A kit for exploring the scientific method: from indirect observation and hypothesis formulation to discussion and comparison with the scientific community.

A series of experiments exploring the complex and diverse world of colors.

A kit for measuring the force required to set objects in motion and analyzing the influence of mass and contact surfaces.

A set of activities exploring the interaction between light and materials. By analyzing the light spectrum and using different light sources and filters, users can observe how not all radiation is blocked by opaque objects. The kit includes a camera for observing near-infrared radiation and experiments to “play” with the perception of colors that exist beyond the visible spectrum.

A kit for carrying out a series of simple yet effective experiments on the propagation of light and exploring its physical properties.

A range of objects for exploring and experimenting with different physical phenomena.

A series of hands-on experiences exploring how our vision works.

A simple yet powerful tool for understanding the greenhouse effect and explaining how the atmosphere works and the processes that drive climate change.

A kit featuring identical-sized objects made from different materials (beech, poplar, fir, oak, walnut, larch, polyethylene, foam, brass, and aluminum) to explore the concept of density and how it affects buoyancy.

An activity for the practical, qualitative study of buoyancy and its relationship with pressure.

Developed by Macmillan Learning, iOLab is a small cart for carrying out a wide range of physics experiments. It features built-in sensors for measuring various parameters (force, acceleration, velocity, displacement, magnetic field, rotation, light, sound, temperature, pressure, and extremely sensitive voltages down to a few μV), along with software for setting up experiments, acquiring, visualizing, and analyzing data.