Quantum
computing
(QC)
and,
to
a
greater
extent,
quantum
technologies
are
changing
the
world.
In
reality,
QC
is
not
an
advancement
of
conventional
computer
science
but
rather
revolution
that
radically
shifts
paradigm
computing.
By
basing
its
functioning
on
physics
ideas
like
aggregation
and
coherence,
computers
seek
exponentially
boost
power.
may
very
well
be
able
solve
variety
problems
have
previously
seemed
insurmountable.
The
fact
due
many
promising
applications,
currently
having
impact
most
corporate
sectors
scientific
domains.
algorithms
need
explicitly
programmed
for
these
vastly
different
machines
in
order
applications
become
reality.
Despite
few
well-known
exist,
software
will
skyrocket
coming
years.
situation,
it
necessary
generate
more
industrialized
controlled
manner,
taking
into
account
factors
quality,
delivery,
project
management,
or
evolution
software.
We
confident
new
piece
primarily
motivated
by
QC.
Advances in healthcare information systems and administration book series,
Journal Year:
2023,
Volume and Issue:
unknown, P. 84 - 96
Published: March 24, 2023
Quantum
computing
might
accelerate
diagnosis,
personalize
treatment,
and
optimize
prices
in
healthcare.
Quantum-enhanced
machine
learning
is
important.
Computing
Healthcare
are
innovative
partnerships.
The
healthcare
sector
advances
with
new
technologies.
was
bound
to
revolutionize
With
technology
on
the
rise,
a
age
of
coming.
mechanics
an
abstract
technical
subject,
yet
it
other
sectors.
real.
has
great
promise
AI
technologies
also
significant
Such
improve
treatments,
diagnoses,
assistance.
intends
change
Personalized
hinges
genomes,
physiology,
pharmacokinetics.
Thus,
more
clinical
data
must
be
processed.
solution.
This
article
explains
quantum
computing's
influence
its
uses.
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.
<p>Quantum
computers
pose
a
significant
threat
to
blockchain
technology’s
security,
which
heavily
relies
on
public-key
cryptography
and
hash
functions.
The
cryptographic
algorithms
used
in
blockchains,
based
large
odd
prime
numbers
discrete
logarithms,
can
be
easily
compromised
by
quantum
computing
like
Shor’s
algorithm
its
future
qubit
variations.
This
survey
paper
comprehensively
examines
the
impact
of
security
explores
potential
mitigation
strategies.
We
begin
surveying
existing
literature
blockchains
computing,
providing
insights
into
current
state
research.
then
present
an
overview
blockchain,
highlighting
key
components
functionalities.
delve
preliminaries
definitions
establishing
foundation
for
understanding
implications
security.
application
cybersecurity
is
explored,
considering
their
strengths
vulnerabilities
light
evolving
capabilities.
focuses
blockchain’s
fundamental
building
blocks,
including
digital
signatures,
functions,
consensus
algorithms,
smart
contracts.
analyze
introduced
discuss
countermeasures
enhancements
ensure
integrity
confidentiality
systems.
Furthermore,
we
investigate
attack
surface
identifying
avenues
exploiting
strengthen
attacks.
emphasize
need
developing
quantum-resistant
defenses
explore
solutions
mitigating
adoption
post-quantum
architectures.
By
examining
discussing
strategies,
aim
guide
researchers,
practitioners,
policymakers
robust
secure
systems
capable
withstanding
advancements
technology.</p>
Quantum
computing
(QC)
and,
to
a
greater
extent,
quantum
technologies
are
changing
the
world.
In
reality,
QC
is
not
an
advancement
of
conventional
computer
science
but
rather
revolution
that
radically
shifts
paradigm
computing.
By
basing
its
functioning
on
physics
ideas
like
aggregation
and
coherence,
computers
seek
exponentially
boost
power.
may
very
well
be
able
solve
variety
problems
have
previously
seemed
insurmountable.
The
fact
due
many
promising
applications,
currently
having
impact
most
corporate
sectors
scientific
domains.
algorithms
need
explicitly
programmed
for
these
vastly
different
machines
in
order
applications
become
reality.
Despite
few
well-known
exist,
software
will
skyrocket
coming
years.
situation,
it
necessary
generate
more
industrialized
controlled
manner,
taking
into
account
factors
quality,
delivery,
project
management,
or
evolution
software.
We
confident
new
piece
primarily
motivated
by
QC.
