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1 1 (April 22, 2021)

handle is hein.amenin/aeiadup0001 and id is 1 raw text is: Key Points
& Quantum computing has vast potential in a broad range of fields, including national
secur it.
*  he Unit-ci   ttes taces crucia l securitv ul ner bilities if  :ne of its adversaries achieves
quanurn c mpx ting superiority before American cyber defenses are suffciently updated.
In rec Et year  , ovrnments arou nd the wl'i d have pledged nmoe than $20 bilion
Lowar q anuin develc-pmenk with  hina leading W  n  ui c firing by a ciecisive
Building on its recenr establishe' NaL onal Quantum Initiaive, the US rnust safeguard
its national securty nterests in quantum cor putig through eran ed risk awareness,
strategic ternona coopera*ion, ano accelerated n'tvork securitization.

Quantum compuEirg is a rapidly advancing field of
computer science that harnesses the mind-bending
dynamics of quaintum physics-----the behavi r of the
universe's smallest particles-to produre comput-
ers with vast tew' capabilites' The physics behind
quantum compuing ar- mensely complex, al u
ing quantum computers to store and interpret data
in dynamic %qbirs rather than the bits' of convren-
tional computers. Whereas bits are simple binary
ones or zeros that-----when strung together millions
at a time-direct a computer's processes, qubits
are much more versatile and can represent a broad
range of changing states, hncuding negative values,
The upshot of this bit overhaul is processing power
that is many orders of magnitude greater than
anything possible with conventional computers,
Given that quantum computing makes use of
particles and relationships at the subatomic level,
developing and operating quantumn computers is a
delicate art-not least because many quantum
computers reqnuire operating tem-tperatUres of
approximately i m illikeins, which is colder than

interstellar space. Despite the considerable chal-
lenges of manipulating the universe's smallest par-
tid'es for advaned inf. ormation processing, pro-
gress toward more-advanced quantum computers
is accelerating. In October 2019, for instance,
Google claimed to have conducted a caleulation on
a quantum computer in goo seconds that would
have taken the 'a wrl 's mnost advanced conventionail
supercompute' at the time about o,000 years-a
milestone in quantum computer development.'
Even with these advancements, though quan-
tum computing remains in early stages of develop-
ment. While initial successes intimate a field on
the cusp of revolutionary achievements, the real-
world applications and impact of cuantun tech-
nologies are still largely unrealized. That said,
national governments around the world are recog-
nizing quantun technologies' extraordinary poten-
tial for economic gro dh and national security
interests, ingtiating a global competition for fur-
ther quantum  development. This report briefly
examines that race's key elements from a national

ANARYR       __   SA½,

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