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Besides Adriaenssens, Dreier and Yu, co-authors include Stefana Parascho, of the Princeton School of Architecture; Stefano Gabriele, of Roma Tre University; Francesco Marmo, of the University of Naples Federico II. Support for the project was provided in part by the Princeton School of Engineering and Applied S...
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Javier Bonilla
Researcher at
CIEMAT – PSA PhD. in Computer Science / Solar Thermal Energy Researcher
Latest posts by Javier Bonilla
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Flutter on Raspberry Pi with flutter-pi – 26 November, 2019
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Constructing a small-scale circuit to further examine and explore the possibility. Credit: Tokyo University of Science
The basic units of a quantum computer can be rearranged in 2D to solve typical design and operation challenges.
Quantum computing is increasingly becoming the focus of scientists in fields su...
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08-13
Photo (left) of a nanowire forest being sprayed on a miniature tree, with color (purple) arising from embedded gold nanoparticles. Electron microscope image (right) of the nanowire/nanoparticle blend. Credit: (left) Jonathan P. Singer;...
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08-04
The researchers have developed an origami-inspired, folded plastic fuel bladder that doesn’t crack at super cold temperatures and could someday be used to store and pump fuel. Credit: WSU
Washington State University researchers have us...
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08-01
The drone-delivery service in Christiansburg, Va. — the first in the country to deliver goods directly to residences on demand — gave researchers a unique opportunity to study how people feel about the technology when they’ve actually ...
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07-27
Visualization of a lithium-rich cathode. Credit: Carnegie Mellon University and Northeastern University
Batteries have come a long way since Volta first stacked copper and zinc discs together 200 years ago. While the technology has con...
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07-23
蓝冠官网《Q374919》评估工具包围绕最大17710能源收集充电器和保护者。能量收割机是一种将周围环境的能量转化为可用能量的装置。来源可能包括太阳能,射频,或机械。
硬件
这种集成电路实际上有两个用途。一是充电。为此,蓝冠官网 它有一个升压调...
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07-23
蓝冠招商《Q374919》想想所有产生的多余热量,蓝冠官网 然后作为“废物”散去。如果我们能收集这些热量并将其转化为电能呢?热电效应在物理学家中是众所周知的,但它的效率非常低,这可能不会困扰物理学家,但对工程师来说是不可接受的。然而,蓝冠注册 ...
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07-23
蓝冠注册《Q374919》微机电系统是什么?
微机电系统(MEMS),蓝冠官网 在欧洲也被称为微系统技术,在日本也被称为微型机器,是一类以体积小和制造方式为特征的设备。MEMS器件的特征长度从一毫米到一微米,比人的头发直径还要小很多倍。
MEMS通常...