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The Hancock's (and others) pay tribute to Michael Badnarik
Must-See Video: Anne Heche Fights To Escape Body Bag After Suspicious Crash
Atlantic op-ed claims Catholic rosary has become 'an extremist symbol'
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3-wheeled EV commuter equals 230 MPGe, blends torque & safety
Starlink Wins FCC Approval For In-Motion Use On Airplanes And Cruise Ships
Raspberry Pi Foundation brings Wi-Fi to Pico microcontroller
Have You Changed Phones Yet?, + Q&A
Breakthrough Zero-Carbon Fertilizer Set to Take Root Across the World as 'Biochar'
Artificial Photosynthesis Can Produce More Food in the Dark Than With Sunshine
Researchers run a gas turbine on pure hydrogen in world first
Injectable hydrogel treats back pain from damaged discs in human trials
Going under anesthesia? Scientists reveal what happens inside your unconscious brain
Mayman Aerospace debuts flight-ready Speeder flying motorbike prototype
As the name suggests, quantum computers tap into several principles of quantum mechanics to perform calculations that are beyond the reach of traditional computers. And just like our current internet, these quantum computers will need to be linked together to achieve their full potential. However, sending information between them is tricky, because the quantum nature of that data makes it susceptible to loss or interference from the environment.Instead, that information can be essentially "teleported" between nodes, thanks to a phenomenon known as quantum entanglement. Two particles can become so entwined with each other that it becomes impossible to describe one without the other, and any changes made to one will instantly affect the other, no matter how far apart they are.