Al tempo di Guglielmo Marconi, si pensava che la comunicazione fra un sistema di trasmissione ed uno di ricezione, fosse dovuta esclusivamente ad un flusso di onde elettromagnetiche nello spazio e nel tempo, soggette a dei disturbi su un canale di trasmissione. E’ più facile pensare ad un segnale trasmesso…
Sure, you could just argue with them. But if you have to work together, here are more productive ways for everyone to win.
Of all the bad bosses out there, one of the most common–and most painful to work for–is the one who’s plagued by doubt. Here’s how to deal with them.
They’re not being a jerk on purpose, and if you can understand what motivates them you’ll find a better way to co-exist, and maybe even thrive.
Should you always be looking for another job, never make a lateral move, or be sure to stay at a job for two years? There's a lot of conflicting advice out there. HBR's Amy Gallo helps you sort the myths from the facts.
Accenture CEO Julie Sweet on the Most Important Skill Job Seekers Need Today
A look at some of the stories we couldn’t cover this week but piqued our interest.
The post From the Editor’s Desk: SiC AR Glasses to Fast AI Training appeared first on EE Times.
The supply chain and cost of quartz will be impacted by the shortfall in production from Spruce Pine.
The post Top Quartz Supplier to Chipmakers Likely to Recover in 3 Months appeared first on EE Times.
Scientists at Sandia National Laboratories demonstrated the use of X-rays to change a target’s direction of motion.
The post Asteroid Threats: Altering Trajectories with Nuclear X-Rays appeared first on EE Times.
Machine learning is a proactive methodology to identify and eliminate silent data errors.
The post Uncovering Silent Data Errors with AI appeared first on EE Times.
Regions with growing semiconductor companies often lack adequate childcare options.
The post CHIPS Act Spurs Childcare Collaboration appeared first on EE Times.
Designing a Class E RF amplifier? Learn how to choose the correct level of damping and calculate the optimum component values for your circuit.
After 5 fast-paced days, we wrap up our fifth-annual Industry Tech Days virtual trade show and conference with a few words of thanks.
The fifth and final day of ITD 2023 begins with a lively keynote discussion with Zapata AI. If you think LLMs are exciting, wait until you hear Christophe Savoie talk about generative AI for industrial applications!
The new V4M and V4H automotive computing SoCs target ADAS L2, L2+, and L3 while maintaining software compatibility with existing chips in the R-Car line.
Welcome to Day 4 of our weeklong virtual conference. We kick things off today with a keynote from Microchip discussing development tools technology and education. Join us all day for amazing free live sessions and Q&A sessions with industry experts.
Join the change makers who are shaping the future of tomorrow’s tech pros. Discover how the CompTIA Authorized Partner Program is helping organizations position themselves for success.
Unlock the full potential of cloud technology with these best practices for MSPs.
Learn how to create relevant and impactful tabletop exercises for your clients.
Get the most out of cybersecurity awareness month with these resources from the CompTIA Community.
You can land a six-figure job without a degree. Plan your path in tech with specialized certifications that can help you get ahead.
Three members of APL’s Space Exploration Sector have been named 2025 associate fellows by the American Institute of Aeronautics and Astronautics (AIAA).
The APL Women in Technology (AWiT) affinity group has earned the Gold Mission Recognition Award from the Society of Women Engineers (SWE), marking the group’s fourth Gold honor and fifth consecutive Mission Award.
Sylvie DeLaHunt, an aerospace engineer and assistant supervisor of APL’s Discovery Program, has been named the recipient of two prestigious awards — the Society of Women Engineers Emerging Advocate Award and the Women in Aerospace Initiative, Inspiration, Impact Award.
APL engineer Marissa Galfond has been honored with the Women in Aerospace 2024 Outstanding Achievement Award for her technical contributions and leadership in the development of a revolutionary weapon-survivability modeling and simulation software application.
As the Navy continues to develop and deploy autonomous systems at sea, Johns Hopkins APL researchers are lending their expertise and insights to rapidly integrate, test and assess low-cost uncrewed maritime systems.
The U.S. Food and Drug Administration is providing an at-a-glance summary of news from around the agency.
The U.S. Food and Drug Administration is providing an at-a-glance summary of news from around the agency.
The FDA is announcing that today, the unified HFP, a new model for field operations and other modernization efforts is now in effect. This is the single largest reorganization in the agency’s modern history
The U.S. Food and Drug Administration is providing an at-a-glance summary of news from around the agency.
FDA approved Cobenfy (xanomeline and trospium chloride) capsules for oral use for the treatment of schizophrenia in adults. It is the first antipsychotic drug approved to treat schizophrenia that targets cholinergic receptors as opposed to dopamine receptors.
The 68th IAEA General Conference photo highlights are now available.
A team of scientists from the International Atomic Energy Agency (IAEA) will return to Japan next week to conduct marine sampling near the Fukushima Daiichi Nuclear Power Station (FDNPS).
Ukraine’s Zaporizhzhya Nuclear Power Plant (ZNPP) lost the connection to its only remaining back-up power line for 36 hours this week, underlining the fragility of the electricity supplies it needs to cool its six reactors and for other essential nuclear safety and security functions, Director General Rafael Mariano Grossi of the International Atomic Energy Agency (IAEA) said today.
By introducing superior breeds of livestock and harnessing cutting-edge techniques to tackle animal diseases, the IAEA is helping Burundi to ensure food security.
This October, the Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture is celebrating a remarkable milestone — its 60th anniversary.
Current global investment not only suffers from significant disparities between advanced economies and emerging markets and developing economies but also with group of EMDEs, new IRENA reports commissioned by Brazil’s G20 presidency find.
2023 saw the highest ever increase in renewable energy jobs, from 13.7 million in 2022 to 16.2 million, according to the newly released Renewable Energy and Jobs – Annual Review 2024 by the International Renewable Energy Agency (IRENA) and the International Labour Organization (ILO).
A new report by the International Renewable Energy Agency (IRENA), “Critical Materials: Batteries for Electric Vehicles”, reveals that the growing demand for electric vehicle (EV) battery materials required by 2030 can be met by expanding sustainable supply chains and scaling-up the development and adoption of innovative technologies.
The first-ever Global Renewables Summit, hosted by the Global Renewables Alliance and Bloomberg Philanthropies in partnership with global energy leaders including IRENA, focused on delivering the commitment to triple global renewable energy capacity by 2030.
Renewables remain competitive despite fossil fuel prices returning closer to historical cost levels, concludes Renewable Power Generation Costs in 2023, released by the International Renewable Energy Agency (IRENA) at the Global Renewables Summit during the UN General Assembly in New York today.
Growing transport volumes have been driving Europe’s road transport emissions up in the past two decades. A European Environment Agency (EEA) analysis, published today, shows how total greenhouse gas emissions from both passenger cars and heavy goods vehicles have increased in Europe, despite better engine efficiency and use of biofuels.
Breaches of EU air quality limits for nitrogen dioxide across Europe were predominantly due to road traffic, while domestic heating lay behind the majority of exceedances for particulate matter, according to a European Environment Agency (EEA) assessment on air quality plans published today.
Textile consumption in Europe has on average the fourth highest impacts on the environment and climate, following consumption of food, housing and mobility. Ahead of the expected European Union (EU) strategy for sustainable and circular textiles, the European Environment Agency (EEA) published today two briefings that look at measures to reduce those impacts, including on resource use, greenhouse gas emissions and microplastic pollution.
The European Green Deal acknowledges the crucial role of taxation in Europe’s sustainability transition. A new European Environment Agency (EEA) briefing, published today, shows that revenues from environmental taxes can support transition investments but future revenue streams from these taxes will erode as European Union (EU) environmental and climate policy objectives are achieved. The relative share of environmental taxes to total tax revenues has also declined in the past two decades.
Extreme weather events like storms, heatwaves and flooding accounted for economic losses of around half a trillion euros over the past 40 years and led to between 85 000 and 145 000 human fatalities across Europe. Less than one-third of these losses were insured, according to a European Environment Agency (EEA) analysis of economic losses and fatalities from weather and climate-related events, published today.
More than 30 private fusion companies from around the world attended ITER's inaugural Private Sector Fusion Workshop in May 2024. Four of them participated in a panel discussion on innovative fusion approaches, offering a sampling of the alternative solutions to magnetic and inertial confinement fusion that are being trialled today. Each one cited specific areas where ITER experience could help. As representatives of fusion startups and industry gathered together with ITER staff members for the first day of the Private Sector Fusion Workshop in May, ITER Director-General Pietro Barabaschi declared that ITER was embarking on an ambitious initiative to accelerate the global fusion industry by sharing knowledge. 'ITER has largely completed the monumental task of designing and manufacturing the most powerful fusion device ever conceived and is presently in the process of assembling it. During this decades-long process, a formidable mass of experience has been accumulated, which ITER is eager to share in order to accelerate global progress,' stated a follow-up report to the event. Over two days, in panel after panel, startups took to the stage to describe their work and to articulate an answer to 'How can ITER help?' TAE Technologies, a startup from California, was the first to present itself as part of the panel on innovative fusion approaches. Founded in 1998, TAE describes its technology as 'advanced accelerator beam-driven field-reversed configuration' (learn more about it here). "We have demonstrated steady state, stable operation with beta equal to 1, driven by continuous neutral beam injection," said Sergei Putvinski, senior vice president. "We also developed scenarios to start the plasma, fuel it, and control it—and we tested the diagnostic equipment that measures the main plasma parameters. The plasma lasts as long as the neutral beam is running." The company is designing its sixth-generation machine now and says it could benefit from ITER's experience in the design of plasma-facing components, remote handling for component maintenance, and superconducting coils. 'And we definitely need an exchange of data—for example, databases on material properties,' said Putvinski. Michel Laberge of the Canadian firm General Fusion, agreed that the sharing of ITER-specific knowledge would be valuable to his firm. His company's innovative approach is magnetized target fusion—a technique that compresses a magnetically confined plasma using pneumatic pistons, collapsing a cavity formed in liquid metal that contains a magnetized plasma target (learn more about it here). 'Our design has several advantages. First, our liquid metal wall solves the first-wall problem, eliminating the need for a complex blanket system to project the vessel. Additionally, tritium breeding and power extraction are simplified by the pure liquid lithium wall—for example, the lithium can be routed directly into a steam exchanger to produce the steam that will drive the turbines.' Laberge, who had travelled to ITER once before, is interested in ITER's diagnostic development. "Anybody that does this fusion business knows that diagnostic systems are quite difficult. You spend probably 30% of your resources developing them; for example, we built our own Thomson scattering device and our own interferometer. ITER has been working with diagnostics for a long time and we could benefit from its experience, in particular with neutron time-of-flight spectrometry." Access to modelling and simulation codes, help validating models, and access to ITER knowledge sharing in the areas of material science, heating technologies, waste handling and magnets were cited by the Swedish company Novatron Fusion as prime examples of areas where ITER's decades of experience could facilitate its research and development. The company is currently building an open-field line confinement device with an innovative shape designed for stability (read more here). "We have a very simple solution with clear advantages," says co-founder and chairman Erik Oden. "It's low-cost with easy fuelling and no need for a divertor to get rid of excess heat caused by neutron flux. It offers continuous steady state operation and a very high beta. All the magnets are circular, so it's easy to produce, and it's easy to mechanically stabilize." In addition to ITER's experience in fusion technology, the company says it could benefit from access to the supply chain the project has developed, and to its experience with regulatory compliance and environment/health/safety issues. The final participant in the innovative fusion approaches panel was LPP Fusion, which has been developing a dense plasma focus device in New Jersey (USA) since 2008. According to Eric Lerner, the company's president and chief scientist, dense plasma focus devices are very compact and inexpensive, and have the advantage of using aneutronic proton-boron (p-B11) fuel. 'Moreover, because the energy comes out in the form of moving electrically charged particles, there is no need for expensive equipment to convert heat to electricity.' (Read more about LPP's technology here). Lerner would like to learn more about ITER's liquid helium cooling systems, as compressed helium could be the solution for cooling the anode at the centre of the focus fusion generator. Just like the tokamak and inertial confinement panel participants before them, the panelists on innovative fusion approaches agreed that, fundamentally, the time is right for ITER's knowledge-sharing initiative. Following the workshop, ITER conducted a two-part follow-up survey with all participants to ask for recommendations on the channels and platforms that private fusion initiatives would find most useful for engaging with ITER, as well as the prioritized list of topics that would be of most interest. This feedback, together with inputs from the Fusion Industry Association and other groups, is being incorporated into a coherent program. Considerable attention has been focused on developing efficient processes, making the best use of limited resources, and appropriate measures for protecting intellectual property. The ITER Private Sector Fusion Engagement project will launch soon.
Robert Aymar, who played a key role in the development of fusion research in France and worldwide, and who headed the ITER project for 10 years (1993-2003) before serving as CERN Director General from 2004 to 2008, passed away last week at age 88. For all those who knew him, Aymar was an inspiring figure. 'He was the most consequential leader that the ITER project ever had,' wrote ITER Director-General Pietro Barabaschi in an email to ITER staff. 'He was a man who combined technical knowledge, sense of duty, humanity, and political skills.' The two men had worked closely together in the early 2000s. A graduate of the elite École Polytechnique, Robert Aymar joined the French Commissariat à l'énergie atomique (CEA) in 1959 at age 23. Fusion research was in its infancy, but the young physicist believed in its formidable potential and devoted the whole of his professional life to achieving it. He initiated the Tore Supra (now WEST) project in 1977 and headed it through construction and early operation (1988) before being appointed director of the Sciences of Matter Department at CEA. Until then, French fusion research had been scattered over several sites in the Paris region, Grenoble and Cadarache. Pursuing a mighty vision, Aymar decided to bring it all to Cadarache and to gather it around Tore Supra—at the time one of the largest tokamaks in the world. The vision was ITER, then a frail 'paper project' initiated in 1985 by the Soviet Union and the United States and backed by Europe and Japan. Aymar believed in this unique international collaboration 'for the benefit of all mankind' and knew, as he explained later during a visit to the ITER site in 2011, that 'one day' ITER would need a home and that Cadarache had what it took to provide it. In the mid-1990s, when the 'paper project' was moving from conceptual to engineering design, Robert Aymar was appointed to lead the teams that operated from Naka (Japan), San Diego (USA) and Munich-Garching (Germany). It is under his stewardship that a first final design was completed—a design that ended up being considered too ambitious and that was eventually resized to the ITER as we know it. Aymar headed ITER for 10 years, from 1993 to 2003, and remained close to the project throughout the rest of his career as CERN Director General and later as the 'grandfather' of the French fusion community and extended ITER family. In one of his last visits to Cadarache to celebrate WEST's first plasma, in May 2017, he played the part well, telling the 'story of our family,' praising the "vision turned into reality" and celebrating the "building of human capital" that would one day take fusion into the industrial age. For all those who knew him, Robert Aymar will remain a larger-than-life figure with, in the words of Director-General Barabaschi, a 'broad knowledge of engineering, technology, and physics, as well as a strong intellect.' And a strong sense of humour. He will be remembered with respect and affection.
Gathered on the ITER platform for a group photo (the first one since 2019, in pre-Covid times) the crowd looks impressive. Although several hundred strong, it represents only a portion of all the men and women involved in the daily progress of the ITER project. ITER Organization directly employed staff numbered 1,102 at the end of 2023. The community at work on the ITER site in Saint-Paul-lez-Durance, France, greatly exceeds this figure. ITER Project Associates, interim personnel, contractors, and staff from Fusion for Energy and the other Members' Domestic Agencies detached to the ITER site add many more to the total, many of whom were present for this photo opportunity. All in all, 6,500 people—a unique cosmopolitan community—united in the common goal of building the scientific installation that will demonstrate the feasibility of fusion energy. (Photo Gérard Lesenechal) Click here to download a full-resolution version of the ITER staff photo (Password: Staff_Photo)
The ITER assembly teams are gearing up to receive a 440-tonne machine component shipped from Italy—sector #5, the first of five vacuum vessel sectors expected from the European Domestic Agency over the next two years. In a ceremony held on 24 September in Westinghouse's Monfalcone facility, the European Domestic Agency and its industrial partners celebrated ten years of collaboration on a critical component—the plasma chamber that houses the fusion reactions and acts as a first safety containment barrier. Europe is responsible for delivering five of the ITER vacuum vessel's nine sectors, while Korea has delivered four (the last Korean sector is travelling now to ITER). In Europe, the complex series of industrial steps required to manufacture the sectors has involved 150 people in Italy and at least 15 companies and their teams across Europe. A vacuum vessel sector is built from four sub-segments; for sector #5, two of the four segments were manufactured by Westinghouse, while the other two were produced by Walter Tosto. From initial cutting activities to the final product, manufacturing required at least 20,000 hours of machining and 100,000 hours of welding (to complete 150 km of welds). "Our commitment to deliver, the teamwork, and innovative thinking have been the driving forces of this impressive achievement," said Marc Lachaise, director of Fusion for Energy. "It is a testament to European knowhow in engineering that we can be proud of and proof of our determination to harness the potential of fusion energy. ITER has also been instrumental in boosting Europe's competitiveness and raising the benchmark in manufacturing.' Sector #5 was loaded on a trailer on Saturday 28 September at Monfalcone; today, it will transfer to a ship for a short five-day voyage to the French port of Fos-sur-Mer. The sector is expected on site at ITER at the end of the month. Europe's four remaining sectors are in production and will be delivered to ITER over the next two years. See a related article on the Fusion for Energy website.
Nestled in the residential suburb of Glasnevin, Dublin City University is a fairly young academic institution. When it opened its doors in 1980 it had just 200 students; 44 years later it is the academic home of 19,000 students and features among the top 100 universities worldwide. Its event and conference centre—The Helix—was the venue of the 33rd Symposium of Fusion Technologies (SOFT 2024), hosted by the university's National Centre for Plasma Science & Technology. SOFT, the largest and most important fusion technology conference in Europe, brought together 1,000 scientists, researchers and engineers from all over the world for its thirty-fourth session from 22 to 27 September. The latest in fusion technology developments was presented in 98 talks and roughly 700 poster presentations. Naturally, ITER was one of the dominating themes of the conference. At the same time, post-ITER fusion projects were also represented—including DEMO (Europe's demonstration power plant), the fusion materials irradiation facility IFMIF-DONES, and the divertor tokamak test facility DTT. Beyond Europe, participants received updates on fusion programs in China, Japan, Korea and the United States. Private fusion initiatives were also featured at the conference including Gauss Fusion, which drew a crowd of more than 300 to its satellite event. Gianfranco Federici, from the European Consortium for the Development of Fusion Energy EUROfusion, presented the technological issues that still require solving before fusion can be harnessed as a practical energy source. ITER will contribute to addressing each of them, in an integrated manner, but further R&D is a prerequisite to delivering a credible design for a next-phase demonstration reactor. 'There are still important plasma physics and technology uncertainties that strongly impact the design [of a commercial fusion reactor],' he said, listing tritium breeding, power exhaust management, remote maintenance, neutron-hardened materials, and heat extraction and conversion as the most important outstanding technical challenges. He also emphasized the shortage of engineering skills in the fusion workforce—an issue that is repeated as a concern at all fusion energy conferences. 'Fusion engineering education needs to be strengthened,' he said as the concluding point of his contribution. 'We are at an exploratory time,' said Sehila Gonzalez of the Clean Air Task Force while speaking on the topic of regulating fusion energy devices. Future fusion power plants need to protect the safety of the workers, the public and the environment, but simply applying the regulatory framework of nuclear power plants would be disproportionate and would not address the specificities of fusion power plants, she said. After presenting some of the different approaches being followed around the world, Gonzalez called for an 'early international alignment or harmonization on fusion energy regulatory requirements' which would 'simplify and accelerate the export and international deployment of fusion energy.' The symposium also featured a strong industrial component, with many suppliers setting up stands in the halls of the conference venue to present their capabilities. Industry Day on Tuesday 24 September provided ITER's Head of Procurement Mack Stanley the opportunity to present upcoming business opportunities in the areas of engineering; machine assembly; controls and integrated commissioning; buildings and site management; and diagnostics. Stanley forecasted procurement at ITER in the value of EUR 700 million for 2024 and 2025 combined. A highlight at every SOFT conference is the announcement of the SOFT Innovation Prize winners. The prestigious prize, funded by the European Union's Euratom Research and Training Programme, is awarded for groundbreaking and innovative fusion research projects with market potential. The first prize went to Petra Jenus of Slovenia for the development of a tungsten carbide-reinforced material ideal for DEMO divertor applications. Alexander Feichtmayer of Germany won the second prize for a novel facility enabling real-time testing of fusion materials under simulated reactor conditions. The third prize went to Stephane Gazzotti of France for creating a ventilated immersive suit with extended reality technology for use in nuclear simulations. In his opening talk, ITER Director-General Pietro Barabaschi had invited conference participants to visit ITER. None of them could have known at that point that they will have a good chance of seeing ITER with their own eyes at the 34th Symposium of Fusion Technology, which will be hosted in 2026 by the Institute for Magnetic Fusion Research (IRFM) in Aix-en-Provence, France—just 35 km south of the ITER site. A visit to the ITER worksite will definitely be a key part of the program.
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Il servizio sanitario è oggi chiamato a confrontarsi con sfide di sostenibilità sociale, influenzate da dinamiche demografiche. Con un aumento delle malattie croniche e dei costi sanitari, la soluzione risiede nella creazione di comunità di pratica interdisciplinari che favoriscono l'intelligenza collettiva e l'adozione di modelli innovativi. Fondamentale è la medicina di precisione, sostenuta da piattaforme digitali, per ottimizzare le risorse e migliorare l'efficacia delle cure. In vista del prossimo FORUM Sanità 2024, ne abbiamo parlato con Elita Schillaci, Professore di “Imprenditorialità” dell'Università degli Studi di Catania, ILHM – Innovation Leadership Health Management Advanced Centre
L'articolo La sfida della sostenibilità, come affrontarla nel mondo sanitario proviene da FPA.
Un evento dedicato all’innovazione delle amministrazioni del comparto della difesa militare e civile, della sicurezza, del soccorso pubblico e della legalità, al loro ammodernamento tecnologico e organizzativo e al ruolo che questo può giocare nello sviluppo del sistema-Paese. Il 19 novembre a Roma si terrà la prima edizione di FORUM PA Sicurezza: il programma sarà tutto orientato al confronto tra i diversi attori di questo complesso ecosistema e al confronto con le principali aziende ICT che con questi enti lavorano, per evidenziare quanto i nuovi paradigmi tecnologici siano fattori essenziali nella risposta a scenari di rischio sempre più complessi e interconnessi
L'articolo Verso un “ecosistema” integrato: il 19 novembre la prima edizione di FORUM PA Sicurezza proviene da FPA.
Produttività, discrezionalità, equità e territorializzazione sono quattro parole chiave che possono aiutarci a capire alcune delle problematiche che caratterizzano il dibattito sull’introduzione della IA nelle amministrazioni pubbliche. L’utilizzo di questo tipo di soluzioni tecnologiche richiede infatti un’attenta riflessione perché quello che è stato chiamato ‘governo algoritmico’ e anche ‘terza ondata della digital era governance’ realizzi le aspettative riposte in queste innovazioni tecnologiche
L'articolo IA e amministrazioni pubbliche: quattro parole-chiave per inquadrare il dibattito proviene da FPA.
Nasce il nuovo sito istituzionale dell’Istat che rilancia sull’informazione statistica di qualità, con notizie, servizi e ricerche aggiornate in tempo reale. Rilasciato in occasione della XV Conferenza Nazionale di Statistica, ha una navigazione più intuitiva e user friendly, permette di consultare dati, analisi e documenti certificati con la massima trasparenza. Cuore del sito istat.it l’ultima versione del motore di ricerca Elasticsearch, che fornisce all’utente non solo opportunità di effettuare ricerche libere, ma anche quelle guidate, evolute e semantiche. Esso si basa su una architettura open source che consente di gestire grandi quantità di dati, rendendo la ricerca veloce e scalabile, grazie a modelli AI e di machine learning. In una società contemporanea sempre più data driven, Istat si proietta verso il centenario dalla sua nascita nel 2026, accrescendo il proprio ruolo di produttore dell’informazione statistica ufficiale
L'articolo Ricerca semantica e IA, da oggi accedere a dati di qualità e certificati è più semplice: è nato il nuovo sito Istat.it proviene da FPA.
Dopo un rapido passaggio parlamentare, il decreto legislativo che recepisce la Direttiva NIS2 è ora pubblicato in Gazzetta Ufficiale, posizionando l’Italia tra i primi paesi ad adeguarsi alla Direttiva (UE) 2022/2555. Tra i temi principali, emerge la necessità di chiarire l'identificazione dei soggetti obbligati, secondo il rischio, con obbligo di registrazione sulla nuova piattaforma dell'ACN. Il decreto espande gli ambiti da 8 a 25 settori, con 10 altamente critici, e prevede una collaborazione tra Autorità per proteggere i dati personali
L'articolo Recepita la NIS2: facciamo chiarezza sui soggetti obbligati proviene da FPA.
ESPHome è un potente e versatile strumento che consente di configurare dispositivi per l'Internet of Things (IoT) basati su ESP8266 o ESP32 e perfettamente integrati con l'ambiente per la gestione domotica Home Assistant. ESPHome e Home Assistant sono un'accoppiata perfetta. La perfetta integrazione consente una facile configurazione e gestione dei dispositivi direttamente dall'interfaccia di Home Assistant. Questo approccio unificato semplifica la gestione complessiva della configurazione di una casa intelligente. In questo articolo, andiamo a descrivere ESPHome e come utilizzarlo per la configurazione di dispositivi IoT. Introduzione ESPHome è una piattaforma open source costruita sui microcontrollori ESP8266 ed ESP32 e fornisce un modo semplice ma potente per programmare e configurare i microcontrollori per varie applicazioni IoT. La piattaforma è specificamente progettata […]
E' online il nuovo numero della rivista di elettronica Firmware 2.0. All'interno del magazine potrete leggere articoli esclusivi sulle energie rinnovabili e le tecnologie associate, nonché progetti, tutorial a puntate, guide e approfondimenti sull'elettronica, le innovazioni, e gli ultimi trend del settore. Ecco alcuni contenuti da leggere in questo nuovo numero di Firmware 2.0: Tracciamento del punto di massima potenza per ottimizzare le celle solari, TSEM: un minuscolo caricabatterie ad energia solare, Corso di Elettronica per ragazzi - Puntata 21. EDITORIALE L'energia del futuro Cari lettori, giunti al numero 47 di Firmware 2.0, ci soffermiamo per un momento sul percorso intrapreso finora, un viaggio che ci ha condotto nei settori più avanzati dell'elettronica e dell'innovazione tecnologica. Sin dalla nascita di […]
Negli ultimi anni, l'industria dei semiconduttori è stata caratterizzata da un'espansione senza precedenti, spinta soprattutto dalla crescente domanda di dispositivi elettronici e dall'ascesa di tecnologie emergenti, come Intelligenza Artificiale (IA), Machine Learning e IoT. Nel dinamico mercato dei semiconduttori, due colossi globali, ovvero Taiwan Semiconductor Manufacturing Co. Ltd. (TSMC) e la sudcoreana Samsung Electronics, stanno valutando l'opportunità di costruire grandi fabbriche di microchip negli Emirati Arabi Uniti. Gli Emirati Arabi Uniti stanno cercando di consolidarsi come uno degli attori principali nell'industria dei semiconduttori, dell'Intelligenza Artificiale e, in generale, delle tecnologie emergenti. Come riferiscono alcuni recenti rapporti del quotidiano statunitense WSJ, i dirigenti di TSMC e Samsung hanno recentemente visitato gli Emirati Arabi Uniti per discutere la fattibilità di nuovi progetti […]
Negli ultimi anni, il controllo remoto è diventato una delle tecnologie più influenti e trasversali, abbracciando diversi settori come la domotica, l'automazione industriale, l'agricoltura di precisione e persino la sanità. La tecnologia del controllo remoto consente di monitorare e gestire dispositivi e sistemi a distanza, utilizzando reti di comunicazione e tecnologie avanzate, spesso in tempo reale. Al centro di questo progresso vi è l’impiego di sensori, dispositivi capaci di rilevare e convertire vari parametri fisici e ambientali in dati digitali, che possono in seguito essere analizzati, elaborati e usati per prendere decisioni in modo autonomo o semiautonomo. Il ruolo dei sensori nel controllo remoto: tecnologie per la domotica, l’automazione industriale e oltre I sensori rappresentano il punto centrale del controllo […]
Infineon Technologies, leader globale nel settore dei semiconduttori, nei sistemi di alimentazione e nell'IoT, ha sviluppato la prima tecnologia al mondo per wafer di nitruro di gallio (GaN) da 300 mm. Il nuovo wafer GaN da 300 mm rappresenta un punto di svolta per trasformare il mercato globale dei semiconduttori di potenza, e promette di modellare questo segmento di mercato in rapida crescita. Infineon è la prima azienda al mondo a padroneggiare questa innovativa tecnologia in un ambiente di produzione esistente e scalabile ad alto volume. GaN domina l'elettronica di potenza I semiconduttori di potenza sono essenziali per affrontare le sfide legate all'energia del nostro tempo e contribuire a plasmare la trasformazione digitale. Il nitruro di gallio (GaN) è un semiconduttore […]
Mandato all’Ad Labriola per avviare le interlocuzioni in via esclusiva e approfondire i profili economico-finanziari. Offerta vincolante entro il 30 novembre
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L'articolo Paybyrd e Mangopay: innovazione nei pagamenti multivaluta proviene da Pagamenti Digitali.
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Per la fornitura di una soluzione basata su cloud che permetterà ad Anadolubank di adeguarsi alla nuova normativa UE sui pagamenti istantanei
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La diffusione dell'AI ha accelerato vertiginosamente le iniziative innovative nel settore legale, scatenando una pioggia di investimenti e l'emersione di nuovi ruoli altamente ricercati nel mercato. Analizziamo quali sono le ultime tendenze e come prepararsi al meglio per intercettarle in tempo
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