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technology
kē jì
科技
·HSK 6

optical
guāngxué
光学
chip
xīnpiàn
芯片
advance
tuīdòng
推动
AI
AI
AI

scientists
kēxuéjiā
科学家
develop
kāifā
开发
light
guāng
powered
qūdòng
驱动
chip
xīnpiàn
芯片
achieve
shíxiàn
实现
ultra-fast
chāokuài
超快
computing
jìsuàn
计算

June 2, 2026 at 11:28 PM

scientists
kēxuéjiā
科学家
develop
kāifā
开发
a kind of
yī zhǒng
一种
novel
xīnxíng
新型
optical
guāngxué
光学
chip
xīnpiàn
芯片
integrate
jíchéng
集成
multiple
duōzhǒng
多种
function
gōngnéng
功能
this kind of
zhè zhǒng
这种
chip
xīnpiàn
芯片
employ
cǎiyòng
采用
atomic
yuánzǐ
原子
level
thin film
báomó
薄膜
material
cáiliào
材料
energy efficiency
néngxiào
能效
compared to
xiāngbǐ
相比
traditional
chuántǒng
传统
silicon
guī
chip
xīnpiàn
芯片
significantly
dàfú
大幅
reduce
jiàngdī
降低

New Words

guāngxué xīnpiàn
光学芯片
optical chip
guāngzǐ
光子
photon
nàmǐ
纳米
nanoscale
shímòxī烯
石墨烯
graphene
chāokuài
超快
ultra-fast
néngxiào
能效
energy efficiency
liàngzǐ jìsuàn
量子计算
quantum computing

News in English

Science & Technology

Scientists Develop Light-Powered Chip for Ultra-Fast AI Computing

Scientists have created a tiny chip that generates steers and reads light-based information in one device. This breakthrough marks a major leap toward ultra-fast energy-efficient computing using atomically thin materials and nanoscale structures.

Scientists have developed a revolutionary optical chip that integrates light generation steering and detection on a single device. The breakthrough utilizes atomically thin materials and advanced nanoscale engineering. The chip operates using novel photonic principles that dramatically increase processing speed. Energy consumption is significantly reduced compared to conventional silicon chips. The technology employs graphene and other two-dimensional materials as the foundation. Researchers tested the chip with various computing tasks and achieved impressive performance metrics. The architecture supports quantum computing applications as well. Industry experts anticipate widespread adoption in data centers within five years. This innovation represents a paradigm shift in computing architecture and demonstrates Chinas growing leadership in quantum and photonic technologies.

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荣耀
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robot
jīqìrén
机器人
smartphone
shǒujī
手机
equipped with
pèizhì
配置
motorized
diàndòng
电动
gimbal
yúntái
云台
camera
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surge
biāoshēng
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wǔbǎi percent
500%
become
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domestic
guónèi
国内
market value
shìzhí
市值
highest
zuìgāo
最高
stock
gǔpiào
股票

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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
semiconductor
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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