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But the challenge is that spikes mean different things in different contexts. It is already clear that neuroscientists are unlikely to be as lucky as molecular biologists. Whereas the code converting nucleotides to amino acids is nearly universal, used in essentially the same way throughout the body and throughout the natural world, the spike-to-information code is likely to be a hodgepodge: not just one code but many, differing not only to some degree between different species but even between different parts of the brain. The brain has many functions, from controlling our muscles and voice to interpreting the sights, sounds, and smells that surround us, and each kind of problem necessitates its own kinds of codes.
Evidence points in the same direction for the brain. Rather than a single universal code spelling out what patterns of spikes mean, there appear to be many, depending on what kind of information is to be encoded. Sounds, for example, are inherently one-dimensional and vary rapidly across time, while the images that stream from the retina are two-dimensional and tend to change at a more deliberate pace. Olfaction, which depends on concentrations of hundreds of airborne odorants, relies on another system altogether. That said, there are some general principles. What matters most is not precisely when a particular neuron spikes but how often it does; the rate of firing is the main currency.
While there are hundreds of different codes and cipher systems in the world, there are some universal traits and techniques cryptanalysts use to solve them. Patience and perseverance are two of the most important qualities in a cryptanalyst. Solving a cipher can take a lot of time, sometimes requiring you to retrace your steps or start over. It is tempting to give up when you are faced with a particuarly challenging cipher. 153554b96e