## Search our database of handpicked sites

Looking for a great physics site? We've tracked down the very best and checked them for accuracy. Just fill out the fields below and we'll do the rest.

##
You searched for
**"quantum"**

We found **16** results on physics.org and **113** results in our database of sites

(of which
**105** are Websites,
**7** are Videos,
and **1** is a Experiments)

## Search results on physics.org

### What is superposition?

### How weird is quantum?

### Does anyone understand quantum mechanics?

### All about... Quantum Computing

### What is the Higgs Boson?

### Quantum criminals

### Who is Stephen Hawking?

### The physics of Santa

### Top 4 Bonkers things about the universe

### How do you smell?

### All about... cryptography

### The Science of His Dark Materials

### What is antimatter?

### Why is there more matter than antimatter?

### What is cosmic inflation?

### Is Time Travel Possible?

### Visual Quantum Mechanics

Comprehensive site aimed at high school student learning about quantum phenomena. Excellent!!

### Teleportation Takes a Quantum Leap

Good clear article from the National Geographic on quantum teleportation, including its use in cryptography.

### Quantum Physics

The quantum physics section of Hyperphysics, covers lots of information. This is excellent for linking areas and learning about how they interact.

### Quantum Computers Animated

A PhD Comics animation explaining the the principle behind quantum computers that relies on superposition and entanglement.

### Quantum Time Development

This applet enables the user to show how a quantum wave packet develops with time.

### Quantum Entanglement and Bell's Theorem

A complex mathematical description of the essential non-classical nature of quantum entanglement

### The mind-blowing possibilities of quantum computing

The new world of quantum computers promises amazing breakthrough and find out how computers hope to achieve this.

### Quantum teleportation

This article looks at how teleportation can be reconciled with quantum mechanics, using the Einstein-Podolsky-Rosen effect.