Now that so much data travels via light—i.e., is carried in glass fibers rather than by electrical current—one goal of semiconductor research is to develop a silicon chip that can transmit and receive light signals directly, a development that may one day lead to smaller, faster semiconductors.
Now that so much data travels via light—i.e., is carried in glass fibers rather than by electrical current—one goal of semiconductor research is to develop a silicon chip that can transmit and receive light signals directly, a development that may one day lead to smaller, faster semiconductors.
A to develop a silicon chip that can transmit and receive light signals directly, a development that may one day lead
B to develop a silicon chip with the capability of transmitting and receiving light signals directly, which may one day lead
C the development of a silicon chip that has the capability of transmitting and receiving light signals directly, a development maybe one day leading
D developing a silicon chip that can transmit and receive light signals directly, which may one day lead
E developing a silicon chip with the ability to transmit and receive light signals directly, with this development maybe one day leading