Solid-State Electronics
Solid-State Electronics, Vol.155 Entire volume, number list
ISSN: 0038-1101 (Print)
In this Issue (23 articles)
1 - 3 |
Preface to the FTM-2018 special issue Preface Luryi S, Xu JM, Zaslavsky A |
4 - 6 |
When will we have a quantum computer? Dyakonov MI |
7 - 19 |
NanoElectronics roadmap for Europe: From nanodevices and innovative materials to system integration Ahopelto J, Ardila G, Baldi L, Balestra F, Belot D, Fagas G, De Gendt S, Demarchi D, Fernandez-Bolanos M, Holden D, Ionescu AM, Meneghesso G, Mocuta A, Pfeffer M, Popp RM, Sangiorgi E, Torres CMS |
20 - 26 |
Lithography for now and the future van de Kerkhof MA, Benschop JPH, Banine VY |
27 - 31 |
Challenges for high performance and very low power operation at the end of the Roadmap Balestra F |
32 - 43 |
The concept of electrostatic doping and related devices Cristoloveanu S, Lee KH, Park H, Parihar MS |
44 - 48 |
Sub-terahertz testing of millimeter wave Monolithic and very large scale integrated circuits Shur M, Rudin S, Rupper G, Reed M, Suarez J |
49 - 56 |
Two-pulse sub-ns switching scheme for advanced spin-orbit torque MRAM Sverdlov V, Makarov A, Selberherr S |
57 - 64 |
Monitoring large-scale power distribution grids Gavrilov D, Gouzman M, Luryi S |
65 - 75 |
Wide band gap semiconductor technology: State-of-the-art Shur M |
76 - 81 |
Low voltage operation of GaN vertical nanowire MOSFET Son DH, Lee JH, Kim JG, Im KS, Lee JH |
82 - 92 |
Analog neuromorphic computing using programmable resistor arrays Solomon PM |
93 - 98 |
Nanoelectronics with proximitized materials Zutic I, Matos-Abiague A, Scharf B, Zhou T, Dery H, Belashchenko K |
99 - 104 |
Exploiting topological matter for Majorana physics and devices Schuffelgen P, Schmitt T, Schleenvoigt M, Rosenbach D, Perla P, Jalil AR, Mussler G, Lepsa M, Schapers T, Grutzmacher D |
105 - 110 |
Electronic structure, magnetoexcitons and valley polarized electron gas in 2D crystals Szulakowska L, Bieniek M, Hawrylak P |
111 - 116 |
Signatures of induced superconductivity in AlOx-capped topological heterostructures Schuffelgen P, Rosenbach D, Pang Y, Kampmeier J, Luysberg M, Kibkalo L, Mussler G, Veldhuis D, Brinkman A, Lu L, Schapers T, Grutzmacher D |
117 - 122 |
Possible observation of Berry phase in Aharonov Bohm rings of InGaAs Aharony A, Entin-Wohlman O, Tzarfati LH, Hevroni R, Karpovski M, Shelukhin V, Umansky V, Palevski A |
123 - 128 |
Characteristics of vertically stacked graphene-layer infrared photodetectors Ryzhii M, Otsuji T, Karasik VE, Leiman V, Shur MS, Ryzhii V, Mitin V |
129 - 138 |
Room temperature yellow InGaAlP quantum dot laser Ledentsov NN, Shchukin VA, Shernyakov YM, Kulagina MM, Payusov AS, Gordeev NY, Maximov MV, Zhukov AE, Karachinsky LY, Denneulin T, Cherkashin N |
139 - 143 |
Epitaxy of Si-Ge-Sn-based heterostructures for CMOS-integratable light emitters von den Driesch N, Stange D, Rainko D, Breuer U, Capellini G, Hartmann JM, Sigg H, Mantl S, Grutzmacher D, Buca D |
144 - 149 |
Resonant amplification via Er-doped clad Si photonic molecules: Towards compact low-loss/high-Q Si photonic devices Jarschel PF, Frateschi NC |
150 - 158 |
Quantum dot 850 nm VCSELs with extreme high temperature stability operating at bit rates up to 25 Gbit/s at 150 degrees C Ledentsov N, Agustin M, Shchukin VA, Kropp JR, Ledentsov NN, Chorchos L, Turkiewicz JP, Khan Z, Cheng CL, Shi JW, Cherkashin N |
159 - 162 |
Plasmonic modulation and demodulation structure for the future optical WDM devices in communication system Sukharenko V, Dorsinville R, Mynbaev D |