Opto-Electronic Science,
Journal Year:
2024,
Volume and Issue:
3(7), P. 240011 - 240011
Published: Jan. 1, 2024
Light–matter
interactions
in
two-dimensional
(2D)
materials
have
been
the
focus
of
research
since
discovery
graphene.
The
light–matter
interaction
length
2D
is,
however,
much
shorter
than
that
bulk
owing
to
atomic
nature
materials.
Plasmonic
nanostructures
are
usually
integrated
with
enhance
interactions,
offering
great
opportunities
for
both
fundamental
and
technological
applications.
Nanoparticle-on-mirror
(NPoM)
structures
extremely
confined
optical
fields
highly
desired
this
aspect.
In
addition,
provide
a
good
platform
study
plasmonic
subnanometer
resolution
quantum
plasmonics
down
characteristic
scale
single
atom.
A
focused
up-to-date
review
article
is
timely
summary
progress
rapidly
growing
field
encourage
more
efforts
direction.
review,
we
will
first
introduce
basic
concepts
modes
NPoM
structures.
Interactions
between
plasmons
quasi-particles
materials,
e.g.,
excitons
phonons,
from
weak
strong
coupling
potential
applications
then
be
described
detail.
Related
phenomena
metallic
gaps
separated
by
such
as
tunneling,
also
touched.
We
finally
discuss
physical
processes
not
understood
clearly
an
outlook
future
research.
believe
hybrid
systems
promising
future.
Comprehensive Reviews in Food Science and Food Safety,
Journal Year:
2023,
Volume and Issue:
22(3), P. 1466 - 1494
Published: March 1, 2023
Abstract
Rapid
control
and
prevention
of
diseases
caused
by
foodborne
pathogens
is
one
the
existing
food
safety
regulatory
issues
faced
various
countries
has
received
wide
attention
from
all
sectors
society.
The
development
rapid
reliable
detection
methods
for
remains
a
hot
research
area
public
health
because
limitations
complex
steps,
time‐consuming,
low
sensitivity,
or
poor
selectivity
commonly
used
methods.
Surface‐enhanced
Raman
spectroscopy
(SERS),
as
novel
spectroscopic
technique,
advantages
high
selectivity,
nondestructive
exhibited
broad
application
prospects
in
determination
pathogenic
bacteria.
In
this
study,
enhancement
mechanisms
SERS
are
briefly
introduced,
then
characteristics
properties
liquid‐phase,
rigid
solid‐phase,
flexible
solid‐phase
categorized.
Furthermore,
comprehensive
review
advances
label‐free
label‐based
strategies
SERS‐compatible
techniques
provided,
disadvantages
these
reviewed.
Finally,
current
challenges
technology
applied
practical
applications
listed,
possible
trends
field
future
discussed.
Bioactive Materials,
Journal Year:
2023,
Volume and Issue:
34, P. 248 - 268
Published: Dec. 31, 2023
These
days,
cancer
is
thought
to
be
more
than
just
one
illness,
with
several
complex
subtypes
that
require
different
screening
approaches.
can
distinguished
by
the
distinct
markings
left
metabolites,
proteins,
miRNA,
and
DNA.
Personalized
illness
management
may
possible
if
categorized
according
its
biomarkers.
In
order
stop
from
spreading
posing
a
significant
risk
patient
survival,
early
detection
prompt
treatment
are
essential.
Traditional
techniques
tedious,
time-consuming,
expert
personnel
for
analysis.
This
has
led
scientists
reevaluate
methodologies
make
use
of
emerging
technologies
achieve
better
results.
Using
time
money
saving
techniques,
these
integrate
procedures
sample
preparation
in
small
devices
high
accuracy
sensitivity.
With
proven
potential
biomedical
use,
surface-enhanced
Raman
scattering
(SERS)
been
widely
used
biosensing
applications,
particularly
biomarker
identification.
Consideration
was
given
especially
SERS
as
portable
clinical
diagnostic
tool.
The
approaches
SERS-based
sensing
both
invasive
non-invasive
samples
reviewed
this
article,
along
obstacles.
Aside
constraints
approach
review
also
takes
into
account
complexity
biological
fluids,
availability
biomarkers,
their
sensitivity
selectivity,
which
generally
lowered.
Massive
ways
maintain
capabilities
being
developed
recently
get
over
restriction.
known
reliable
method
judgments.
Nonetheless,
there
still
room
advancement
terms
portability,
creation
apps,
interdisciplinary
AI-based
applications.
Therefore,
we
will
outline
current
state
technological
maturity
article.
meet
demand
reviewing
various
types
(invasive
non-invasive)
biomarkers
using
SERS.
It
shed
light
on
growing
body
research
methods
application
quick
detection.
Small Methods,
Journal Year:
2023,
Volume and Issue:
8(1)
Published: Oct. 27, 2023
Abstract
Surface‐enhanced
Raman
spectroscopy
(SERS),
well
acknowledged
as
a
fingerprinting
and
sensitive
analytical
technique,
has
exerted
high
applicational
value
in
broad
range
of
fields
including
biomedicine,
environmental
protection,
food
safety
among
the
others.
In
endless
pursuit
ever‐sensitive,
robust,
comprehensive
sensing
imaging,
advancements
keep
emerging
whole
pipeline
SERS,
from
design
SERS
substrates
reporter
molecules,
synthetic
route
planning,
instrument
refinement,
to
data
preprocessing
analysis
methods.
Artificial
intelligence
(AI),
which
is
created
imitate
eventually
exceed
human
behaviors,
exhibited
its
power
learning
high‐level
representations
recognizing
complicated
patterns
with
exceptional
automaticity.
Therefore,
facing
up
intertwining
influential
factors
explosive
size,
AI
been
increasingly
leveraged
all
above‐mentioned
aspects
presenting
elite
efficiency
accelerating
systematic
optimization
deepening
understanding
about
fundamental
physics
spectral
data,
far
transcends
labors
conventional
computations.
this
review,
recent
progresses
are
summarized
through
integration
AI,
new
insights
challenges
perspectives
provided
aim
better
gear
toward
fast
track.
Applied Physics Letters,
Journal Year:
2024,
Volume and Issue:
124(26)
Published: June 24, 2024
Here
we
present
a
roadmap
on
Photonic
metasurfaces.
This
document
consists
of
number
perspective
articles
different
applications,
challenge
areas
or
technologies
underlying
photonic
Each
will
introduce
the
topic,
state
art
as
well
give
an
insight
into
future
direction
subfield.
Chemical Society Reviews,
Journal Year:
2024,
Volume and Issue:
53(18), P. 8957 - 8979
Published: Jan. 1, 2024
Surface
enhanced
Raman
spectroscopy
(SERS)
is
meeting
the
requirements
in
biomedical
science
being
a
highly
sensitive
and
specific
analytical
tool.
By
employing
portable
systems
combination
with
customized
sample
pre-treatment,
point-of-care-testing
(POCT)
becomes
feasible.
Powerful
SERS-active
sensing
surfaces
high
stability
modification
layers
if
required
are
available
for
testing
application
complex
biological
matrices
such
as
body
fluids,
cells
or
tissues.
This
review
summarizes
current
state
collection
pretreatment
SERS
detection
protocols,
schemes,
