Cornell UniversityKāngnàiěr Dàxué康奈尔大学to research and developyánfā研发resultative particlechū出compared tobǐ比grain of saltyán lì盐粒even smallergèng xiǎo更小structural particlede的wirelesswúxiàn无线neural / nerveshénjīng神经implantzhírù植入device / apparatuszhuāngzhì装置。
Cornell University
Kāngnàiěr Dàxué
康奈尔大学
to research and develop
yánfā
研发
resultative particle
chū
出
compared to
bǐ
比
grain of salt
yán lì
盐粒
even smaller
gèng xiǎo
更小
structural particle
de
的
wireless
wúxiàn
无线
neural / nerve
shénjīng
神经
implant
zhírù
植入
device / apparatus
zhuāngzhì
装置
United States
Měiguó
美国
Cornell University
Kāngnàiěr Dàxué
康奈尔大学
research
yánjiū
研究
team
tuánduì
团队
to develop / to engineer
yánzhì
研制
resultative particle
chū
出
a type of / one model of
yī kuǎn
一款
compared to
bǐ
比
grain of salt
yán lì
盐粒
even smaller
hái xiǎo
还小
structural particle
de
的
wireless
wúxiàn
无线
neural / nerve
shénjīng
神经
implant
zhírù
植入
device / apparatus
zhuāngzhì
装置
can / able to
kě
可
continuously / for a sustained period
chíxù
持续
to record
jìlù
记录
and / also
bìng
并
to transmit / to send
chuánshū
传输
brain
dànǎo
大脑
activity
huódòng
活动
signal
xìnhào
信号
more than / exceeding
chāoguò
超过
one year
yī nián
一年