Browse by Age: High School

These kits are suited for young scientists in high school!

Product List
CAMERAS
Two cameras for you to make: a pinhole camera and a lens camera. Understand how images are formed in an actual camera!
CHEMICAL BONDS
Learn chemical formulae, names of ionic compounds and how to balance reactions. The kit includes cards for all the common Ions and Radicals.
COMPUTERS
Do you know that there are two kinds of computers, digital and analogue? Learn about the difference between them and make many examples of analogue computers.
CONSTELLATIONS
Make your own constellation charts with glow-in-the-dark stickers! Accurate representations of Leo, Orion, Hercules and Ursa Major!
ENVELOPS OF CURVES
Do you know you can make beautiful curves using just straight lines? Give free rein to your creativity with this kit that combines maths with art!
THE GRAPHICAL EPHEMERIS
What will I see tonight in the night sky? Can I see Jupiter? Where? Find out the positions of the Sun, the moon and the planets for three years!
FLIP BOOK - THE PLOUGH
The seven stars of the Plough (Saptarishi) are famous in most cultures. But do you know that their shape changed a lot and will change even more? Make a flip book which shows the shape of the Plough from 100,000 years ago to 100,000 years in the future
FRACTAL CARDS
Fractals are strange objects: parts of a fractal look exactly like the whole! Fractals are studied in advanced maths, but you can get a flavour of fractals by making these beautiful fractal cards
GALILEAN TELESCOPES
Just over 400 years ago, Galileo revolutionised Astronomy by making his own telescope and looking at the skies! Recreate the excitement of that moment by making your own telescopes, using lenses similar to the ones Galileo used! Use the telescope you make to look both at a distant building and the sky!
MIRRORS
Mirrors are used everyday in so many ways, but do you know how and where an image is formed in a plane mirror? What is lateral inversion? What happens if you have a curved mirror? What happens if you have multiple mirrors? Experiment with plain and flexible mirrors, solve fascinating puzzles related to reflection.
MOIRE PATTERNS
Kit contains 8 patterns on transparent plastic and 20 patterns on card: Place any transparent pattern on a card pattern, see an amazing new pattern form and change as you move the cards! More than 150 different patterns to Explore and Enjoy!
MOIRE PATTERNS
Kit contains 8 patterns on transparent plastic and 20 patterns on card: Place any transparent pattern on a card pattern, see an amazing new pattern form and change as you move the cards! More than 150 different patterns to Explore and Enjoy!
PLANETS
Copernicus and Kelprer realized that the planets go around the Sun and scientists like Newton showed how to find out exactly where they are. This kit shows you the positions of the classical planets (Mercury to Saturn) for any day from April 1 2000 to March 31 2021.
POLARIZATION
One of the most fascinating and advanced properties of light is polarization, something that is used in Polaroid glasses and in 3d movies. Understand this phenomenon by doing experiments with polarizers and analyzers.
ROTATION
Strange things happen when an object is rotated: black dots become coloured, sometimes they appear stationery, objects fly away from the axis of rotation! Explore these phenomena with our rotation kit.
SPECTROSCOPES
How do we know that the Sun has Hydrogen and Helium in it? Has someone gone to the Sun and found out? Make our spectroscopes and find out exactly how scientists find out!
SUNDIALS
The first clocks in the world were sundials, that used the movement of the Sun in the sky to tell the time. Today there are hundreds of different sundial designs, some easy to make, some difficult, all fascinating for what they tell us about our star! This kit shows you how to make 5 such sundials, ranging from the simplest to complex!
TURING MACHINES
Alan Turing is sometimes called the father of the modern computer and he designed the beautiful machine that you can make with this kit. All digital computers, including supercomputers, are based on the principles that are the basis for the Turing machine!
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