From Newsgroup: comp.os.linux.misc
https://phys.org/news/2025-12-encoding-intelligence-molecular.html
In a collaboration spanning chemistry, physics, and
electrical engineering, a team led by Sreetosh Goswami,
Assistant Professor at the Center for Nano Science and
Engineering (CeNSE) has created tiny molecular devices
that can be tweaked to perform diverse functions. The
same device can behave as a memory unit, a logic gate,
a selector, an analog processor or an electronic
synapse, depending on how it is stimulated.
"It is rare to see adaptability at this level in electronic
materials," says Sreetosh Goswami. "Here, chemical design
meets computation, not as an analogy, but as a working
principle."
This shapeshifting is powered by unique chemistry used to
build and tweak these devices. The team synthesized 17
carefully designed ruthenium complexes and analyzed how
minute variations in molecular geometry and ionic surroundings
sculpted electron behavior. By carefully tweaking the ligands
and ions arranged around the ruthenium molecules, the authors
showed that the same device can exhibit many types of dynamic behaviorrCoswitching from digital to analog, for instancerCoacross
a wide range of conductance values.
. . .
Hey, this sounds a LOT like what that AI segment has
been looking for ! No point in using large complex
circuits to fake some aspects of a neuron, too big.
Something that can be tweaked to do many roles, all
in a single device, is MUCH better.
Now the question is whether something can be fabricated
so something simple like an electric field can switch
such devices between two or more 'modes'.
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