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Are you hesitant when making a decision? Ask for help the decision maker! One spinning of the magnet ball will make your day! Take the load off your shoulders by asking this funny device. The decision maker doesn't need batteries or charging, as it uses magnetic force.

Materials: Plastic, magnet

Size: 23cm

A timeless classic in the field of physical innovation! If you touch the plasma ball, you will notice that the colorful tendrils of light will go directly to your hand. This occurs due to the fact that human body conducts electricity. It is invented in 1894 by the notorious laureate in physics Nikola Tesla. Impressive interior decoration, the effect of which is more noticeable in the absence of light.

This interactive toy will amaze you with its countless funny tricks. A loosely coiled slinky which can be satisfyingly poured from hand to hand or even made to "walk down" steps. Try it out by placing it at the top step, then push the spring and watch it spring down the steps.

Set your imagination free by arranging and creating different shapes and forms. These magnet balls interact using the very well known force of magnetic attraction.

Base size - 5 cm

A timer that combines magnetism and sculptural art in one mesmerizing performance. The magnet placed on the bottom turns the flowing iron sand into small sculptures that change constantly. The elegant design makes it a great novelty for different environments. The Magnetic Sand Timer is an exquisite gift for any occasion.

Newton's cradle is a device that demonstrates conservation of momentum and energy using a series of swinging spheres. When one sphere at the end is lifted and released, it strikes the stationary spheres, transmitting a force through the stationary spheres that pushes the last sphere upward.

Hold the bottom of the flask in the palm of your hand and wrap your fingers around it. The warmth of your hand raises the temperature of the gas. The increase in temperature creates an increase in air pressure - the gas expands. This increased pressure starts to push the liquid up the glass tube to the top of the flask. When all the liquid has been moved upwards and there is only gas in the lower part of the flask, air bubbles are pushed out of the tube and it seems as if the liquid in the upper part has started to boil.