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"Modern Physics"

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Specific Heat Demonstration Set

Specific Heat Demonstration Set

Visually illustrate the difference in specific heat.

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Cartesian Diver Set

Cartesian Diver Set

This diver set expresses the effects of air pressure and buoyancy.

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Solid State Physics – Superconductivity

Solid State Physics – Superconductivity

Determine the transition temperature of a superonductor.

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Debye–Scherrer Diffraction

Debye–Scherrer Diffraction

Dualism of waves and particles.

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Electron Diffraction Tube Demonstration Series
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Electron Spin Resonance

Electron Spin Resonance

The Electron Spin Resonance determines the magnetic field as a function of resonance frequency.

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Tube Holder S Student Series

Tube Holder S Student Series

Easy and safe way to hold and power your tubes.

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Electron Tube Holder Demonstration Series

Electron Tube Holder Demonstration Series

Tube holder is made of robust plastic for holding D-series electron tubes. Stand has a wishbone, 360° rotating clamp made of heat-resistant plastic and two base holes for affixing the Teltron Helmholtz Coils. On rubber feet to prevent slipping.

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Zeeman Effect

Zeeman Effect

Measuring the Zeeman splitting of red cadmium.

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Franck Hertz Experiment – Mercury

Franck Hertz Experiment – Mercury

Observe the spectral lines of mercury atoms.

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X–Ray Physics

X–Ray Physics

This kit includes five different experiments exploring X-rays.

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Free Charge Carriers in a Vacuum – Thomson Tube

Free Charge Carriers in a Vacuum – Thomson Tube

Investigate the deflection of electrons.

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Electron Deflection Tube Demonstration Series

Electron Deflection Tube Demonstration Series

Highly evacuated electron tube with focusing electron gun and fluorescent screen inclined relative to the beam axis, so that the path of the beam can be seen and the effects of electric and magnetic fields can be studied. The electron beam can be deflected electrically in the electric field of the built-in plate capacitor, and magnetically by using the Helmholtz coil pair (not included). By adjusting the electric field so that it cancels the magnetic deflection, it is possible to determine the specific charge (e/m) and the velocity of the electrons.

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X–Ray and Tomography

X–Ray and Tomography

Five different experiments exploring X–rays and tomography.

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CPEP History and Fate of the Universe Charts

CPEP History and Fate of the Universe Charts

This colorful, graphically rich chart illustrates and summarizes what is now known about the history and fate of the universe. Developed by scientists at the Lawrence Berkeley National Laboratory (Berkeley Lab) in collaboration with the Contemporary Physics Education Project (CPEP) and George Smoot, Nobel prize winner for 2006, the chart is crammed with information covering a broad range of cosmological topics. The centerpiece is an evolutionary timeline that takes viewers from 10-44 seconds, when the universe was much smaller than a proton, to the current era, about 14 billion years later, when the visible universe contains 4 x 1011 billion galaxies. Side panels provide short discussions on the birth, inflation and expansion of the universe, the cosmic microwave background and redshifts of distant supernovas.

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