Clever. I will talk the DoD into implementing it with Google Tap!
From: KZK evil.ke...@gmail.com
To: brin-l@mccmedia.com
Sent: Thu, June 14, 2012 8:31:47 PM
Subject: Brin: Quantum Cryptography Outperformed By Thermodynamics
On 6/15/2012 2:37 AM, KZK wrote:
But Eve, who is listening in to the publicly
available noise, does not know which resistor was connected at each
end and cannot work it out either because the laws of thermodynamics
prevent the extraction of this information from this kind of signal.
So why
On 6/15/2012 2:37 AM, KZK wrote:
But Eve, who is listening in to the publicly available noise, does
not know which resistor was connected at each end and cannot work it
out either because the laws of thermodynamics prevent the extraction
of this information from this kind of signal.
So why
On 6/15/2012 2:14 PM, KZK wrote:
Eve cuts the wire between Alice and Bob (AB line) and insert her own
node that connects to Alice (AE line) and Bob (BE Line) individually.
Alice can't tell the difference between the AB line or the AE Line
and sets her resisters. Eve sets her resisters connected
David Hobby Fri, 15 Jun 2012 10:35:51 -0700:
Between ALL communications channels, even the public ones? That's
asking rather a lot of Eve. I think there are a lot of people who
would use a cryptographic system that required an additional open
channel, confident that they could somehow route
The idea is straightforward. Alice wants to send Bob a message via an
ordinary wire. At each end of the wire, there are two different
resistors that correspond to a 0 or 1. Alice encodes her message by
connecting these two resistors to the wire in the required sequence.
Bob, on the other hand,
