From exhibits to products, CIIE helps medical device enterprises quickly land in the Chinese market
In Hall 7, its theme is the Medical Devices and Healthcare Exhibition Area, which is also one of the few exhibition areas at this year's CIIE that can showcase the synergy of the industrial chain.It is understood that during the CIIE, Yum! Medical Group signed a strategic cooperation agreement with Medtronic to deepen cooperation on the full range of ultrasound products, providing more comprehensive and accurate integrated diagnosis and treatment solutions for clinical practice...
The coherence time of new quantum bits has been extended thousands of times before
Science and Technology Daily, Beijing, October 29 (Reporter Liu Xia) In a new study, the Argonne National Laboratory team of the US Department of Energy has extended the coherence time of a new type of quantum bit - charge quantum bit - to 0.1 milliseconds, which is 1000 times the previous record...
Attack the "Little Giant" | Visual Bits: Give the production line a pair of "smart eyes" and install a "smart brain"
Editor's note:There is a group of enterprises, small in size, but ambitious, possessing unique skills, and wandering the world alone, known as the "little giants". In Changsha, the "little giants" are like stars and moons, deeply cultivating their respective fields and running dark horses in the industry, becoming a dazzling light in the high-quality development of the city's industrial economy...
Mass Manufacturing of Quantum Chips: Silicon Valley Building Millions of Quantum Bits of Light Quantum Chip
Editor's noteThere are two main types of quantum chips: electronic quantum chips and photonic quantum chips. Representatives of electronic quantum chips, including Intel, which focuses on silicon spin qubits, IBM, and IMEC, which focus on superconducting qubits, are exploring the large-scale semiconductor manufacturing of quantum chips...
The "splitting" phonon exhibits quantum properties
Science and Technology Daily (reporter Zhang Jiaxin) A few days ago, a team led by Professor Andrew Cleland of the Pritzker School of Molecular Engineering (PME) of the University of Chicago used a device called an acoustic beam splitter to "split" phonons, thereby demonstrating their quantum properties. They demonstrated that beam splitters can be used to induce a special quantum superposition state of a phonon and further generate interference between two phonons...