That is not the sense of creative that I use. What you're talking about
is emergence, and artificial systems have exhibited that sort of
limited creativity for years. Tom Ray's Tierra system exhibited novel
behaviour within hours of being switched on, with parasites, hyper
parasites etc arising, and then - nothing. No further novel behaviours
are seen. John Koza's GP algorithms have generated patents, but again
very much limited to what the initial database/problem set is.
I also object to artists throwing random blobs of paint at a canvas as
calling themselves "creatives". They just aren't, in the
main. Obviously creative artists do exist, but not all artists, or
even most artists are creative.
Biological evolution, on the other hand is undeniably creative. Over
billions of years, evolution has generated continuous
novelty. Beethoven would probably still be writing symphonies today if
he were still alive. Einstein, unfortunately, maxxed out when he got
famous, and decided to tackle really difficult problems that nobody in
their right mind would consider tackling.
From what I've seen and experienced to date, LLMs are very good at
applying the vast collective knowledge base to problems that have in
essence been solved before, but haven't yet exhibited the leap into
the unknown that say Einstein's theory of general relativity us.
I do think we'll get there, just that we're not there yet. Moltbook is
an interesting experiment to see what happens when evolution and
recursion are added to the mix. In that light, let me cite a recent
paper on what might be required:
https://arxiv.org/abs/2511.02864
Mathematical exploration and discovery at scale
Bogdan Georgiev, Javier Gómez-Serrano, Terence Tao, Adam Zsolt Wagner