Quantum of Science (28c3)

Update: 2011-12-30

Description

Quantum systems can have very different properties from their classical analogues which allows them to have states that are not only correlated but entangled. This allows for quantum computers running algorithms more powerful than those on classical computers (represented by Turing machines) and for quantum cryptography whose safety is (in principle) guaranteed by the laws of nature.

about this event: http://events.ccc.de/congress/2011/Fahrplan/events/4648.en.html

Comments

In Channel

NOC Review (28c3)

2011-12-3034:33

Closing Event (28c3)

2011-12-3012:52

Antiforensik (28c3)

2011-12-3032:46

Lightning Talks Day 4 (28c3)

2011-12-3002:20:52

Security Nightmares (28c3)

2011-12-3001:33:11

The engineering part of social engineering (28c3)

2011-12-3052:25

ChokePointProject - Quis custodiet ipsos custodes? (28c3)

2011-12-3026:45

Resilience Towards Leaking or Why Julian Assange Might Be Wrong After All (28c3)

2011-12-3057:49

From Press Freedom to the Freedom of information (28c3)

2011-12-3052:28

Your Disaster/Crisis/Revolution just got Pwned (28c3)

2011-12-3045:03

DC+, The Protocol (28c3)

2011-12-3041:52

Evolving custom communication protocols (28c3)

2011-12-3057:10

Quantum of Science (28c3)

2011-12-3059:24

bup: Git for backups (28c3)

2011-12-3027:13

Changing techno-optimists by shaking up the bureaucrats (28c3)

2011-12-3051:52

Smart Hacking For Privacy (28c3)

2011-12-3001:00:16

Security Nightmares (28c3)

2011-12-3001:33:13

"Neue Leichtigkeit" (28c3)

2011-12-2901:10:03

Print Me If You Dare (28c3)

2011-12-2901:03:36

Implementation of MITM Attack on HDCP-Secured Links (28c3)

2011-12-2945:37

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#box-pro-ellipsis-176263995101317{-webkit-line-clamp:2;}Quantum of Science (28c3)

Quantum of Science (28c3)

Robert Helling

Quantum of Science (28c3)