ACS Applied Materials & Interfaces,
Journal Year:
2020,
Volume and Issue:
12(22), P. 25020 - 25030
Published: May 12, 2020
Soft
strain
sensors
that
are
mechanically
flexible
or
stretchable
of
significant
interest
in
the
fields
structural
health
monitoring,
human
physiology,
and
human–machine
interfaces.
However,
existing
deformable
still
suffer
from
complex
fabrication
processes,
poor
reusability,
limited
adhesion
strength,
rigidity.
In
this
work,
we
introduce
a
versatile,
high-throughput
method
nanostructured,
soft
material-enabled,
miniaturized
for
both
monitoring
physiology
detection.
Aerosol
jet
printing
polyimide
silver
nanowires
enables
multifunctional
with
tunable
resistance
gauge
factor.
Experimental
study
material
compositions
multilayered
structures
sensor
demonstrates
capabilities
strong
conformal
lamination
on
different
surfaces
without
use
conventional
fixtures
and/or
tapes.
A
two-axis,
printed
detection
force-induced
changes
curved
stem
valve
management
while
offering
reusability
over
10
times
losing
sensing
performance.
Direct
comparison
commercial
film
captures
advantages
enhanced
factor
sensitivity.
Another
type
skin-wearable
applications
highly
sensitive
subject's
motion,
pulse,
breathing,
validated
by
comparing
it
clinical-grade
system.
Overall,
presented
comprehensive
materials,
mechanics,
printing-based
fabrication,
interfacial
shows
great
potential
continuous
detection,
machine-interfacing
systems,
environmental
condition
monitoring.
Chemical Reviews,
Journal Year:
2019,
Volume and Issue:
119(8), P. 5461 - 5533
Published: Jan. 28, 2019
Bio-integrated
wearable
systems
can
measure
a
broad
range
of
biophysical,
biochemical,
and
environmental
signals
to
provide
critical
insights
into
overall
health
status
quantify
human
performance.
Recent
advances
in
material
science,
chemical
analysis
techniques,
device
designs,
assembly
methods
form
the
foundations
for
uniquely
differentiated
type
technology,
characterized
by
noninvasive,
intimate
integration
with
soft,
curved,
time-dynamic
surfaces
body.
This
review
summarizes
latest
this
emerging
field
"bio-integrated"
technologies
comprehensive
manner
that
connects
fundamental
developments
chemistry,
engineering
sensing
have
potential
widespread
deployment
societal
benefit
care.
An
introduction
chemistries
materials
active
components
these
contextualizes
essential
design
considerations
sensors
associated
platforms
appear
following
sections.
The
subsequent
content
highlights
most
advanced
biosensors,
classified
according
their
ability
capture
information.
Additional
sections
feature
schemes
electrically
powering
strategies
achieving
fully
integrated,
wireless
systems.
concludes
an
overview
key
remaining
challenges
summary
opportunities
where
chemistry
will
be
critically
important
continued
progress.
Advanced Materials,
Journal Year:
2019,
Volume and Issue:
32(15)
Published: July 8, 2019
Abstract
Recent
advances
in
soft
materials
and
system
integration
technologies
have
provided
a
unique
opportunity
to
design
various
types
of
wearable
flexible
hybrid
electronics
(WFHE)
for
advanced
human
healthcare
human–machine
interfaces.
The
biocompatible
with
miniaturized
wireless
systems
is
undoubtedly
an
attractive
prospect
the
sense
that
successful
device
performance
requires
high
degrees
mechanical
flexibility,
sensing
capability,
user‐friendly
simplicity.
Here,
most
up‐to‐date
materials,
sensors,
system‐packaging
develop
WFHE
are
provided.
Details
mechanical,
electrical,
physicochemical,
properties
discussed
integrated
sensor
applications
healthcare,
energy,
environment.
In
addition,
limitations
current
discussed,
as
well
key
challenges
future
direction
WFHE.
Collectively,
all‐inclusive
review
newly
developed
along
summary
imperative
requirements
material
properties,
capabilities,
performance,
skin
integrations
Advanced Materials,
Journal Year:
2021,
Volume and Issue:
34(16)
Published: Dec. 12, 2021
Abstract
Medical
robots
are
invaluable
players
in
non‐pharmaceutical
treatment
of
disabilities.
Particularly,
using
prosthetic
and
rehabilitation
devices
with
human–machine
interfaces
can
greatly
improve
the
quality
life
for
impaired
patients.
In
recent
years,
flexible
electronic
soft
robotics
have
attracted
tremendous
attention
this
field
due
to
their
high
biocompatibility,
functionality,
conformability,
low‐cost.
Flexible
on
will
make
a
promising
alternative
conventional
rigid
devices,
which
potentially
revolutionize
paradigm
future
direction
medical
terms
feedback
user
experience.
review,
fundamental
components
materials,
structures,
mechanisms
human‐machine
summarized
by
renowned
applications
five
primary
areas:
physical
chemical
sensing,
physiological
recording,
information
processing
communication,
robotic
actuation,
stimulation.
This
review
further
concludes
discussing
outlook
current
challenges
these
technologies
as
interface
robotics.
Advanced Materials,
Journal Year:
2020,
Volume and Issue:
33(19)
Published: Sept. 15, 2020
Abstract
Skin
is
the
largest
organ,
with
functionalities
of
protection,
regulation,
and
sensation.
The
emulation
human
skin
via
flexible
stretchable
electronics
gives
rise
to
electronic
(e‐skin),
which
has
realized
artificial
sensation
other
functions
that
cannot
be
achieved
by
conventional
electronics.
To
date,
tremendous
progress
been
made
in
data
acquisition
transmission
for
e‐skin
systems,
while
implementation
perception
within
is,
sensory
processing,
still
its
infancy.
Integrating
functionality
into
a
sensing
system,
namely
perception,
critical
endow
current
systems
higher
intelligence.
Here,
recent
design
fabrication
devices
summarized,
challenges
prospects
are
discussed.
strategies
implementing
utilize
either
silicon‐based
circuits
or
novel
computing
such
as
memristive
synaptic
transistors,
enable
surpass
skin,
distributed,
low‐latency,
energy‐efficient
information‐processing
ability.
In
future,
would
new
enabling
technology
construct
next‐generation
intelligent
advanced
applications,
robotic
surgery,
rehabilitation,
prosthetics.
Advanced Science,
Journal Year:
2020,
Volume and Issue:
7(20)
Published: Aug. 28, 2020
Abstract
The
flourishing
development
of
multifunctional
flexible
electronics
cannot
leave
the
beneficial
role
nature,
which
provides
continuous
inspiration
in
their
material,
structural,
and
functional
designs.
During
evolution
electronics,
some
originated
from
were
even
beyond
others
implantable
or
biodegradable
eventually
to
nature.
Therefore,
relationship
between
nature
is
undoubtedly
vital
since
harmony
technology
would
promote
sustainable
development.
Herein,
materials
selection
functionality
design
for
that
are
mostly
inspired
first
introduced
with
certain
Then,
frontier
advances
on
including
main
individual
components
(i.e.,
energy
(the
power
source)
sensor
electric
load))
presented
aim
enlightening
harmonious
modern
Finally,
critical
issues
next‐generation
discussed
provide
possible
solutions
new
insights
prospective
exploration
directions.
Advanced Materials,
Journal Year:
2019,
Volume and Issue:
32(15)
Published: Aug. 29, 2019
Abstract
Nanomaterial‐enabled
flexible
and
stretchable
electronics
have
seen
tremendous
progress
in
recent
years,
evolving
from
single
sensors
to
integrated
sensing
systems.
Compared
with
nanomaterial‐enabled
a
function,
integration
of
multiple
is
conducive
comprehensive
monitoring
personal
health
environment,
intelligent
human–machine
interfaces,
realistic
imitation
human
skin
robotics
prosthetics.
Integration
other
functional
components
promotes
real‐world
applications
the
Here,
an
overview
design
strategies
manufacturing
techniques
for
such
systems
given.
Then,
representative
are
presented.
Following
that,
health,
fitness
tracking,
electronic
skins,
artificial
nervous
systems,
interactions
provided.
To
conclude,
perspectives
on
challenges
opportunities
this
burgeoning
field
considered.
Nature Communications,
Journal Year:
2020,
Volume and Issue:
11(1)
Published: July 10, 2020
Abstract
Recent
advances
in
nanomaterials
and
nano-microfabrication
have
enabled
the
development
of
flexible
wearable
electronics.
However,
existing
manufacturing
methods
still
rely
on
a
multi-step,
error-prone
complex
process
that
requires
costly
cleanroom
facility.
Here,
we
report
new
class
additive
nanomanufacturing
functional
materials
enables
wireless,
multilayered,
seamlessly
interconnected,
hybrid
electronic
system.
All-printed
electronics,
incorporating
machine
learning,
offers
multi-class
versatile
human-machine
interfaces.
One
key
technological
advancements
is
use
functionalized
conductive
graphene
with
enhanced
biocompatibility,
anti-oxidation,
solderability,
which
allows
wireless
circuit.
The
high-aspect
ratio
gel-free,
high-fidelity
recording
muscle
activities.
performance
printed
electronics
demonstrated
by
using
real-time
control
external
systems
via
electromyograms.
Anatomical
study
deep
learning-embedded
electrophysiology
mapping
for
an
optimal
selection
three
channels
to
capture
all
finger
motions
accuracy
about
99%
seven
classes.
Psychology and Marketing,
Journal Year:
2021,
Volume and Issue:
38(4), P. 643 - 668
Published: Feb. 24, 2021
Abstract
The
growth
of
artificial
intelligence
(AI)
and
its
applications
in
business
has
proliferated
recent
years.
Businesses
have
started
adopting
various
technology
practices
relevant
to
automation
AI,
research
investigating
this
phenomenon
is
becoming
increasingly
important.
Taking
as
a
cue,
the
present
investigates
effect
human‐to‐machine
interaction
human‐to‐human
towards
cognitive
absorption
subsequent
on
trust,
experience,
continuation
intention
context
services.
study
built
3
×
factorial
design
with
automated
chatbots
(machine
interaction)
service
executives
(human
used
stimulus
experiment.
Data
collected
from
410
respondents
were
analyzed
using
structural
equation
modeling
test
proposed
hypotheses.
findings
indicated
that
influences
more
positively
compared
interactions.
results
also
provide
evidence
for
role
background
rooted
human‐machine
adds
valuable
contribution
existing
literature
interaction,
absorption,
intention.
provides
inputs
marketing
managers.
International Journal of Bipolar Disorders,
Journal Year:
2020,
Volume and Issue:
8(1)
Published: Jan. 10, 2020
Abstract
There
has
been
increasing
interest
in
the
use
of
smartphone
applications
(apps)
and
other
consumer
technology
mental
health
care
for
a
number
years.
However,
vision
data
from
apps
seamlessly
returned
to,
integrated
in,
electronic
medical
record
(EMR)
to
assist
both
psychiatrists
patients
not
widely
achieved,
due
part
complex
issues
involved
psychiatry.
These
include
usage,
clinical
utility,
commercialization,
evolving
technology.
Technological,
legal
commercial
issues,
as
well
will
determine
role
Recommendations
more
productive
direction
psychiatry
are
provided.
Advanced Materials,
Journal Year:
2022,
Volume and Issue:
35(11)
Published: Sept. 20, 2022
Abstract
The
development
of
flexible
and
conformable
devices,
whose
performance
can
be
maintained
while
being
continuously
deformed,
provides
a
significant
step
toward
the
realization
next‐generation
wearable
e‐textile
applications.
Organic
field‐effect
transistors
(OFETs)
are
particularly
interesting
for
lightweight
products,
because
their
low‐temperature
solution
processability,
mechanical
flexibility
organic
materials
that
endows
OFETs
natural
compatibility
with
plastic
biodegradable
substrates.
Here,
an
in‐depth
review
two
competing
OFET
technologies,
planar
vertical
(POFETs
VOFETs,
respectively)
is
provided.
electrical,
mechanical,
physical
properties
POFETs
VOFETs
critically
discussed,
focus
on
four
pivotal
applications
(integrated
logic
circuits,
light‐emitting
memories,
sensors).
It
pointed
out
function
relatively
newer
VOFET
technology,
along
its
perspective
advancing
applicability
POFETs,
has
not
been
reviewed
so
far,
direct
comparison
regarding
POFET‐
VOFET‐based
most
likely
absent.
With
discussions
spanning
printed
electronics,
science,
biotechnology,
environmental
monitoring,
this
contribution
clear
stimulus
to
researchers
working
in
these
fields
engage
plentiful
possibilities
offer
electronics.