.
Current, voltage and power overlays are representations of model quantities, not claims that those quantities are literally visible.