Optics Express,
Год журнала:
2023,
Номер
31(20), С. 31818 - 31818
Опубликована: Авг. 22, 2023
Micro-LEDs
have
promising
development
potential
in
display
applications
because
of
their
outstanding
performance.
Achieving
a
full-color
based
on
micro-LEDs
is
one
the
most
important
issues
commercial
applications.
In
this
paper,
an
effective
method
quantum
dots
and
blue
was
developed.
Using
etching
method,
thick
black
matrix
fabricated
to
reduce
crosstalk
form
bank
for
dots.
Quantum
were
deposited
using
inkjet
printing
technology.
With
micro-LEDs,
inkjet-printed
dot
films
can
realize
color
conversion.
The
integrated
red/green
achieve
displays
without
filters,
light
leakage
conversion
film
be
reduced
by
themselves.
results
suggest
that
are
way
micro-LED
displays.
ACS Applied Nano Materials,
Год журнала:
2024,
Номер
7(16), С. 18655 - 18675
Опубликована: Янв. 29, 2024
The
exponential
increase
in
the
use
of
mobile
phones
and
portable
devices
has
led
to
a
greater
demand
for
cheap
lightweight
yet
efficient
light-emitting
diodes
(LEDs).
With
significant
research
interest
nanoporous
organic
frameworks,
including
metal–organic
covalent
hydrogen-bonded
frameworks
(MOFs,
COFs,
HOFs),
their
applications
electronics,
particularly
as
LEDs,
have
been
growing.
This
review
summarizes
main
MOFs,
HOFs
applied
LEDs
that
reported
past
10
years.
studies
are
mainly
classified
depending
on
types
precursors
involved,
so
provide
insight
into
predesignable
approach
based
these
can
later
be
commercialized
integrated
industry
technology.
Nanomaterials,
Год журнала:
2024,
Номер
14(3), С. 307 - 307
Опубликована: Фев. 3, 2024
Micro-LED
arrays
exhibit
high
brightness,
a
long
lifespan,
low
power
consumption,
and
fast
response
speed.
In
this
paper,
we
have
proposed
series-biased
micro-LED
array
by
using
nitride
layer
with
multi-quantum
wells
epitaxial
on
sapphire
substrate.
The
III-nitride
multiple
quantum
serving
as
the
active
material
enable
both
luminescence
detection
functionalities.
combines
lighting,
detection,
communication
capabilities.
We
conducted
thorough
analysis
of
array’s
optoelectronic
features
in
lighting
modes.
also
explore
visible
light
performance
across
different
arrangements
single
devices
within
array.
Our
research
achieves
720p
video
transmission
via
array,
supporting
rate
up
to
10
Mbps.
contributions
encompass
successful
integration
functions
comprehensive
assessment
performance.
This
study
highlights
multifunctional
potential
transceiver
terminal
systems,
expanding
its
applications
from
smart
photonic
integrated
chips.
These
innovations
enhance
our
understanding
technology
versatile
applications.
Electronics,
Год журнала:
2024,
Номер
13(1), С. 241 - 241
Опубликована: Янв. 4, 2024
The
active-matrix
technology
incorporates
a
transistor
to
exert
precise
control
over
each
pixel
within
array,
eliminating
the
issue
of
crosstalk
between
neighboring
pixels
that
is
prevalent
in
passive-matrix
approach.
Consequently,
method
facilitates
realization
high-resolution
arrays,
and
this
inherent
advantage
has
propelled
its
widespread
adoption,
not
only
display
applications
but
also
diverse
sensor
arrays
from
lab
industry.
In
comprehensive
review,
we
delve
into
instances
utilizing
thin-film
transistors
(TFTs)
leverage
emerging
materials
such
as
organic
semiconductors,
metal
oxide
two-dimensional
materials,
carbon
nanotubes
(CNTs).
Our
examination
encompasses
broad
classification
research
two
main
categories:
(i)
displays
(ii)
sensors.
We
assess
performance
TFTs
based
on
framework,
explore
evolving
trends
directions
active-matrix-based
Materials Today Advances,
Год журнала:
2024,
Номер
22, С. 100496 - 100496
Опубликована: Май 11, 2024
In
this
study,
micro-light
emitting
diodes
array
(μLEDs)
with
dimensions
of
5
μm
and
15
chip
size
were
fabricated
using
Neutral
Beam
Etching
(NBE)
processes.
Size-dependent
issues
μLEDs
processed
by
traditional
inductively
coupled
plasma-reactive
ion
etching
(ICPRIE)
alleviated
NBE
technology,
which
exhibited
lower
equivalent
resistance,
turn-on
voltage,
Ideality
factor
as
compared
those
ICPRIE.
Additionally,
higher
light
output
power
both
resulted
in
EQE
7.6
%
7.7
than
Furthermore,
the
effect
led
to
a
decrease
EQEmax
values
ICPRIE
sample
0.4
%,
but
only
0.1
decay
NBE.
Overall,
samples
process
superior
optoelectronic
characteristics.
Finally,
non-radiative
recombination
behaviors
on
mesa
sidewall
verified
cathodoluminescence
analysis,
showing
significant
not
samples.
These
results
demonstrated
potential
for
fabricating
small
sizes
blue-light
required
high-brightness,
high-efficiency,
high-resolution
μLED
displays.
Micro-light-emitting
diodes
(µLEDs)
are
gathering
significant
interest
as
a
technology
for
emerging
micro-displays.
However,
µLEDs
encounter
numerous
obstacles,
including
size-dependent
efficiency
loss,
poor
of
red
µLEDs,
and
challenges
associated
with
the
mass
transfer
integration
full-color
µLEDs.
These
issues
become
more
acute
in
ultra-small
(<5
µm),
which
were
required
by
augmented
reality
(AR)
displays.
Here,
we
discuss
principal
faced
explore
possible
solutions.
We
highlight
recent
advances
InGaN-based
RGB
tailored
AR
In
particular,
advancements
InGaN
scaled
down
to
1
µm,
developments
implementation
tunnel
junction-based
cascaded
monolithic
integration.
Applied Physics Letters,
Год журнала:
2025,
Номер
126(1)
Опубликована: Янв. 3, 2025
The
rapid
development
of
display
technologies
has
boosted
the
demand
for
efficient
and
high-resolution
color
conversion
techniques.
However,
conventional
approaches
such
as
photolithography
inkjet
printing
are
constrained
by
limitations
in
pixel
size
material
compatibility,
making
it
difficult
to
meet
demands
industrialization.
Due
low
luminescence
efficiency
red
quantum
dot
(QD)
material,
an
innovative
(QDCC)
layer
structure
was
proposed
this
study.
QD
film
prepared
pits
below
glass
surface
using
electrohydrodynamic
printing,
thus
integrating
into
substrate.
This
results
a
more
vivid
accurate
full-color
display.
indicate
that
fabricated
QDCC
achieves
216
×
116
μm2,
with
maximum
external
(EQE)
5.81%
luminance
1
315
205
cd/m2.
To
improve
performance
device,
transparent
photoresist
used
leveling
between
LEDs
substituted
black
photoresist.
Although
EQE
changes
3.93%
206
038
cd/m2,
coordinates
move
closer
region,
changing
from
(0.4396,
0.2089)
(0.4786,
0.2258).
method
significantly
not
only
reduces
thickness
weight
but
also
improves
its
performance.
research
lays
foundation
high-performance
displays,
paving
way
ultra-thin
energy-efficient
technologies.
Advanced Optical Materials,
Год журнала:
2025,
Номер
unknown
Опубликована: Фев. 12, 2025
Abstract
Laser
patterning
of
perovskite
is
a
novel
technology
with
the
advantages
high
speed,
programmability,
and
maskless,
which
ideal
for
fabricating
micro
light‐emitting
diodes
(micro‐LED)
color
conversion
layers
(CCL).
This
work
reports
method
laser
in
situ
synthesis
wide
bandgap
tunable
an
emission
spectrum
from
475
to
667
nm.
Based
on
photonic
effect
continuous
wave
(CW)
thermal
quenching
phenomenon
perovskite,
ultra‐high
precision
minimum
linewidth
750
nm
maximum
dot‐pixel
per
inch
(PPI)
5684
achieved.
More
importantly,
significant
improvements
stability
integration
red‐green
dual‐color
dot
arrays
are
achieved
through
in‐depth
studies
polymer
matrices
precursor
solvents.
The
integrated
using
blue
micro‐LED
chips,
great
impetus
research
full‐color
displays,
also
successfully
excited.
Optics Letters,
Год журнала:
2025,
Номер
50(8), С. 2530 - 2530
Опубликована: Март 10, 2025
To
achieve
full-color
micro-LED
displays
using
color
conversion
methods,
the
effects
of
three-color
cross
talk
and
blue-light
on
layer
were
investigated.
A
light
simulation
was
used
to
analyze
caused
by
different
pixel
banks,
comparing
banks
made
from
ordinary
photoresist
black
photoresist.
Various
factors
contributing
also
examined.
The
influence
divergence
angle
blue
structure
for
analyzed
through
simulations.
Furthermore,
potential
solutions
mitigate
explored.
Advanced Science,
Год журнала:
2025,
Номер
unknown
Опубликована: Апрель 9, 2025
Abstract
In
this
article,
color
filters
(CFs)
emitting
linearly
polarized
light,
achieving
both
full‐color
and
pixel‐level
precision,
which
can
simultaneously
offer
high
saturation,
ambient
contrast
ratio
(ACR),
efficiency
for
modern
displays,
are
disclosed.
The
quantum
rods
(QRs)
exhibit
a
narrow‐band
emission
that
effectively
mitigates
traditional
challenges
of
purity
light
losses.
Specially
designed
ligands
on
the
QR
surfaces
allow
higher
load
material
into
polymer
matrix
with
uniform
alignment.
Optimizing
inkjet
printing,
photolithography,
photoalignment
processes,
remarkable
degree
polarization
(DOP)
0.65
is
achieved
precisely
patterned
red
green
CFs.
Due
to
unidirectionally
aligned
QRs,
liquid
crystal
display
(LCD)
equipped
QRCF
shows
enhanced
ACR,
highlighting
advantages
their
application
in
next‐generation
displays
over
other
types
photoluminescence
