As early as the 20th century, nanoelectronic technology has had a very far-reaching impact on our life and work. According to Moore law, integrated circuit (IC) has been increasing at a rate of four times every 3 years, and its size has been continuously shrinking for 30 years. As the ...
Besides transistors, nanoelectronic devices play a role in data storage (memory). Here,spintronics– the study and exploitation in solid-state devices of electron spin and its associated magnetic moment, along with electric charge – is already an established technology. Read more: "Graphene spintroni...
So far, much of the nanoscale sciences have been researched in the physics, chemistry, and materials science communities. While there have been plenty of good science in the nano world, nanotechnology is still at its infancy. The engineering community is poised to make a major impact in ...
Dow and Carbice Partner to Advance Thermal Interface Materials Dow and Carbice, a pioneer in carbon nanotube (CNT) technology, have announced a strategic, first-of-its-kind partnership to provide a multi-generational thermal interface material (TIM) product offering for high-performing electronics...
Preparing eco-friendly composite from end-life tires and epoxy resin and examining its mechanical, and acoustic insulation properties Abdulhameed, Jamal I.;Ali, Ahmed H.;Kara, Ismail H.;Mahan, Hamid M.;Konovalov, Sergey. V.;AlNedawi, Nada M. ...
Nanoelectronicsisanemerging,enabling,andmultidisciplinaryfieldwithawiderangeofpotentialapplications.Nanoelectronicsrefertotheuseofnanotechnologyinelectroniccomponents.Introduction Althoughnosingledefinitionofnanoelectronicsexists,itiscommonlyunderstoodasanabilitytocontrolmatteronananometerscalefortheconstructionofnewmaterialswithnovel...
In addition to their impact on SS, Dit also manifests as charged defects, which lead to scattering of carriers and in turn dramatically reduces their mobility. For instance, graphene on an SiO2 surface with its numerous dangling bonds has a mobility of between 1000 and 25,000 cm2/Vs80,...
Bulk nuclear cooling stages have predominantly been built of copper19, owing to its high thermal conductivity, beneficial metallurgic properties, and weakly coupled nuclear spins, which allows for magnetic refrigeration of the nuclear spins down to 50 nK21; however, the weak hyperfine interaction ...
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(0/1). Its principles set the foundation for intelligent computers in the near future. These new devices will have a higher performance, longer life span, and lower energy consumption compared to devices built upon other principles," said Alexander Samardak, project manager from the Russian side...