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Ultra-Fast Charging, Ultra-Smooth Scrolling; OnePlus Launches OnePlus 8T Premium Smartphone

Premium Smartphone Features Next-generation Warp Charge 65, Industry-leading 120Hz Fluid Display and OxygenOS 11

NEW YORK, Oct. 14, 2020 /PRNewswire/ — Global mobile technology company OnePlus today launched its newest high-end flagship smartphone, the OnePlus 8T. Following the success of the company’s OnePlus 8 series earlier this year, OnePlus is again pushing the limits by introducing a host of next-generation technologies including a newly calibrated 120Hz Fluid AMOLED display, and the company’s fastest charging solution ever – Warp Charge 65.

“With the OnePlus 8T, we’re offering pro-level capabilities for even more users across our flagship smartphone portfolio,” said Pete Lau, Founder and CEO of OnePlus. “Featuring a class-leading 120Hz AMOLED display, our upgraded 65W fast charging technology and fresh, bold software in OxygenOS 11, the OnePlus 8T offers an impressive overall package of powerful hardware and smooth software.”

Warp Charge 65 – A Day’s Power in 15 Minutes

Warp Charge

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Ultrafast fiber laser produces record high power

lasertag
Credit: Pixabay/CC0 Public Domain

Researchers have developed an ultrafast fiber laser that delivers an average power more than ten times what is available from today’s high-power lasers. The technology is poised to improve industrial-scale materials processing and paves the way for visionary applications.


Michael Müller, a Ph.D. student of Prof. Jens Limpert from the Friedrich Schiller University’s Institute of Applied Physics and the Fraunhofer Institute of Institute for Applied Optics and Precision Engineering in Jena, Germany, will present the new laser at the all-virtual 2020 OSA Laser Congress to be held 12-16 October. The presentation is scheduled for Tuesday, 13 October at 14:30 EDT.

High power without the heat

In lasers, waste heat is generated in the process of light emission. Laser geometries with a large surface-to-volume ratio, such as fibers, can dissipate this heat very well. Thus, an average power of about 1 kilowatt is obtained from today’s high-power

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