Breaking News
Doctors' AI Systems Are Hallucinating Nonexistent Medical Issues During Appointments...
Finland's Sand Battery Delivers Cheaper Heat with 70% Lower Emissions
Trump's Peace Plan: Middle East Unites Against Iran #shorts
Investors have never used this much leverage:
Top Tech News
Sodium Ion Batteries Can Reach 100 Gigawatt Per Hour Per Year Scale in 2027
Juiced Bikes proves capable electric motorcycles don't have to cost a lot
Headlight projectors turn your car into a drive-in theater
US To Develop Small Modular Nuclear Reactors For Commercial Shipping
New York Mandates Kill Switch and Surveillance Software in Your 3D Printer ...
Cameco Sees As Many As 20 AP1000 Nuclear Reactors On The Horizon
His grandparents had heart disease.
At 11, Laurent Simons decided he wanted to fight aging.
Mayo Clinic's AI Can Detect Pancreatic Cancer up to 3 Years Before Diagnosis–When Treatment...
A multi-terrain robot from China is going viral, not because of raw speed or power...
The World's Biggest Fusion Reactor Just Hit A Milestone
Japan's next generation terahertz communication will push to 400 gigabits per second
Unused terahertz waves can be applied to high-speed wireless transmission since a wide frequency band can be secured. They implemented a mixer circuit that applied a unique proprietary high isolation design technology with an Indium phosphide high electron mobility transistor (InP-HEMT). This enlarged the transmission bandwidth, which is a problem in the conventional 300 GHz band wireless front end. It also improved the signal-to-noise ratio (SNR). They realized a 300 GHz band wireless front-end module, and we achieved wireless transmission of 100 Gbps (gigabits per second).
This enables 100 Gbps wireless transmission with one wave (one carrier). They can extend to multiple carriers by making use of the wide frequency band of 300 GHz band, and use spatial multiplexing technology such as MIMO and OAM.