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Available for Windows

Makarov Physics Suite

200 interactive modules span mechanics, waves, optics, electromagnetism, quantum phenomena, fluids and thermodynamics. Work with physical objects, inspect detailed 3D apparatus and connect the motion to live measurements.

200 modules · Page 4 / 10

61Electric circuits — Actual application image

Physics

Electric circuits

Schematic editor with live simulation, oscilloscope, ERC and Bode plots.

62Capacitor lab — Actual application image

Physics

Capacitor lab

Compare a parallel-plate field solver with an ideal coaxial capacitor. Move a probe through the radial field; hold voltage or isolate charge.

63Static electricity — Actual application image

Physics

Static electricity

Transfer charge between two contacts, then explore carpet charging and air breakdown.

65Inside the wire — Actual application image

Physics

Inside the wire

Electric current up close: an electron gas drifts through a vibrating lattice - drift vs thermal speed, Joule heating, and why resistance grows with temperature.

66Electron optics — Actual application image

Physics

Electron optics

An electron gun, a lens and two deflection pairs in 3D: the beam is steered by a solved field.

67Pendulum wave — Actual application image

Physics

Pendulum wave

Tuned pendulums braid waves, spirals and chaos, then snap back into a line.

68Casimir effect — Actual application image

Physics

Casimir effect

Two plates in vacuum attract because the modes that fit between them are fewer than the ones outside. The difference of two infinities is computed here, not quoted: watch the divergent sum leave −1/12 behind.

69Gauss's law — Actual application image

Physics

Gauss's law

Integrate E.dA over a closed surface and compare with Q/e0. Move a charge out and the total jumps; move it about inside and nothing changes.

70Electric field — Actual application image

Physics

Electric field

Point charges, rods and rings: build a scene, drag it, read the field.

71Foucault pendulum — Actual application image

Physics / Earth

Foucault pendulum

The Earth's rotation turns the swing plane: precession ∝ sin(latitude).

72Simple pendulum — Actual application image

Physics

Simple pendulum

Nonlinear oscillations: the period grows with amplitude.

75Cloth (XPBD) — Actual application image

Physics

Cloth (XPBD)

Fabric in studio light: folds, wind, draping and tears.

76Planetary gearbox — Actual application image

Physics

Planetary gearbox

Sun, planets, ring and carrier: three members turn and one equation binds them, so holding a different member gives a different ratio out of the same wheels - reduction, overdrive, reversal.

77Electric motors — Actual application image

Physics / Engineering

Electric motors

Compare a DC motor and generator with a separate three-phase FOC machine. Change the load and follow phase currents, rotor motion, speed and torque.

78Lissajous figures — Actual application image

Physics

Lissajous figures

Perpendicular oscillations combined: the oscilloscope classic.

79Electromagnetic wave — Actual application image

Physics

Electromagnetic wave

E and B at right angles, in step, travelling at 1/sqrt(e0*m0) - the speed that made light an electromagnetic wave. Poynting points the way.

80Transformer — Actual application image

Physics

Transformer

Two coils and a closed iron core: the flux those arrows carry is the only thing linking them. Trade turns for voltage; open the load and the primary shrinks to the magnetizing trickle.

Some modules belong to more than one Suite. Shared experiments have one description here.