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How many transistors does the iphone 5 have?

Electron-beam lithography

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Open access•Journal Article•DOI Efficient CNTFET-based Ternary Full Adder Cells for Nanoelectronics Mohammad Hossein Moaiyeri, Reza Faghih Mirzaee, Keivan Navi, Omid Hashemipour - Show less +3 more 19 Apr 2011-Nano-micro Letters 70 Citations	The proposed structures reduce the number of the transistors considerably and have very high driving capability.
Journal Article•DOI Fabrication of Ballistic Quantum Wires and Their Transport Properties Yukihiko Takagaki, Fujio Wakaya, Sadao Takaoka, Kenji Gamo, Kazuo Murase, Susumu Namba - Show less +5 more 20 Oct 1989-Japanese Journal of Applied Physics 15 Citations	We propose new side-gate transistors.
Open access•Journal Article•DOI Single-electron transistors with wide operating temperature range Christian Dubuc, Jacques Beauvais, Dominique Drouin - Show less +2 more 12 Mar 2007-Applied Physics Letters 33 Citations	It is found that single electron devices can have an operating temperature range similar to conventional silicon transistors, opening the door to hybrid designs.
Journal Article•DOI Ultrathin organic transistors for chemical sensing Richard D. Yang, Thomas Gredig, Corneliu N. Colesniuc, Jeongwon Park, Ivan K. Schuller, William C. Trogler, Andrew C. Kummel - Show less +6 more 26 Jun 2007-Applied Physics Letters 94 Citations	The enhanced response for the ultrathin transistors provides insight into the device physics.
Journal Article•DOI InSb Nanowire Field-Effect Transistors and Quantum-Dot Devices Henrik Nilsson, Mingtang Deng, Philippe Caroff, Claes Thelander, Lars Samuelson, Lars-Erik Wernersson, Hongqi Xu - Show less +6 more 10 Jan 2011-IEEE Journal of Selected Topics in Quantum Electronics 55 Citations	The measurements also demonstrate the possibility of realizing ambipolar transistors using InSb nanowires.

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What are materials used UV-NIL in PIC technology?

Materials commonly used in UV-NIL for Photonic Integrated Circuit (PIC) technology include inorganic-organic hybrid polymers, thin transparent films like silicon nitride, silicon, and titanium nitrate, flowable resist for imprinting steps on silicon substrates, low volatility and low viscosity resists for ink-jetting and imprinting under reduced air atmosphere, and silicon nitride for defining structures with sub-micrometric resolutions using UV laser lithography. These materials play crucial roles in enabling the fabrication of PICs with high resolution and efficiency, showcasing the versatility and adaptability of UV-NIL techniques in the development of advanced photonic devices.What is mechanisms of theX-ray detection?

The mechanisms of X-ray detection involve various components and processes. X-ray detectors typically consist of vibrating disks, conveying devices, guide rails, detection devices, and sorting mechanisms to facilitate efficient detection of materials. These detectors utilize the Shockley-Ramo theorem to operate, incorporating ionization energy for electron-hole pair creation and responsivity formulation. In medical imaging, flat panel X-ray imagers (FPXIs) play a crucial role, utilizing direct conversion technology where X-ray photons are converted to charges in a photoconductor, then read by sensors like TFT-AMA or CMOS arrays. Additionally, a guiding mechanism with lead screws and sliders enables precise adjustment for optimal X-ray source reception, ensuring clear image quality and easy maintenance. These combined mechanisms enhance detection efficiency and accuracy in X-ray applications.How can the analyte transport dimensionality be reduced for faster analyte capture? using nanowires?

To reduce analyte transport dimensionality for faster capture using nanowires, optimizing the sensing configuration and flow patterns inside microfluidic channels is crucial. Additionally, the architecture of plasmonic nanostructures plays a significant role in analyte transport rates, impacting overall sensing performance. Nanowires with nanodisk arrays prepared using on-wire lithography have been proposed for analyte detection via surface-enhanced Raman scattering (SERS). Analyzing analyte transport under steady incompressible flow through nanochannels reveals the combined effects of electroosmotic and pressure-driven flow, influencing analyte distribution across the channel. Chemical potential gradients along surfaces can accelerate analyte capture by nanosensors, significantly improving collection efficiency. By considering these factors, the analyte transport dimensionality can be effectively reduced to enhance analyte capture speed using nanowires.How does 2D ice contribute to green energy?

2D ice plays a significant role in contributing to green energy by enabling innovative technologies for sustainable practices. It can be utilized in various ways such as in ice-assisted electron-beam lithography (iEBL) for nanofabrication, as a template for assembling colloidal nanoparticles into large 2D nanosheets, and in a multi-level ice and snow energy utilization system for power generation. These applications demonstrate how 2D ice can be leveraged to enhance energy efficiency, reduce environmental impact, and promote the utilization of renewable resources. By incorporating 2D ice into different green energy technologies, it contributes to the development of sustainable solutions for energy generation and utilization, aligning with the global efforts towards a more eco-friendly future.