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technology
kē jì
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·HSK 6

Google
Gǔgē
谷歌
research
yánjiū
研究
to show / indicate
biǎomíng
表明
quantum computing
liàngzǐ jìsuàn
量子计算
may possibly
huò jiāng
或将
sooner than expected
tíqián
提前
to threaten
wēixié
威胁
existing
xiànyǒu
现有
encryption system
jiāmì tǐxì
加密体系

Google
Gǔgē
谷歌
researchers
yánjiū rényuán
研究人员
to publish
fābiǎo
发表
research paper
lùnwén
论文
warning
jǐnggào
警告
quantum computer
liàngzǐ jìsuànjī
量子计算机
possibly / may
kěnéng
可能
than
expected
yùqī
预期
sooner
gèng zǎo
更早
to crack / break
pòjiě
破解
elliptic curve encryption
tuǒyuán qūxiàn jiāmì
椭圆曲线加密
threatening
wēixié
威胁
global
quánqiú
全球
digital security system
shùzì ānquán tǐxì
数字安全体系
governments
gèguó zhèngfǔ
各国政府
already / have
to urge
dūncù
敦促
institutions
jīgòu
机构
to accelerate
jiākuài
加快
toward
xiàng
post-quantum cryptography
hòu liàngzǐ mìmǎxué
后量子密码学
standard
biāozhǔn
标准
structural particle
de
transition
guòdù
过渡

April 2, 2026 at 9:00 AM

Google
Gǔgē
谷歌
researchers
yánjiū rényuán
研究人员
recently
jìnrì
近日
to publish
fābiǎo
发表
research paper
lùnwén
论文
to point out
zhǐchū
指出
quantum computer
liàngzǐ jìsuànjī
量子计算机
possibly / may
kěnéng
可能
compared to
previously
cǐqián
此前
projection / predicted timeline
yùcè
预测
structural particle
de
faster
gèng kuài
更快
to crack / break
pòjiě
破解
elliptic curve
tuǒyuán qūxiàn
椭圆曲线
encryption algorithm
jiāmì suànfǎ
加密算法
elliptic curve encryption
tuǒyuán qūxiàn jiāmì
椭圆曲线加密
is
shì
currently
mùqián
目前
financial transactions
jīnróng jiāoyì
金融交易
cloud services
yún fúwù
云服务
and / as well as
communications platforms
tōngxìn píngtái
通信平台
widely relied upon
guǎngfàn yīlài
广泛依赖
structural particle
de
core security technology
héxīn ānquán jìshù
核心安全技术
research team
yánjiū tuánduì
研究团队
to estimate
gūjì
估计
within
zài
future
wèilái
未来
ten years
shí nián
十年
within
nèi
performance / capabilities
xìngnéng
性能
sufficiently powerful
zúgòu qiángdà
足够强大
structural particle
de
quantum computer
liàngzǐ jìsuànjī
量子计算机
expected to / likely to
yǒuwàng
有望
to achieve
shíxiàn
实现
this
zhè yī
这一
breakthrough
tūpò
突破
once / if
yīdàn
一旦
existing
xiànyǒu
现有
encryption system
jiāmì tǐxì
加密体系
to be subjected to
zāodào
遭到
cracking / being broken
pòjiě
破解
global
quánqiú
全球
digital
shùzì
数字
infrastructure
jīchǔ shèshī
基础设施
will
jiāng
to face
miànlín
面临
unprecedented
qián suǒ wèi yǒu
前所未有
structural particle
de
security risks
ānquán fēngxiǎn
安全风险
multiple governments
duō guó zhèngfǔ
多国政府
already / have
to require
yāoqiú
要求
their own country
běn guó
本国
institutions
jīgòu
机构
to accelerate
jiākuài
加快
toward
xiàng
post-quantum cryptography
hòu liàngzǐ mìmǎxué
后量子密码学
standard
biāozhǔn
标准
structural particle
de
transition process
guòdù jìnchéng
过渡进程
US National Institute of Standards and Technology
Měiguó Guójiā Biāozhǔn yǔ Jìshù Yánjiūyuán
美国国家标准与技术研究院
in / at (formal)
the year 2024
èr líng èr sì nián
2024年
officially
zhèngshì
正式
to release
fābù
发布
completion particle
le
the first batch
shǒupī
首批
post-quantum
hòu liàngzǐ
后量子
encryption standards
jiāmì biāozhǔn
加密标准
analysts
fēnxī rénshì
分析人士
to point out
zhǐchū
指出
this time / this round
cǐcì
此次
research
yánjiū
研究
further
jìn yī bù
进一步
to intensify / exacerbate
jiājù
加剧
completion particle
le
countries
gèguó
各国
in
zài
quantum technology
liàngzǐ jìshù
量子技术
field / domain
lǐngyù
领域
structural particle
de
strategic competition
zhànlüè jìngzhēng
战略竞争
various major
gè dà
各大
companies / enterprises
qǐyè
企业
and
government agencies
zhèngfǔ jīgòu
政府机构
passive marker
bèi
to urge
dūncù
敦促
within
zài
future
wèilái
未来
three years
sān nián
三年
within
nèi
to complete
wánchéng
完成
key / critical
guānjiàn
关键
systems
xìtǒng
系统
structural particle
de
encryption algorithm
jiāmì suànfǎ
加密算法
upgrade
shēngjí
升级

New Words

Gǔgē
谷歌
Google
yánjiū
研究
research/to study
rényuán
人员
personnel/staff
liàngzǐ
量子
quantum
jìsuànjī
计算机
computer
pòjiě
破解
to crack/break
jiāmì
加密
encryption
suànfǎ
算法
algorithm
héxīn
核心
core/central
jìshù
技术
technology
tūpò
突破
breakthrough
hányì
涵义
implication

News in English

Science & Technology

Google Research Warns Quantum Computers May Break Encryption Sooner Than Expected

Google researchers published a paper warning that quantum computers may crack elliptic curve encryption sooner than expected, threatening global digital security. Governments are urging institutions to accelerate the transition to post-quantum cryptography standards.

Google researchers recently published a paper indicating that quantum computers may be able to break elliptic curve encryption algorithms faster than previously predicted. Elliptic curve encryption is currently a core security technology widely relied upon by financial transactions, cloud services, and communication platforms. The research team estimates that within the next decade, sufficiently powerful quantum computers are expected to achieve this breakthrough. This finding has significant implications for cybersecurity and data protection globally. Organizations are beginning to prepare for the quantum computing era by developing new encryption methods.

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United States / American
Měiguó
美国
space agency / NASA
yǔháng jú
宇航局
to find / to discover
zhǎodào
找到
new
xīn
method / way
fāngfǎ
方法
to extend / to prolong
yáncháng
延长
Voyager 2 (spacecraft)
Lǚxíngzhě 2 hào
旅行者2号
to use / operation
shǐyòng
使用
lifespan / service life
shòumìng
寿命

NASA Engineers Find New Way to Extend Voyager 2 Mission After 49 Years in Space

global / worldwide
quánqiú
全球
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bàndǎotǐ
半导体
second quarter / Q2
dì-èr jìdù
第二季度
sales revenue
xiāoshòué
销售额
to set (a record)
chuàng
all-time record high
lìshǐ xīngāo
历史新高

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