Dynamic Geomag: Chaos Theory Explained Aldo Cavini (aldoaldoz) 2026-09-25 | Dynamic Geomag: Chaos Theory Explained
Geomag Gravity: Pascals Triangle Aldo Cavini 2018-08-15 | A model showing the Normal Distributions, related as well as other "bauties"!
Geomag Gravity: Clock Escapement Aldo Cavini 2018-08-10 | A torsion pendulum driven by a gravity engine, thanks to an anchor escapement
Geomag Gravity: Double model Aldo Cavini 2018-07-27 | Two running balls, two screws, two couples of slopes, two final catches.
Geomag Gravity: Eschers Waterfall Aldo Cavini 2018-07-24 | A working model of the best known Escher's Waterfall.
Geomag Gravity: Inverted Engine Aldo Cavini 2018-07-19 | A model based on an inverted Engine, which shows the "Law of conservation of angular momentum" at work.
Geomag Gravity: Long run rotation Aldo Cavini 2018-07-14 | 8+8 balls put the rotor in motion: the almost total lack of friction allows it to run for over 3 minutes.
Geomag Gravity: Flywheel Aldo Cavini 2018-07-07 | A flywheel is given kinetic energy, which is converted into mechanical work while two balls are repeatedly rised. Once the energy exhausts, the motion of the flywheel reverses and the balls are free to fall down.
Geomag Gravity: Leonardos Machine Gun Aldo Cavini 2018-07-03 | A model of Leonardo's Machine Gun, built with 8 Geomag magnetic cannons
Geomag Gravity: Reaction Engine Aldo Cavini 2018-06-30 | A model showing Newton's action-reaction law at work. Three magnetic cannons are mounted on a rotating platform, which increases its speed at every shot.
Geomag Gravity: 8 metal balls pick up Aldo Cavini 2018-06-22 | A mechanism to pick up 8 metal balls thanks to magnetism
Geomag Gravity: a giant model Aldo Cavini 2018-06-17 | This giant model, built with Geomag's Mechanics and Gravity pieces, shows a variety of effects due to two invisible forces: gravity and magnetism - the last one, both attractive and repulsive. In particular:- Gravity: driving force which puts the Coils into rotation (00:15), Linear Pendulum (02:09);- Magnetic repulsion: Contactless Gears (00:25), Crocodile (01:52);- Magnetic attraction: Stop-and-go (2:18), Magnetic Cannon (02:35), Catch-the-ball (02:48).In addition, other mechanical phenomena are shown:- two kind of Ball Bearings, with 8 balls (00:00), and 3+1 balls (00:05);- Balance (02:00);- Centrifugal force (pin drop, 02:20).
Magnetic Permeability at work Aldo Cavini 2017-08-27 | A little Geomag Mechanics model showing an interesting effect related to Magnetic Permeability.Un piccolo modello costruito con Geomag Mechanics che mostra un effetto interessante legato alla Permeabilità Magnetica.
Gases, how do they work - Part 4: the Ideal Gas Law Aldo Cavini 2015-01-05 | Gas, come funzionano - Parte 4: la Legge dei Gas Perfetti
Gases, how do they work - Part 3: the Combined Gas Law Aldo Cavini 2015-01-05 | Gas, come funzionano - Parte 3: la Legge Combinata dei Gas
Gases, how do they work - Part 2: the Temperature Aldo Cavini 2015-01-05 | Gas, come funzionano. Parte 2: la Temperatura
Gases, how do they work - Part 1: the Pressure Aldo Cavini 2015-01-05 | I gas, come funzionano - Parte 1: la Pressione
Geomag Mechanics: Epicyclic gearing Aldo Cavini 2013-02-09 | A simple Geomag model, built using some (home made) drilled balls and axles, where all the gear teeth work by means of magnetic repulsion
Real Time Geomag Clock Aldo Cavini 2012-10-24 | A complete clock model with a "grasshopper" escapement
Eudoxus explained Aldo Cavini 2012-07-15 | A complete explanation, based on a working model, of the ancient Homocentric Spheres invented by Eudoxus of Cnidus some 2400 years ago to explain the motion of the planets.Una spiegazione completa, basata su un modello funzionante, delle Sfere Omocentriche inventate da Eudosso di Cnido 2400 anni fa per spiegare il moto dei pianeti.
Dynamic Geomag: Contactless Hanging Aldo Cavini 2012-05-22 | In a perfect world, the model would run forever... but, apart from the air friction, there is also the friction of the bottom sphere rotating over the table: watching at this video you'll discover is this last friction can be considered negligible or not!Model inspired to this beautiful work http://www.youtube.com/watch?v=VjBlxtFojRkby http://www.youtube.com/user/garridoasecas
Geomag Mechanics: Manual Transmission Aldo Cavini 2012-05-01 | A working transmission with 4 gears (3 + direct drive) and reverse, built using some (home made) drilled balls and axles
Geomag Mechanics: Continuously Variable Transmission Aldo Cavini 2012-04-21 | A working device, built using some (home made) drilled balls and axles
Geomag Mechanics: Cardan Joint Aldo Cavini 2012-04-15 | A working Cardan Joint, built using some (home made) drilled balls and axles
Geomag Mechanics: Differential Aldo Cavini 2012-04-13 | A working differential device, built using some (home made) drilled balls and axles
Lenzs law at work Aldo Cavini 2012-02-24 | A practical and theoric demonstration of the Lenz's Law. Una dimostrazione pratica e teorica della legge di Lenz.
Geomag 4 Kids: Angular Momentum Transfer Aldo Cavini 2012-01-05 | The interactions between the magnetic poles work like elastic collisions: when two items collide, the velocity of one of them with respect to the other is reversed. In this model, the "collisions" always happen between a rotating item, which stops; and a still one that starts moving (apart from friction problems) at the same speed: the result is the angular momentum have completely been transferred.
Geomag 4 Kids: John Harrisons H1 Clock Aldo Cavini 2011-12-18 | This model is inspired by John Harrison's H1 clock. The balls in the middle of the red rods are magnetic poles: their attraction guarantees the perfect synchronization of the two pendulums.
Geomag 4 Kids: Wait a... momentum! Aldo Cavini 2011-11-01 | This model shows the "angular momentum conservation" law at work. The rotor accelerates the rotor when it narrows, rather like a spinning ice skater.Questo modello illustra la legge della "conservazione del momento angolare": il rotore acquista velocita' al rotore quando la sua geometria si stringe, come fanno i pattinatori su ghiaccio quando girano su se stessi.
Geomag 4 kids: Simple Inverted Pendulum Aldo Cavini 2011-10-26 | 10 magnetic fields keep the pendulum upright.
Geomag Mechanics: Marble Machine 2 Aldo Cavini 2011-10-08 | A Marble machine running four ping pong balls, built using some (home made) drilled balls and axles
Geomag Mechanics: Marble Machine 1 Aldo Cavini 2011-09-30 | A Marble machine running two ping pong balls, built using some (home made) drilled balls and axles
Threaded Spiral Aldo Cavini 2011-04-22 | How to draw a spiral with an envelope of stright lines See the final result: http://www.flickr.com/photos/aldoaldoz/5643804494
Dynamic Geomag: Eschers Waterfall Aldo Cavini 2011-03-06 | Perpetual motion: a working Geomag model of 1961 Escher's Waterfall, built using some (home made) drilled balls and axles
Geomag Mechanics: Elevator Aldo Cavini 2011-02-21 | An elevator model with working sliding doors, built using some (home made) drilled balls and axles
Geomag Mechanics: Tower Crane Aldo Cavini 2011-02-04 | A Tower Crane model, using some (home made) drilled balls and axles
Dynamic Geomag: All the Regular Polyhedra Aldo Cavini 2011-01-23 | All the regular polyhedra in one single Geomag model, using some (home made) drilled balls and axles
Geomag Mechanics: Clock Devices Aldo Cavini 2010-12-06 | Three clock mechanisms: a pendulum escapement, a gear train and a carillon, using some (home made) drilled balls and axles
Geomag Mechanics: Four Strokes Combustion Engine Aldo Cavini 2010-10-16 | A dynamic Geomag model, using some (home made) drilled balls and axles
Geomag Mechanics: Two Carousels Aldo Cavini 2010-10-12 | Two dynamic Geomag models, using some (home made) drilled balls and axles
Geomag Mechanics: London Tower Bridge Aldo Cavini 2010-10-07 | A dynamic Geomag model, using some (home made) drilled balls and axles
Geomag Mechanics: Two Windmills Aldo Cavini 2010-10-03 | Two dynamic Geomag models, using some (home made) drilled balls and axles
