Elaheh Mohebbi. “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”. Has been selected as speaking in the Ischia Summer Modeling 2022 Challenges of Molecular Sciences towards 2030 Seotenber 05-07 Ischia, Italy
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\nTitle: “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”.
\nConference information: The goal of this conference is to provide a platform to exchange ideas and promote collaborations within the community of theoretically oriented chemists related to the major challenges of molecular sciences in the next ten years. This event is especially focused on the interplay of new ideas and new technologies in shaping the future of molecular sciences covering a very broad range including, inter alia, astrochemistry, environmental chemistry, material and life sciences. The format will be very informal and includes several lectures by leading experts in different fields and broad general discussions.
\nA number of short oral contributions have been selected among those submitted by registered participants for a specific session on September 7th afternoon. One of these is “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”!
\nDate/Place: \tMonday 05 September 2022, Hotel Continental Terme, Via Michele Mazzella, 70 Ischia (NA), Italy
\nWebsite of the event: https://www.sns.it/en/node/86959
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"}},"body":{"id":"19ff40fd-7ce4-5751-92e8-5025ec95049f","childMarkdownRemark":{"id":"2cddf1a4-0241-51a7-95eb-e829a402e698","html":"Authors: Elaheh Mohebbi, Eleonora Pavoni, Davide Mencarelli, Pierluigi Stipa, Luca Pierantoni and Emiliano Laudadio.
\nTitle: “Insights into first-principles characterization of the monoclinic VO2(B) polymorph via DFT + U calculation: electronic, magnetic and optical properties”.
\nAbstract: We have studied the structural, electronic, magnetic, and optical properties of the VO2(B) polymorph using first-principles calculations based on density functional theory (DFT). This polymorph was found to display four optimized structures namely VO2(B)PP, VO2(B)LP, VO2(B)PPD, and VO2(B)LPD using the generalized gradient approximation (GGA) PBE exchange-correlation functional by including/excluding van der Waals interaction. Our derivation provides a theoretical justification for adding an on-site Coulomb U value in the conventional DFT calculations to allow a direct comparison of the two methods. We predicted a zero bandgap of the VO2(B) structure based on GGA/PBE. However, by GGA/PBE + U, we found accurate bandgap values of 0.76, 0.66, and 0.70 eV for VO2(B)PP, VO2(B)LP, and VO2(B)PPD, respectively. The results obtained from DFT + U were accompanied by a structural transition from the metallic to semiconductor property. Here, we verified the non-magnetic characteristic of the monoclinic VO2(B) phase with some available experimental and theoretical data. However, the debate on the magnetic property of this polymorph remains unresolved. Imaginary and real parts of the dielectric function, as computed with the GGA/PBE functional and the GGA/PBE + U functional, were also reported. The first absorption peaks of all considered geometries in the imaginary part of the dielectric constants indicated that the VO2(B) structure could perfectly absorb infrared light. The computed static dielectric constants with positive values, as derived from the optical properties, confirmed the conductivity of this material. Among the four proposed geometries of VO2(B) in this study, the outcomes obtained by VO2(B)PPD reveal good results owing to the excellent consistency of its bandgap, magnetic and optical properties with other experimental and theoretical observations. The theoretical framework in our study will provide useful insight for future practical applications of the VO2(B) polymorph in electronics and optoelectronics.
\nA number of short oral contributions have been selected among those submitted by registered participants for a specific session on September 7th afternoon. One of these is “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”!
\nPublication Date: 09 Aug 2022
\nLink to publication: https://doi.org/10.1039/d2na00247g
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\nTitle: “Enabling 2D materials into microwaves: new perspectives to merge quantum world and traditional circuit techniques”.
\nDate/Place: 04-08 July, 2022 /Bucharest-Rumania
\nWebsite of the event: https://2022.ieeenano.org/
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"}},"body":{"id":"7bb6298b-7e52-5844-845e-45009cbd8f2f","childMarkdownRemark":{"id":"935f1e5a-734d-5cb7-b9db-fa4efa4e3a10","html":"Authors: Emiliano Laudadio, Martino Aldrigo, Pierluigi Stipa, Luca Pierantoni, Davide Mencarelli, Mircea Dragoman, Mircea Modreanu, Ancona (Italy).
\nTitle: “A first principle assessment at atomistic scale of interface phenomena in down scaling hafnium based metal-insulator-metal diodes”.
\nExpected Publication: March 2023
\nConference information: NEMO2022 will bring together experts and practitioners of electromagnetic- and multiphysics-based modeling, simulation and optimization for RF, microwave and terahertz applications. This conference is an ideal forum to share new ideas on techniques for electromagnetic and multiphysics modeling, propose efficient design algorithms and tools, and anticipate the modeling/analysis needs of future technologies and applications.
\nNEMO is an annual focal event, founded by the IEEE MTT Society, on electromagnetic- and multiphysics-based computer-aided design (EM-CAD), rotating between Europe, North America and Asia. It aims to stimulate a broad exploration of “disruptive” technologies of EM-CAD in addition to traditional topics.
\nDate/Place: 06-08 July, 2022 / Limoges, France
\nWebsite of the event: https://nemo-ieee.org/
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295w,\n//images.ctfassets.net/fsmkvylf1g83/22nOwG6czimYxK2sIIzn1N/c64d8069ce400e6312c76c86c8fbb4f4/sevilla.png?w=590&h=181&q=50&bg=rgb%3A000000 590w,\n//images.ctfassets.net/fsmkvylf1g83/22nOwG6czimYxK2sIIzn1N/c64d8069ce400e6312c76c86c8fbb4f4/sevilla.png?w=1081&h=332&q=50&bg=rgb%3A000000 1081w","sizes":"(max-width: 1180px) 100vw, 1180px"}},"description":{"id":"232f0f9e-d9c8-54d9-9888-e81cec07076f","childMarkdownRemark":{"id":"82fac352-da0e-5d8e-a3bd-52e55f501940","html":"Elaheh Mohebbi, Eleonora Pavoni, Luca Pierantoni, Davide Mencarelli, Pierluigi Stipa, Emiliano Laudadio. “The optical properties of VO2(B) nanostructure: a first-principle comparative study”. IEEE International Conference on Nanotechnology 2022 (NANO2022) July 04-08 Palma de Mallorca, Spain
"}},"body":{"id":"deeaf777-14ef-55e5-8657-0e89e1c2d9f6","childMarkdownRemark":{"id":"5c4e29a4-3a9e-5ee5-9d06-651b95a445e9","html":"Authors: Elaheh Mohebbi, Eleonora Pavoni, Luca Pierantoni, Davide Mencarelli, Pierluigi Stipa, Emiliano Laudadio, Ancona (Italy).
\nTitle: “The optical properties of VO2(B) nanostructure: a first-principle comparative study”.
\nConference information: NANO 2022 is the 16th conference in the series organised under the auspices of the International Committee on Nanostructured Materials (ICNM) every two years. It will also be a good opportunity for the nanocommunity to improve the development of the technologies related to nanostructured materials.
\nThe NANO 2022 congress will be a face-to-face congress, not a hybrid congress, so the virtual presence of attendees is not contemplated.
\nDate/Place: July 04-08 Palma de Mallorca, Spain
\nWebsite of the event: https://nano2022.org.es/
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IEEE International Conference on Nanotechnology 2022 (NANO2022) July 04-08 Palma de Mallorca, Spain
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\nTitle: “Exploring the effect of Yttrium as dopant agent in HfO2 polymorphs: a DFT based study”.
\nConference information: NANO 2022 is the 16th conference in the series organised under the auspices of the International Committee on Nanostructured Materials (ICNM) every two years. It will also be a good opportunity for the nanocommunity to improve the development of the technologies related to nanostructured materials.
\nThe NANO 2022 congress will be a face-to-face congress, not a hybrid congress, so the virtual presence of attendees is not contemplated.
\nDate/Place: July 04-08 Palma de Mallorca, Spain
\nWebsite of the event: https://nano2022.org.es/
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\nNonlinear circuit model of IDCs on ferroelectric nanomaterial for reconfigurable\napplications
\nAccepted Paper for the 52nd European Microwave Conference (EuMC)
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\nTitle: Nonlinear circuit model of IDCs on ferroelectric nanomaterial for reconfigurable applications
\nInformation: This paper has been accepted for the 52nd European Microwave Conference (EuMC), expect news in a few months!
\nPublished in: 52nd European Microwave Conference (EuMC)
\nDate of Conference: 25th to the 30th of September 2022
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\nFrom NANO to MACRO: How to translate NANO-technologies into MACRO-scale systems for microwave/millimetre-wave applications
\n18 May 2022 at the Department of Information Engineering, Università Politecnica delle Marche, Ancona, Italy
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\nTitle: From NANO to MACRO: How to translate NANO-technologies into MACRO-scale systems for microwave/millimetre-wave applications
\nAbstract: Nanotechnologies have been attracting a lot of attention in the very last years, thanks to their enormous potentialities in creating new paradigms for future electronics. Going hand in hand with materials science, the goal is to create macroscale devices and components for practical microwave and millimetre-wave applications. A multidisciplinary approach is mandatory in such cases, as well as a strong collaboration among scientists with different\nbackgrounds.
\nIn this seminar, some examples of two-dimensional (2D) and nanoscale ferroelectric\nmaterial-based nonlinear and linear systems will be presented, encompassing design, simulations, modelling, fabrication, and experimental characterization.
\nDate of Seminar: 21 of May 2022
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\nThe Role of Zr on Monoclinic and Orthorhombic HfxZryO2 Systems: A First-Principles Study
\nMaterials 2022, 15, 4175
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\nTitle: Nonlinear circuit model of IDCs on ferroelectric nanomaterial for reconfigurable applications
\nInformation: This paper has been accepted for the 52nd European Microwave Conference (EuMC), expect news in a few months!
\nPublished in: Materials 2022 Volume 15 Issue 12
\nDate of Publication: 13 June 2022
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\nReconfigurable radiofrequency circuits based on ferroelectric materials
\n25-30 September, 2022 / Milano-Italy
\n"}},"body":{"id":"e82d01d8-563d-5d6d-9a08-9a699b549419","childMarkdownRemark":{"id":"9d0ce677-2d72-5a46-a601-ee8eaa4b64ee","html":"Authors: S. Trovarello (UniBO), D. Masotti (UniBO), M. Aldrigo (Nat. Inst. for R&D in Microtechnologies, Romania)
\nTitle: Design of a 24-GHz dual-polarized rectenna integrated on silicon
\nAbstract: This paper presents the design of an integrated and differential rectenna on silicon, operating at 24 GHz. The antenna is dual-polarized and composed by four patches on a synthetized low effective permittivity dielectric. The substrate is a structure composed of three layers of high-resistivity silicon (εr=11.9) where the central layer has an air cavity equal to the dimensions of the antennas. The feeding solution is performed by planar microstrip lines with inset feeds. A shunt configuration was chosen for the rectifiers with GaAs diodes. The silicon substrate assures the complete integration for on-chip systems and despite the lossy material chosen as substrate, each patch antenna presents 83% of radiation efficiency with a maximum gain of 4.82 dBi. The overall efficiency of the rectenna is 43% at a received power level of 14 dBm.
\nDate of Conference: 4th to the 6th of April 2022
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"}},"email":null,"phone":null,"facebook":null,"twitter":null,"github":null,"image":null},"publishDate":"June 2nd, 2022","tags":["publication"]},{"node_locale":"en-US","title":"Design of DRAs for all-Silicon efficient millimeter-wave energy harvesters","shortName":"Design of DRAs for all-Silicon efficient millimeter-wave energy harvesters","slug":"design-of-dras-for-all-silicon-efficient-millimeter-wave-energy-harvesters","heroImage":{"fluid":{"base64":"data:image/jpeg;base64,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","aspectRatio":1.4424778761061947,"src":"//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=1180&q=50&bg=rgb%3A000000","srcSet":"//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=295&h=205&q=50&bg=rgb%3A000000 295w,\n//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=326&h=226&q=50&bg=rgb%3A000000 326w","sizes":"(max-width: 1180px) 100vw, 1180px"}},"description":{"id":"6e79321c-9ed1-5e48-a382-d911aa1cdd18","childMarkdownRemark":{"id":"42a1ec9b-59ad-5c4e-b568-5f6dd6ab4f9e","html":"S. Trovarello (UniBO), D. Masotti (UniBO), A. Costanzo (UniBO)
\nDesign of DRAs for all-Silicon efficient millimeter-wave energy harvesters
\n18 November 2021
\n"}},"body":{"id":"c79997e1-a6d8-5973-a7f9-ff3721b2b303","childMarkdownRemark":{"id":"9768488e-e6e6-5dd0-9435-5821f88e8757","html":"Authors: S. Trovarello (UniBO), D. Masotti (UniBO), A. Costanzo (UniBO)
\nTitle: Design of a 24-GHz dual-polarized rectenna integrated on silicon
\nAbstract: This paper presents the analysis and design of on-Silicon dielectric resonator antennas (DRAs) for energy harvesting applications. The proposed antennas, operating at 24 GHz and excited through a simple microstrip line, are built on a high-resistivity silicon substrate 0.525 mm-thick. The design of cylindrical and rectangular resonators using sapphire as dielectric material is first described, leading to 80% of maximum radiation efficiency and gain equal to 5.15 dBi. Given the increasing attention to system-on-a-chip (SoC) circuits, the second study proposed in this paper aims to a complete integrated solution, describing all-Silicon DRAs, both in cylindrical and rectangular shapes. Very promising performances are obtained in this case, too, from the twofold point of view of compactness and efficiency (75% radiation efficiency and gain equal to 4.72 dBi), if compared to standard solutions on Silicon. As a last step of the proposed study, an investigation on the miniaturization of DRAs operating at millimeter waves is described, exploiting high permittivity materials. In particular, a resonator with dielectric permittivity of 50, is analyzed.
\nPublished in: 2021 International Semiconductor Conference (CAS)
\nDate of Conference: 6th to the 8th of October 2021
\n"}},"author":{"name":"Admin","title":"Admin","company":"Nano-EH","shortBio":{"id":"f54a09fc-3ed1-5644-adea-83b5fe2c8f8a","childMarkdownRemark":{"id":"83f8d273-3b5d-54bc-b2d5-4d3d91953f6b","html":"Admin
"}},"email":null,"phone":null,"facebook":null,"twitter":null,"github":null,"image":null},"publishDate":"November 18th, 2021","tags":["publication"]},{"node_locale":"en-US","title":"On-Silicon efficient integrated DRAs for millimeter-wave energy harvesting solutions","shortName":"Design of a 24-GHz dual-polarized rectenna integrated on silicon","slug":"on-silicon-efficient-integrated-dras-for-millimeter-wave-energy-harvesting","heroImage":{"fluid":{"base64":"data:image/jpeg;base64,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","aspectRatio":1.4424778761061947,"src":"//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=1180&q=50&bg=rgb%3A000000","srcSet":"//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=295&h=205&q=50&bg=rgb%3A000000 295w,\n//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=326&h=226&q=50&bg=rgb%3A000000 326w","sizes":"(max-width: 1180px) 100vw, 1180px"}},"description":{"id":"e3e3774b-d5a1-5192-9a66-52771010cecc","childMarkdownRemark":{"id":"2fbf0d31-30bb-51c2-9b2a-0a794117eeda","html":"S. Trovarello (UniBO), D. Masotti (UniBO), A. Costanzo (UniBO)
\nOn-Silicon efficient integrated DRAs for millimeter-wave energy harvesting solutions
\n20 December 2021
\n"}},"body":{"id":"3f7d1ac3-5170-50ff-8913-4136e457a41b","childMarkdownRemark":{"id":"dd129950-38a8-506c-a29c-69ed8d7a4184","html":"Authors: S. Trovarello (UniBO), D. Masotti (UniBO), A. Costanzo (UniBO)
\nTitle: On-Silicon efficient integrated DRAs for millimeter-wave energy harvesting solutions
\nAbstract: This paper presents preliminary results of dielectric resonator antennas (DRAs), exploiting silicon, as possible candidates for compact energy harvesting system fully integrated on silicon. The antennas are designed to operate at 24 GHz using a 0.525-mm thick high resistivity silicon substrate. Different shapes and solutions are considered: first cylindrical and cuboid elements are characterized under the HEM 11δ hybrid mode excitation and promising performance are demonstrated with a very good compromise between compactness and radiation performance: for a DRA with a volume as low as 7 mm 3 , a radiation efficiency of 75% and a maximum gain of 4.72 dBi have been obtained. Subsequently, a millimeter-wave rectenna, based on the proposed DRA, is designed, providing an RF-to-dc conversion efficiency of 33% for a received power of 8 dBm, with a maximum output dc voltage of about 3V. Based on these designs a fully integrated 2 x 2 silicon array is realized, for enhancing the energy harvesting capabilities in the mmWave range, while preserving the compactness of the entire system. In this case, the maximum gain of the antenna is equal to 7.3 dBi with a radiation efficiency equal to 60%.
\nPublished in: 2021 IEEE MTT-S International Microwave Filter Workshop (IMFW)
\nDate of Conference: 17th to the 19th of November 2021
\n"}},"author":{"name":"Admin","title":"Admin","company":"Nano-EH","shortBio":{"id":"f54a09fc-3ed1-5644-adea-83b5fe2c8f8a","childMarkdownRemark":{"id":"83f8d273-3b5d-54bc-b2d5-4d3d91953f6b","html":"Admin
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"}},"body":{"id":"d740898b-c7b6-502b-8730-4ee5c019446b","childMarkdownRemark":{"id":"7d620280-816e-56f1-a85e-2ef8f82f51a8","html":"Speaker: Dr. Martino Aldrigo, National Institute for Research and Development in Microtechnologies, IMT.
\nTitle: “Enabling 2D materials into microwaves: new perspectives to merge quantum world and traditional circuit techniques”.
\nDate/Place: 04-08 July, 2022 /Bucharest-Rumania
\nWebsite of the event: https://2022.ieeenano.org/
"}},"author":null,"publishDate":"May 10th, 2022","tags":null},{"node_locale":"en-US","title":"Special Session proposal at IEEE NANO 2022","shortName":"Special Session","slug":"special-session-proposal-at-ieee-nano-2022","heroImage":{"fluid":{"base64":"data:image/jpeg;base64,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","aspectRatio":1.7777777777777777,"src":"//images.ctfassets.net/fsmkvylf1g83/5ZOdOxoAMt3RsshsxN2ps5/37c7e2f81abaa0f03f21a0273ffbe4fe/Palma-de-Mallorca-2.png?w=1180&q=50&bg=rgb%3A000000","srcSet":"//images.ctfassets.net/fsmkvylf1g83/5ZOdOxoAMt3RsshsxN2ps5/37c7e2f81abaa0f03f21a0273ffbe4fe/Palma-de-Mallorca-2.png?w=295&h=166&q=50&bg=rgb%3A000000 295w,\n//images.ctfassets.net/fsmkvylf1g83/5ZOdOxoAMt3RsshsxN2ps5/37c7e2f81abaa0f03f21a0273ffbe4fe/Palma-de-Mallorca-2.png?w=590&h=332&q=50&bg=rgb%3A000000 590w,\n//images.ctfassets.net/fsmkvylf1g83/5ZOdOxoAMt3RsshsxN2ps5/37c7e2f81abaa0f03f21a0273ffbe4fe/Palma-de-Mallorca-2.png?w=1180&h=664&q=50&bg=rgb%3A000000 1180w,\n//images.ctfassets.net/fsmkvylf1g83/5ZOdOxoAMt3RsshsxN2ps5/37c7e2f81abaa0f03f21a0273ffbe4fe/Palma-de-Mallorca-2.png?w=1770&h=996&q=50&bg=rgb%3A000000 1770w,\n//images.ctfassets.net/fsmkvylf1g83/5ZOdOxoAMt3RsshsxN2ps5/37c7e2f81abaa0f03f21a0273ffbe4fe/Palma-de-Mallorca-2.png?w=1920&h=1080&q=50&bg=rgb%3A000000 1920w","sizes":"(max-width: 1180px) 100vw, 1180px"}},"description":{"id":"46b0ad03-d7e5-5e14-a1c6-8cd344a153e5","childMarkdownRemark":{"id":"4b674c17-6037-5214-883f-6900fa13ee88","html":"D. Mencarelli, L. Pierantoni, Università Politecnica delle Marche, (UnivPM), Ancona (Italy). “Opening the pathway towards High-Frequency Green Technologies through emerging 2D and nanoscale materials”. 04-08 July, 2022 / Palma de Mallorca, Spain
"}},"body":{"id":"0c17771d-9552-5fb9-9025-62a1e182a168","childMarkdownRemark":{"id":"d5997a20-892d-5b45-b821-312825298ac9","html":"Organizers: D. Mencarelli, L. Pierantoni, Università Politecnica delle Marche, (UnivPM), Ancona (Italy).
\nTitle: “Opening the pathway towards High-Frequency Green Technologies through emerging 2D and nanoscale materials”.
\nAbstract: The need to exploit new materials stands alongside with the ever increasing need to have a new concept of devices, being ultra-low voltage, exhibiting low power consumption, ecologically sustainable, and able to realize novel green and reconfigurable on-chip systems. In this framework a novel strategy has been standing out during the last years based on atomically thin 2D materials and few-layer materials, such as, for instance, ferro-electrics. This different concept has been mainly pushed by the need to realize increasingly efficient devices in terms of scalability and on-chip integrability, able to include key functions like harvesting and storage of energy from the environment.
\nDate/Place: 04-08 July, 2022 / Palma de Mallorca, Spain
\nWebsite of the event: https://2022.ieeenano.org/
"}},"author":{"name":"Admin","title":"Admin","company":"Nano-EH","shortBio":{"id":"f54a09fc-3ed1-5644-adea-83b5fe2c8f8a","childMarkdownRemark":{"id":"83f8d273-3b5d-54bc-b2d5-4d3d91953f6b","html":"Admin
"}},"email":null,"phone":null,"facebook":null,"twitter":null,"github":null,"image":null},"publishDate":"May 10th, 2022","tags":null},{"node_locale":"en-US","title":"Workshop proposal at the European Microwave Week (EuMW 2022) – Milano (Italy)","shortName":"Workshop proposal at the European Microwave Week (EuMW 2022) – Milano (Italy)","slug":"workshop-proposal-at-the-european-microwave-week-eumw-2022-milano-italy","heroImage":{"fluid":{"base64":"data:image/jpeg;base64,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","aspectRatio":1.4424778761061947,"src":"//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=1180&q=50&bg=rgb%3A000000","srcSet":"//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=295&h=205&q=50&bg=rgb%3A000000 295w,\n//images.ctfassets.net/fsmkvylf1g83/5OVTfjhdQCocNetc2m18yL/b11ce5737d9368b5c601df80ff7dabfe/eumw2022.png?w=326&h=226&q=50&bg=rgb%3A000000 326w","sizes":"(max-width: 1180px) 100vw, 1180px"}},"description":{"id":"613d3285-9ead-5035-bd73-279c103b506b","childMarkdownRemark":{"id":"8e6019eb-4bf7-5a65-b30f-9effc9cb8a59","html":"S. Trovarello (UniBO), M. Dragoman (IMT), L. Pierantoni (UnivPM). Reconfigurable radiofrequency circuits based on ferroelectric materials. 25-30 September, 2022 / Milano-Italy
"}},"body":{"id":"130c3afa-2853-58a7-a8ed-cfcdd454c37e","childMarkdownRemark":{"id":"83cb0b14-8059-5496-9ab2-94e82d696222","html":"Organizers: S. Trovarello (UniBO), M. Dragoman (IMT), L. Pierantoni (UnivPM)
\nTitle: Reconfigurable radiofrequency circuits based on ferroelectric materials
\nAbstract: We will present the main state-of-the-art solutions based on ferroelectric materials, which include devices such as energy harvesters, low-power detectors, radiofrequency (RF) filters, antenna arrays and so on. The use of devices made using ferroelectric materials have significant advantages over traditional tunable devices based on semiconductors. Ferroelectric devices have considerably superior tuning capability to semiconductor-based competitors, moreover ferroelectric devices do not present forward bias conduction, a problem that becomes very present in semiconductor solutions when the input signal has high power.\nOne of the main goals of the workshop will also be to provide a detailed analysis on the properties, design rules, electromagnetic simulations of ferroelectric materials and non-linear modelling procedures, with particular attention to nanoscale solutions also compatible with modern CMOS technologies.
\nDate/Place: 25-30 September, 2022 / Milano-Italy
\nWebsite of the event: https://www.eumweek.com/
"}},"author":{"name":"Admin","title":"Admin","company":"Nano-EH","shortBio":{"id":"f54a09fc-3ed1-5644-adea-83b5fe2c8f8a","childMarkdownRemark":{"id":"83f8d273-3b5d-54bc-b2d5-4d3d91953f6b","html":"Admin
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