Electron Technologies Project Portal Portal — Activities Preview

Student permission form and demographic survey.

Use this to Install the software.

This activity introduces students to the quantum nature of electrons, and includes the wave nature of electrons, tunneling, bound and excited states.

Assessment for the Introduction to Quantum Mechanics Activity.

This activity includes topics related to the formation of an atom, chemical bonding and chemical polarity.

This is an assessment that goes along with the Electrons in Atoms and Molecules activity.

This activity explores the forces affecting the movement of electrons, including electric and magnetic fields.

Assessment for How Electrons Move Activity.

This activity explores the structure and behavior of semiconductors, natural and doped.

Assessment for the Semiconductors Activity.

This activity explores in more detail than the Intro to Quantum Mechanics activity the tunneling behavior of electrons and some applications.

Assessment for Quantum Tunneling activity.

This activity explores the concepts of oxidation and reduction.

Assessment for the Redox activity.

Learn about plasmas and their behavior in electric and magnetic fields.

Assessment for Plasmas activity.

This activity explores the basics of how electricity flows (or doesn't flow) through conductors, insulators, and semiconductors.

Assessment for Electrical Conduction activity.

Introduces how electrons flow through transistors.

Assessment for the Transistors activity.

Explores how scanning tunneling microscopes work using the quantum tunneling effect.

Shows how simple batteries work at the atomic level.

Allows students to explore how FACS works.

This activity introduces students to the quantum nature of electrons, and includes the wave nature of electrons, tunneling, bound and excited states.

This activity explores in more detail than the Intro to Quantum Mechanics activity the tunneling behavior of electrons and some applications.

Explores how scanning tunneling microscopes work using the quantum tunneling effect.

This is a collective assessment tool covering all activities in this strand to be given after students complete the activities.

This activity explores the forces affecting the movement of electrons, including electric and magnetic fields.

This activity explores the structure and behavior of semiconductors, natural and doped.

Introduces how electrons flow through transistors.

This is a collective assessment tool covering all activities in this strand to be given after students complete the activities.

This activity introduces students to the quantum nature of electrons, and includes the wave nature of electrons, tunneling, bound and excited states.

Explores how scanning tunneling microscopes work using the quantum tunneling effect.

This activity introduces students to the quantum nature of electrons, and includes the wave nature of electrons, tunneling, bound and excited states.

Explores how scanning tunneling microscopes work using the quantum tunneling effect.