Science Advances,
Journal Year:
2025,
Volume and Issue:
11(17)
Published: April 23, 2025
On
the
basis
of
confluence
theories
creativity,
creative
ideation
depends
on
forging
links
between
existing
memory
traces.
The
synergy
and
thought
is
well-established,
but
neural
dynamics
integration
for
creativity
are
understudied.
Here,
we
extended
traditional
paradigm.
Participants
read,
recalled
narratives,
wrote
endings.
Computational
linguistic
analysis
showed
that
those
integrating
more
noncentral
events—those
less
semantically
connected
to
other
events
within
narrative—wrote
original
Analyzing
fMRI
data
captured
during
narrative
encoding,
discovered
story
ending
originality
can
be
predicted
by
shared
event
representation
across
participants
in
right
Brodmann
area
25
(BA25)
stronger
hippocampal
segmentation
signal
encoding.
These
results
held
different
types
(i.e.,
crime,
romance,
fantasy
stories).
Overall,
these
offer
notable
insights,
from
perspective
network
structure
into
how
humans
encode
retrieve
complex
real-world
experiences
enhance
creativity.
Creativity Research Journal,
Journal Year:
2023,
Volume and Issue:
36(3), P. 544 - 572
Published: Nov. 17, 2023
The
"standard"
definition
of
creativity
as
novel
and
useful
describes
creative
products,
but
is
constituted
by
processes.
This
misalignment
contributes
to
the
oft-noted
challenges
operationalizing
creativity.
Here,
we
distinguish
a
process
from
an
attribute
(i.e.
"creative-ness").
Operating
priori
premises
theory,
develop
Specifically,
defined
internal
attention
constrained
generative
goal.
comprises
three
criteria:
1)
directed
internally
(toward
mental
representations);
2)
attentional
operations
(e.g.
search,
manipulation)
are
fit
parameters
to-be-achieved
goal
state
(whether
or
not
actually
achieved);
3)
(not
already
precisely
held
in
memory).
We
illustrate
how
these
definitional
elements
align
with
insights
yielded
neuroscience,
clarify
ontological
distinctions
mind-wandering
retrieval),
relate
process-based
models.
provides
minimal
necessity
sufficiency
criteria
for
whether
should
be
considered
creativity,
does
exclude
many
other
perceptual,
emotional,
etc.
that
can
contribute
Researchers
specify
they
studying
creativity-as-process
vs.
"creative-ness,"
consider
including
process-focused
assessments.
Creativity Research Journal,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 8
Published: March 6, 2024
In
this
invited
paper,
I
briefly
review
my
past,
current,
and
future
lines
of
research.
The
associative
theory
creativity
argues
that
higher
creative
individuals
have
a
richer
semantic
memory
structure
facilitates
broader
search
processes,
leads
to
the
combination
remote
concepts
into
novel
appropriate
ideas.
Based
on
theory,
in
research
investigate
role
knowledge
–
or
high-level
cognition,
focusing
creativity,
thinking,
search,
typical
clinical
populations.
To
do
so,
apply
computational
tools
from
network
science,
natural
language
processing,
machine
learning,
coupled
with
empirical
cognitive
neural
Such
are
enabling
representation
operationalization
processes
operate
over
it.
This
is
critical
as
it
allows
us
start
quantifying
issues
for
very
long
time
were
studied
subjectively
remoteness
ideas,
flexible/richer
structure,
etc.
work
offering
unique,
quantitative,
ways
directly
study
classic
theories
propelling
forward
our
understanding
its
complexity.
Brain,
Journal Year:
2024,
Volume and Issue:
147(10), P. 3409 - 3425
Published: June 18, 2024
Abstract
The
default
mode
network
(DMN)
is
a
widely
distributed,
intrinsic
brain
thought
to
play
crucial
role
in
internally
directed
cognition.
present
study
employs
stereo-EEG
13
human
patients,
obtaining
high
resolution
neural
recordings
across
multiple
canonical
DMN
regions
during
two
processes
that
have
been
associated
with
creative
thinking:
spontaneous
and
divergent
thought.
We
probe
these
DMN-associated
higher
cognitive
functions
through
mind
wandering
alternate
uses
tasks,
respectively.
Our
results
reveal
recruitment
both
as
well
task-specific
dissociation
spatiotemporal
response
dynamics.
When
compared
the
fronto-parietal
network,
activity
was
characterized
by
stronger
increase
gamma
band
power
(30–70
Hz)
coupled
lower
theta
(4–8
Hz).
difference
between
networks
especially
strong
task.
Within
DMN,
we
found
tasks
showed
different
dynamics,
task
engaging
more
initial
stage
of
task,
later
stage.
Gamma
changes
were
mainly
driven
lateral
sites,
while
displayed
effects.
During
did
not
show
spatial
differences
within
an
early
late
dorsomedial
engagement.
Furthermore,
causal
manipulations
using
direct
cortical
stimulation
preferentially
decreased
originality
responses
alternative
without
affecting
fluency
or
wandering.
suggest
flexibly
modulated
function
specific
supports
its
thinking.
These
findings
shed
light
on
constructs
supporting
forms
cognition
provide
evidence
for
generation
original
connections
among
concepts.
Psychonomic Bulletin & Review,
Journal Year:
2024,
Volume and Issue:
31(5), P. 1981 - 2004
Published: March 4, 2024
Abstract
The
mental
lexicon
is
a
complex
cognitive
system
representing
information
about
the
words/concepts
that
one
knows.
Over
decades
psychological
experiments
have
shown
conceptual
associations
across
multiple,
interactive
levels
can
greatly
influence
word
acquisition,
storage,
and
processing.
How
semantic,
phonological,
syntactic,
other
types
of
be
mapped
within
coherent
mathematical
framework
to
study
how
works?
Here
we
review
multilayer
networks
as
promising
quantitative
interpretative
for
investigating
lexicon.
Cognitive
map
multiple
at
once,
thus
capturing
different
layers
might
co-exist
This
starts
with
gentle
introduction
structure
formalism
networks.
We
then
discuss
mechanisms
phenomena
could
not
observed
in
single-layer
were
only
unveiled
by
combining
lexicon:
(i)
multiplex
viability
highlights
language
kernels
facilitative
effects
knowledge
processing
healthy
clinical
populations;
(ii)
community
detection
enables
contextual
meaning
reconstruction
depending
on
psycholinguistic
features;
(iii)
layer
analysis
mediate
latent
interactions
mediation,
suppression,
facilitation
lexical
access.
By
outlining
novel
perspectives
where
shed
light
representations,
including
next-generation
brain/mind
models,
key
limitations
directions
cutting-edge
future
research.
Journal of Creativity,
Journal Year:
2024,
Volume and Issue:
34(2), P. 100080 - 100080
Published: Feb. 6, 2024
The
development
of
generative
AI
has
led
to
novel
ways
that
technology
can
be
integrated
into
creative
activities.
However,
this
also
raised
concerns
about
how
human
creators
will
affected,
and
what
impact
it
may
have
on
industries.
As
a
result,
there
been
research
we
design
tools
work
with
creators,
rather
than
replacing
them.
In
paper
review
approaches
utilized
build
facilitate
creativity
allow
users
engage
fully
authentically
in
the
process.
These
include
leveraging
models
help
us
shed
light
elements
process,
building
interfaces
encourage
exploration
ideas,
designing
technological
affordances
support
new
practices.
Communications Biology,
Journal Year:
2024,
Volume and Issue:
7(1)
Published: June 7, 2024
Abstract
Novelty
and
appropriateness
are
two
fundamental
components
of
creativity.
However,
the
way
in
which
novelty
separated
at
behavioral
neural
levels
remains
poorly
understood.
In
present
study,
we
aim
to
distinguish
bases
creative
idea
generation.
alignment
with
established
theories
thinking,
respectively,
emphasize
semantic
association
executive
control,
results
indicate
that
relies
more
on
associative
abilities,
while
functions.
Next,
employing
a
connectome
predictive
modeling
(CPM)
approach
resting-state
fMRI
data,
define
functional
network-based
models—dominated
by
interactions
within
default
network
limbic
network—that
predict
(i.e.,
cross-brain
prediction).
Furthermore,
generalizability
specificity
connectivity
patterns
verified
additional
task
fMRI.
Finally,
patterns,
respectively
mediate
relationship
between
association/executive
control
novelty/appropriateness.
These
findings
provide
global
distinctions
Communications Psychology,
Journal Year:
2025,
Volume and Issue:
3(1)
Published: Feb. 24, 2025
Abstract
Building
perceptual
and
associative
links
between
internal
representations
is
a
fundamental
neural
process,
allowing
individuals
to
structure
their
knowledge
about
the
world
combine
it
enable
efficient
creative
behavior.
In
this
context,
representational
similarity
pairs
of
represented
entities
thought
reflect
linkage
at
different
levels
sensory
processing,
ranging
from
lower-order
up
higher-order
semantic
levels.
While
recently
specific
structural
features
maps
were
linked
with
abilities
individual
humans,
remains
unclear
if
these
are
also
shared
on
lower
level,
maps.
Here,
we
address
question
by
presenting
148
human
participants
psychophysical
scaling
tasks,
using
two
sets
independent
qualitatively
distinct
stimuli,
probe
map
structures
in
auditory
domain.
We
quantify
graph-theoretical
measures
demonstrate
robust
correlation
modality.
delineate
predict
multiple
verbal
standard
creativity,
observing
that
both,
features,
abilities.
Our
findings
indicate
general,
modality-overarching
geometry
an
relevant
underpinning
thought.
Communications Psychology,
Journal Year:
2024,
Volume and Issue:
2(1)
Published: June 7, 2024
Creative
problem-solving
is
central
in
daily
life,
yet
its
underlying
mechanisms
remain
elusive.
Restructuring
(i.e.,
reorganization
of
problem-related
representations)
considered
one
mechanism
and
may
lead
to
an
abstract
representation
facilitating
the
solving
analogous
problems.
Here,
we
used
network
science
methodology
estimate
participants'
semantic
memory
networks
(SemNets)
before
after
attempting
solve
a
riddle.
was
quantified
as
difference
SemNets
metrics
between
pre-
post-solving
phases.
Our
results
provide
initial
evidence
that
restructuring
be
associated
with
successful
riddle
and,
subsequently,
one.
Solution-relevant
concepts
semantically
remote
became
more
strongly
related
solvers.
Only
changes
were
instrumental
actively
while
solution-relevant
reflect
pre-exposure
solution.