Scientists have developed a technique that will produce quantum effects on a scale visible to the naked eye. As of yet, these quantum effects are only detectable when employing special technology. From the article:
Quantum properties are most prominent in single particles. In bigger objects thermal vibrations destroy the quantum effects. So in theory, chilling a large object should allow its quantum properties to shine through.
This week, three teams of physicists have perfected a way of doing this (Nature, vol 444, p 67). Their technique is to bombard a mirror of roughly 1014 atoms with photons in a way that damps out thermal vibrations, cooling it to 135 millikelvin.
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I wish I could give you more than this, but I really can't comprehend the possible implications right now. Teleportation (of simple objects, at least) is obviously a possibility, if we can learn to control the spatial relationship involved in how an object appears in two places at once. Other than that? Uh...