Recent Research Reviews Journal,
Journal Year:
2023,
Volume and Issue:
1(1), P. 1 - 12
Published: April 3, 2023
Modern
computing
approaches
like
quantum
are
based
on
the
remarkable
occurrences
of
mechanics.
It
is
a
combination
information
theory,
computer
science,
mathematics,
and
physics.
The
study
includes
design
development
computer-based
technologies
which
explains
nature
behaviour
energy
matter
at
atomic
sub-atomic
levels.
Sub-atomic
particles
such
as
electrons
photons
used
in
computing.
These
exist
two
different
states
(i.e.,
1
0)
bits
or
qubits.
Compared
to
conventional
computers,
offers
higher
capacity,
lower
utilization,
high
speed.
This
article
reviews
state-of-the-art
ways
qubits
can
exponentially
increase
efficiency
computers
sort
various
possibilities
identify
potential
solutions
challenges.
IEEE Transactions on Engineering Management,
Journal Year:
2024,
Volume and Issue:
71, P. 8323 - 8338
Published: Jan. 1, 2024
The
goal
of
this
study
is
to
analyze
evolutionary
phases
emerging
technologies
improve
technological
forecasting
and
management
promising
innovations.
Methodology
applies
S
-shaped
models
with
patent
data
the
in
quantum
technologies.
Findings
reveal
that
cycle
recent
technologies,
based
on
data,
reducing
compared
older
originated
before
1980:
from
about
66
45
years.
In
addition,
have
a
growth
phase
22
years
maturity
11
years,
shorter
period
than
1980s
(having
40
13
years).
measure
entropy
lower
(0.64)
(0.74):
diversification
topics
trajectories.
Results
here
suggest
evolution
such
as
technology,
has
high
complexity
uncertainty
for
rapid
changes
scientific
innovation
ecosystem.
support
an
ambidexterity
strategy:
a)
xmlns:xlink="http://www.w3.org/1999/xlink">Exploitation
strategy
early
technology's
life
cycle,
which
characterized
by
concentrated
(lower
index),
directed
targeted
investments
specific
technologies;
b)
structure
dynamics
having
diversified
themes
(higher
suggests
xmlns:xlink="http://www.w3.org/1999/xlink">exploration
detecting
most
directions
future
innovations
among
new
expanding
domains
achieving
sustaining
competitive
advantage
firms
world
innovation-based
competition.
IEEE Access,
Journal Year:
2024,
Volume and Issue:
12, P. 57974 - 57991
Published: Jan. 1, 2024
In
the
contemporary
era
of
scientific
and
technical
innovations,
we
are
witnessing
remarkable
progress
in
realm
quantum
computing.
Today's
phase
is
referred
to
as
second
revolution,
characterized
by
ongoing
research
hardware,
software,
applications
computers.
While
theoretical
foundations
computing
have
been
place
for
decades,
practical
tools
technologies
that
emerged
recent
years
catapulted
this
field
from
theory
into
reality.
This
paper
provides
a
brief
overview
fundamental
principles
explores
various
support
them.
From
programming
languages
simulators
hardware
platforms
software
development
kits,
these
paved
way
groundbreaking
research,
experimentation,
exploration
quantum's
boundless
potential.
Furthermore,
it
addresses
current
developments,
existing
challenges,
improvements,
future
prospects
dynamic
field.
IEEE Access,
Journal Year:
2024,
Volume and Issue:
12, P. 64491 - 64509
Published: Jan. 1, 2024
The
preservation
of
human
health
is
utmost
importance,
and
unrestricted
availability
medications
essential
for
the
sustenance
overall
wellness.
Pharmaceuticals,
which
consist
a
wide
range
therapeutic
substances
utilized
to
diagnose,
treat,
improve
various
diseases
conditions,
play
crucial
part
in
field
healthcare.
However,
drug
research
development
process
widely
recognized
its
lengthy
duration,
demanding
nature,
substantial
expenses.
To
enhance
effectiveness
this
complex
process,
interdisciplinary
groups
have
converged,
giving
rise
known
as
"Bioinformatics".
emergence
future
advancements
Quantum
Computing
(QC)
technologies
potential
significantly
accelerate
discovery
development.
This
paper
explores
disciplines,
such
Computer-Aided
Drug
Design
(CADD),
quantum
simulations,
chemistry,
clinical
trials,
that
stand
gain
significant
advantages
from
rapidly
advancing
technology.
study
aims
explore
fundamental
principles,
intending
facilitate
thorough
understanding
revolutionary
The
promise
of
quantum
computing
is
not
speeding
up
conventional
rather
delivering
an
exponential
advantage
for
certain
classes
problems,
with
profound
implications
cybersecurity
instance.
With
the
advent
and
development
computers,
cyberspace
security
can
surely
become
most
critical
problem
Internet
in
near
future.
On
contrary,
prosaic
technology
be
promising
to
transform
cybersecurity.
This
research
aims
synthesize
basic
fundamental
studies
concerning
that
emerged
both
as
a
threat
solution
issues
based
on
systematic
study.
We
provide
comprehensive,
illustrative
description
current
state-of-the-art
present
proposed
approaches
date.
Findings
suggest
adopted
betterment
threats
while
it
poses
unexpected
focus
depth
this
survey
only
practitioners
researchers
consolidated
body
knowledge
about
trends
area
but
also
underpins
starting
point
further
field.
Software
Engineering
is
the
process
of
a
systematic,
disciplined,
quantifiable
approach
that
has
significant
impact
on
large-scale
and
complex
software
development.
Scores
well-established
models
have
long
been
adopted
in
development
life
cycle
pour
stakeholders
towards
completion
final
product
Within
boundary
advanced
technology,
various
emerging
futuristic
technology
evolving
really
need
attention
engineering
community
whether
conventional
techniques
are
capable
to
inherit
core
fundamental
into
In
this
paper,
we
study
existing
processes
including
Agile,
DevOps
Blockchain-Oriented
Engineering.
We
also
examine
essentiality
adopting
state-of-art
concepts
current
for
blockchain-oriented
systems.
discuss
insight
project
management
practices
BOS
The
findings
indicate
utilizing
would
be
challenging
promising
research
needed
extensively
addressing
improving
state-of-the-art
methodology
novel
technologies.
Electronics,
Journal Year:
2024,
Volume and Issue:
13(15), P. 2989 - 2989
Published: July 29, 2024
Context:
Quantum
software
development
is
a
complex
and
intricate
process
that
diverges
significantly
from
traditional
development.
computing
quantum
are
deeply
entangled
with
mechanics,
which
introduces
different
level
of
abstraction
deep
dependence
on
physical
properties.
The
classical
requirements
engineering
methods
must
be
adapted
to
encompass
the
essential
features
in
this
new
paradigm.
Aim:
This
study
aims
systematically
identify
analyze
challenges,
opportunities,
developments,
lines
research
for
computing.
Method:
We
conducted
systematic
literature
review,
including
three
questions.
included
105
papers
published
2017
2024.
Results:
main
results
include
identification
problems
associated
defining
specific
hybrid
system
requirements.
In
addition,
we
identified
challenges
related
absence
standards
engineering.
Finally,
can
see
advances
developing
programming
languages
simulation
tools
systems.
Conclusions:
presents
opportunities
engineering,
emphasizing
need
methodologies
tools.
It
proposes
roadmap
future
develop
standardized
framework,
contributing
theoretical
foundations
practical
applications.
2022 IEEE 46th Annual Computers, Software, and Applications Conference (COMPSAC),
Journal Year:
2022,
Volume and Issue:
unknown, P. 530 - 538
Published: June 1, 2022
Quantum
Computing
(QC)
has
gained
immense
popularity
as
a
potential
solution
to
deal
with
the
ever-increasing
size
of
data
and
associated
challenges
leveraging
concept
quantum
random
access
memory
(QRAM).
QC
promises-quadratic
or
exponential
increases
in
computational
time
parallelism
thus
offer
huge
leap
forward
computation
Machine
Learning
algorithms.
This
paper
analyzes
speed
up
performance
when
applied
machine
learning
algorithms,
known
(QML).
We
QML
methods
such
Support
Vector
(QSVM),
Neural
Network
(QNN)
detect
Software
Supply
Chain
(SSC)
attacks.
Due
limitations
real
computers,
were
implemented
on
open-source
simulators
IBM
Qiskit
TensorFlow
Quantum.
evaluated
terms
processing
accuracy
finally,
compared
its
classical
counterparts.
Interestingly,
experimental
results
differ
promises
by
demonstrating
higher
lower
comparison
approaches
for
SSC
Advances in computational intelligence and robotics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 171 - 198
Published: Feb. 28, 2025
Bits
are
used
in
conventional
computers;
quantum
bits,
or
qubits,
computers.
The
speed
and
efficiency
of
computing
can
give
businesses
a
significant
advantage
over
their
competitors
help
them
make
better
decisions.
Large
server
rooms
may
not
be
necessary
as
computers
excellent
at
processing
massive
volumes
data
without
requiring
lot
storage
space.
This
could
free
up
physical
space
buildings.
Conventional
still
more
cost-effective
faster
for
simple
computations,
even
though
revolutionising
fields
like
optimisation
machine
learning.
Both
political
parties
have
made
large
investments
research
to
improve
supply
chain
management,
logistics,
security,
among
other
areas.
big
impact
on
politics
the
economy.
When
seamlessly
integrated,
offers
enormous
potential
processing,
sophisticated
cybersecurity,
effective
storage,
resulting
next
phase
industries
