Not necessarily. Either it has SOME grounding in science, or it is purely magical, and it being purely magical doesn't fit with the rest of the game.
that was precisely my point. The boundaries of "purely magical" shift once you gain a scientific understanding. What you don't understand now, and consider purely magical (telepathy) becomes less disturbing once a scientific explanation is found (my imaginary construct of rapid pheremonal transmission, to explain the observation of communication "through the air")
Consider also that to someone from victorian england, most of what happens today is magic -- air travel would appear to break the laws of physics to them. Magic, most foul.
Of course if you're going to stay stuck in the present, with a 2012 understanding of science and refuse to suspend disbelief for an instant... then sure, it's ludicrous to suggest that things will be different in 2084, and telepathy is patently absurd.
If anything, I was surprised when I first played the game that the conventional weapons looked so... ordinary. I'd have expected more developments in 2084 - gauss technology. linear accelerators. mini nuclear power packs. etc. Hell even high-efficiency solar rechargeable laser rifles that almost never run out of juice, given enough turns to recharge...
Like for example, the basics of conservation of energy. Where doese the power come from? Does ti have range? If so, then it emits some kind of signal or another. How do the individual viruses interact with eachother?
You do realize that when dealing with biological systems, the power ultimately comes from the sun?
I would assume that the "power" for the viruses to communicate comes from biochemical pathways.
Even a virus (a conventional one) is "powered" - phages have to change configuration to inject their DNA into cells. It takes power to replicate DNA and assemble new viral particles. The new viral particles result in the cell rupturing - this takes power too. Some viruses exocystose and leave the cell intact. This takes power too. Is this magic? Or is it the viruses harnessing the "power" of the host?
Does it have range? Some kind of signal? are you talking about within the body between viral particles, or without, between individual human beings. If the latter, pheremones could be the signal.
If the former, there are all sorts of chemical messengers within cells. G proteins and enzymes form a cascade of intracellular communication. Between cells adjacent to each other there can be electrical junctions, and communication could be electrical. These are called gap junctions. The body does this all the time. It's how your heart cells communicate with each other so that your heart contracts synchronously, for instance.
Between cells at more remote locations hormones act as messenger molecules. When they reach their target cells, they bind to cell surface receptors and effect changes through second messenger systems.
http://www.vivo.colostate.edu/hbooks/pathphys/endocrine/moaction/surface.htmlFor one, neurons are larger and more complex than viruses, and are interconnected. The brain is a single, complex structure with fixed pathways.
that last is debatable. The brain comprises many anatomical structures, some postulated to be older in terms of evolution than others - your cerebellar cortex, for instance. The neuronal pathways are not fixed in children - children exhibit a fair amount of plasticity. If you destroy pathways in kids they are able to rewire up functions using alternative pathways. Most of your brain will never be used (umm not yours in particular... just human brains) -- many of the potential pathways are wasted. In adults the plasticity falls off with age.
Viruses aren't connected. A virus moves around. It's a simple construct and it's hard to believe it could be able to generate any signal at all (and it would have to).
I can believe that they could generate signals if they exploited the hosts signalling pathways. It just takes for me to suspend skepticism for an instant.
Bacterial cells aren't connected. Bacteria move around. They are unicellular constructs.
Yet when they congregate they form biofilms. The bacteria at the base of the biofilms switch on different genes to the ones on top. They effectively start behaving as a single entity, with different roles. They ARE communicating with each other - it's just that we don't know how exactly. Bacteria at the bottom concentrate on sticking. Bacteria on top concentrate on breaking away. All for the greater good.
We don' see this in present day viruses. But the proposed virus in this case is sentient -- so... maybe they're behaving like bacteria?
You're opening a whoel cna of wormd, tons of question with no answers. Unnecessarily.
Comparing a virus to a neuron is apples and oranges.
Actually, you made the comparison to neurons. :\
I was writing about Stephen King's book, Cellular. It's well worth the read.
Viruses and neurons are completely different. Neurons are specialized tissue types. Viruses are isolated particles without cellular structure.
The can of worms doesn't come from comparing them - it comes from trying to predict how viruses would communicate with each other. And as you can see - there's plenty of ways for them to do it. Some viruses even LIVE in neurons. (HSV)
Maybe they could exploit interneuronal communication to "talk" to each other...