#Francesco Carbone

[sh0w--t1m3]

Corrupting Faith info (I am losing braincells)

Cw! Suicide, overdose, and drug use

1994

On the night of December 1st, 1994, Enzo packed his bags and told Andrea he was leaving. This resulted in a horrible argument between the two. Andrea ended up throwing a broken bottle at Enzo, which is how he got the scar on his face.

Enzo then went to an ER and got his wound patched up. After that, he got on his train to move away to a different part of Italy that was further away from his family.

Andrea fell into a dark place and started using heavier drugs for the next few months.

The reason why Enzo left is because his parents were shitty people, and he didn't see a future for himself if he stayed with them. He wanted to but couldn't bring Andrea because he couldn't guarantee that he would have a safe place for Andrea, so he decided that Andrea would be better off with their parents till he worked out a better plan. He still had planned on coming back to get Andrea when he had a safe place for the both of them.

Andrea had met Davide Aiutante a few months after Enzo left. Davide helped Andrea out of his drug addiction, and the two only used lighter and less dangerous drugs with each other.

1995-1998

Enzo was able to get a job at Delle Stelle Cathedral with the help of his friend Alessandro. He had already attended a religious school back when he still had to live with his

1999

On December 1st at 6 am, Andrea received a call from Enzo. Enzo was trying to explain that he was almost financially stable enough to afford an apartment for Andrea. But Andrea was still absolutely livid that Enzo had left and refused his help. He hung up the phone before even letting Enzo fully explain.

After the phone call, Andrea relapsed and used Heroin later that night. Because he hadn't used it in years, he didn't know how low his tolerance now was, so he ended up using way too much. Andrea called Davide, and he immediately arrived at Andrea's place. Davide had immediately called 911, but they didn't make it in time. Andrea's last words were “Davide, what's happening?”

2000

Davide's dead body was found by his mother on January 30th at 5:08 pm.

2002

Enzo officially becomes a priest at Delle Stelle Cathedral. This is when the dreams about Morpheus started. he dreams were causing him to struggle to sleep.

2009

Enzo meets both Dalilah and Alesha, and the three become close friends. Enzo begins training the two and helping them learn. At this time, Enzo also becomes close friends with the bishop Vino. The bishop was training Enzo to follow in his footsteps.

2022

Enzo discovers Vino the bishop has also been having horrific nightmares about Morpheus.

Vino has a Psychotic episode where he shot his close friend Alesha then himself. Enzo tried to stop Vino, only to have to witness Vino kill himself.

Shortly after that, Enzo became the Bishop, and the nightmares with Morpheus only worsened.

[marcogiovenale]

26-27-28 settembre, roma: "piazza vittorio. in una qualunque parte del pianeta _ dialoghi"

a cura di Maria Teresa Carbone cliccare per ingrandire

[ceaselesssong]

Drew the one chip challenge.

Various reactions to the Spicy. Disgust, Rage, Fear, Misery. Spicy doesn't work on Rho, and Francesco- as he always says, does not eat carbon.

[martinwilliammichael]

The 20th-century miracles of Our Lady of Purification (II)

Caterina Bartolotta was born on October 21, 1963, in Settingiano, Calabria (Italy). She had been suffering for years from severe convulsions, which no treatment had succeeded in curing, when on August 2, 1973, as precisely announced by the Virgin Mary, she recovered in an incomprehensible way, even though all treatments had failed!

The following day, August 3, the Virgin appeared again and prophesied the death of Caterina's paternal grandfather, then aged ninety-one but in good health. The announced date of his death was the following day. The prophecy came true: Francesco Bartolotta gave up his soul to God on August 4, 1973.

At the same time, Caterina looked after her seven-month-old sister Anna Maria with remarkable devotion. The baby was suffering from an unknown pathology that was causing her great suffering. Caterina had the inexplicable intuition that her hip may be the cause of her little sister's misery. After examining her, Dr. Carnovale from Catanzaro hospital drew up a formal report stating that Anna Maria was indeed suffering from a “congenital dislocation of the hip”! What's more, during the apparition of February 2, 1974, Our Lady of the Purification completely and definitively cured the child. Professor Carbone, who had the latest X-rays in front of him, explained: “She no longer needs the hip retractor, she just needs to walk.”

On Friday, November 8, 1974, something exceptional happened: Caterina saw Jesus and Mary, then received the stigmata of the Passion, becoming one of the youngest stigmatized people in history (she was eleven years old). Jesus told her that from then on she would experience his passion "every day of her life".

In subsequent years, the wounds appeared at fixed times in the Christian calendar: during Lent and especially during Holy Week. Figurative stigmata also appeared on Caterina's skin: religious symbols and objects such as hearts, crosses and monstrances, together with perfectly legible phrases, usually prayers, in Italian, Latin and Greek. While this type of stigmatization is certainly surprising, it in no way contradicts the history of mysticism. A host of witnesses have seen her epidermal wounds.

Caterina grew normally in wisdom and fulfilled her daily duties. Her psychological and moral development was normal, and she was happily married. Today she is the mother of four children, all happy and perfectly adapted to Italian society. She founded a prayer group that has grown steadily. Its members meditate on biblical texts and messages from the apparitions; they pray for the world and the Church, for families, sinners and the deceased. Caterina's mission, as Jesus showed her, is to give love to all, in the image of Christ in the Gospel.

Patrick Sbalchiero

www.1000raisonsdecroire.com

Hail, Mary, full of grace, the Lord is with you; blessed are you among women, and blessed is the fruit of your womb, Jesus. Holy Mary, Mother of God, pray for us sinners now and at the hour of our death. Amen.

[marcmarcmomarc]

Never forget that this is the complete list of playable characters:

Lightning McQueen (a racer; Mater’s best friend; probably not great with tech)

Tow Mater (someone who takes spy work as seriously as the professionals)

Finn McMissile (a professional spy)

Holley Shiftwell (a professional spy)

Francesco Bernoulli (a racer)

Raoul ÇaRoule (a racer)

Carla Veloso (a racer)

Jeff Gorvette (a racer)

Nigel Gearsley (a racer)

Shu Todoroki (a racer)

Miguel Camino (a racer)

Max Schnell (a racer)

Fillmore (a hippie; probably not great with tech; what is a pacifist even doing here?)

Sarge (a military veteran; probably not great with tech)

Luigi (probably not great with tech)

Guido (probably not great with tech)

Professor Zündapp (the enemy; probably a simulation)

Grem (the enemy; probably a simulation)

Acer (the enemy; probably a simulation)

Tomber (a shady black market parts dealer; probably not great with tech)

Miles Axlerod (the enemy; probably a simulation)

Chuki (a news lady)

Daisu Tsashimi (a sushi chef; probably not great with tech)

McQueen in his cruising body paint (an alternate skin of McQueen)

McQueen in a carbon fiber coat of paint (an alternate skin of McQueen)

Mater wearing “Materhosen” (an alternate skin of Mater)

Finn wearing the Union Jack (an alternate skin of Finn)

Holley in a racing coat of paint (an alternate skin of Holley)

Francesco in a black and gold coat of paint (an alternate skin of Francesco)

Fillmore without his decals (an alternate skin of Fillmore)

Sarge in military camo (an alternate skin of Sarge)

Luigi with Team McQueen getup (an alternate skin of Luigi)

Guido with Team McQueen getup (an alternate skin of Guido)

Acer with a gunner helmet (an alternate skin of Acer)

A young Zündapp (an alternate skin of Zündapp)

Rod “Torque” Redline (a simulation of a dead friend)

Torque undercover (an alternate skin of Torque)

Dragon McQueen from “Tokyo Mater” (an alternate skin of McQueen)

Tokyo Mater (an alternate skin of Mater)

Holley in her “Cherry Blossom Special” disguise (an alternate skin of Holley)

Finn disguised as an airport security guard (an alternate skin of Finn)

Mater the Greater (an alternate skin of Mater)

Daredevil McQueen from “Mater the Greater” (an alternate skin of McQueen)

The Queen of England (literal royalty; probably not great with tech, though she does express interest in having a training simulator installed at Buckingham Palace)

Flo (probably not great with tech)

Sheriff (a policeman; probably not great with tech)

Ramone (probably not great with tech)

Chick Hicks (a dirty player)

Wingo (a troublemaker)

Snot Rod (a troublemaker)

Boost (a troublemaker)

DJ (a troublemaker)

Uncle Topolino (Luigi’s uncle; probably not great with tech)

Mater disguided as Ivan (an alternate skin of Mater)

Mater in kabuki makeup (an alternate skin of Mater)

Victor Hugo (the enemy; probably a simulation)

Do Lightning and Francesco have high level spy clearance then?

I understand Lightning having it but Francesco???

Bonus:

Headcanon that Lightning is shit at being a spy

[vaniceseasonalgiftsdecor]

Researchers devise new ways to engineer carbon-based semiconductors for electronics of the future

Thanks;RA Smith Published ; March,25 By wrapping a carbon nanotube with a ribbon-like polymer, Duke researchers were able to create nanotubes that conduct electricity when struck with low-energy light that our eyes cannot see. In the future, the approach could make it possible to optimize semiconductors for applications ranging from night vision to new forms of computing. Credit: Francesco…

[agrpress-blog]

Verrà inaugurata mercoledì 21 febbraio alle ore 17.00 presso il Museo d’Arte Contemporanea del Piccolo Formato di Guarcino (FR) -Via San Michele Arcangelo - l’esposizione “Continenti dell’altrove, Le Città di Calvino tra invenzione rappresentazione”, a cura di Francesca Tuscano. Organizzata in occasione del centenario dalla nascita del grande scrittore, la mostra “Continenti dell’altrove” è dedicata al celebre romanzo Le Città invisibili, tra i testi letterari del secolo scorso maggiormente rappresentati e che in questa collettiva prende forma attraverso il linguaggio delle arti visive. Motivi ispiratori delle opere sono difatti le 55 città descritte da Calvino, ognuna delle quali è al centro di un’interpretazione al tempo stesso personale, perché data dalla specificità della ricerca dei singoli artisti, e contestuale, in quanto va ad estendersi e a comprendere i concetti stessi dell’abitare e del vivere collettivo. Già esposta a ottobre presso la Biblioteca Raffaello di Roma e a novembre nella sede del Dipartimento di Lettere e Filosofia dell’Università degli Studi di “Tor Vergata”, la mostra è stata promossa in collaborazione col Museo Civico d’Arte di Olevano Romano e con diverse gallerie, associazioni e spazi d’arte. In concomitanza con l’apertura dell’esposizione presso il MAC di Guarcino - visitabile fino a venerdì 22 marzo 2024 - sarà nuovamente allestita presso l’Aula Consiliare “Helga Rensing” del Comune di Olevano Romano - Via del Municipio, 1 - la sezione della mostra dedicata alle “città inventate” e più in generale a una rilettura del contesto urbano presso l’Aula Consiliare “Helga Rensing” di Olevano Romano, visibile da lunedì 26 febbraio fino a domenica 17 marzo 2024. La realizzazione del progetto ha visto la collaborazione di diverse istituzioni museali, di associazioni e spazi indipendenti attivi nella sperimentazione e nella promozione delle arti visive e del loro rapporto con la letteratura. Tra i musei e le altre realtà partecipanti, oltre al Museo Civico d’Arte di Olevano Romano, capofila del progetto, e al Museo d’Arte Contemporanea del Piccolo Formato di Guarcino, l’Associazione AMO, la galleria Il Torcoliere, I Diagonali, Aliud Edizioni, le gallerie Alea Contemporary Art e Storie Contemporanee, la Stamperia del Tevere, lo spazio indipendente Off1c1na, la stamperia d’arte La Linea e l’associazione Ars&Tèchne. Partecipano all’esposizione delle “città inventate” (Aula Consiliare “Helga Rensing” del Comune di Olevano Romano): Bruno Aller, Paolo Assenza, Eclario Barone, Gianluigi Bellucci, Aldo Bertolini, Marina Bindella, Ettore Consolazione, A.Pio Del Brocco, Adriano Di Giacomo, Mimmo Di Laora, Franco Durelli, Marisa Facchinetti, Giancarla Frare, Leonardo Galliano, Carlo Lorenzetti, Loredana Manciati, Giovanna Martinelli, Gianluca Murasecchi, Giulia Napoleone, Enzo Lionello Natilli, Franco Nuti, Giovanni Reffo, Mario Ricci, Pasquale Santoro, Guido Strazza, Mara Van Wees. Partecipano all’esposizione delle “Città invisibili di Calvino” (Museo d’Arte Contemporanea del Piccolo Formato di Guarcino): Bruno Aller, Rita Allescia, Arianna Angelini, Giulia Apice, Paolo Assenza, Laura Barberini, Maryam Bakhtiari, Eclario Barone, Claudia Bellocchi, Gianluigi Bellucci, Aldo Bertolini, Paolo Bielli, Francesco Calia, Virginia Carbonelli, Claudia Catalano, Malgorzata Chomicz, Valerio Coccia, Michele De Luca, A.Pio Del Brocco, Felice Del Brocco, Mimmo Di Laora, Franco Durelli, Marisa Facchinetti, Alessandro Fornaci, Francesca Gabrielli, Leonardo Galliano, Salvatore Giunta, Lucia Graser, Federica Luzzi, Loredana Manciati, Frank Martinangeli, Giovanna Martinelli, Donato Marrocco, Fausto Maxia, Elena Molena, Gianluca Murasecchi, Giulia Napoleone, Massimo Napoli, Veronica Neri, Anastasia Norenko, Isabella Nurigiani, Franco Nuti, Andrea Pacini, Vincenzo Paonessa, Lucia Sapienza, Giovanni Reffo, Marta Renzi, Rosella Restante, Anna Romanello, Azadeh Shirmast, Alessandra Silenzi, Virginia Sobrino, Massimo Spadari, Nicola Spezzano, Lello Torchia, Rosana Tuscenca, Raha Vismeh.

[malanginternationalmun]

The Rise of Funding Mechanism and Carbon Capture and Store Topic in UN Environment Programme Conference to Meet Global Net Zero Emission

Gabriel Francesco Hostka - Nippon Hōsō Kyōkai

Several delegations from global leaders gathered to process the environment agenda with UN Environment Programme. They arrived at the Savana Hotel on Friday night. Algeria, China,  Columbia, Germany, India, Indonesia, Russia, South Africa, South Korea, the USA, and  Vietnam were sending their delegation to the UN Environment Programme summit.  Unfortunately, Japan did not present. 

Six countries were competing with each other to acknowledge and show their commitment and  goals to achieve 2050 global net zero emissions. Today is the second day and did the past three  sessions. It resulting two blocs to challenge how the discussion went. Thus, they are having  two temporary documents submitted looked forward to get a complete vote and final solution in the next day. 

Topics discussed by the representatives are alternative energy, financial problems, energy  security, and CCS technology. Vietnam countries lead the way by giving a reminder to not only  use CCS as the primary solution to tackle global challenges but Russian countries highlight the  major use of CCS for progress. India and Columbia, besides other countries' representatives,  declared the needs for affordability, acceptability, and long-term energy for each country’  energy security. 

The first working paper differentiates two different solutions: short and long-term. It’s made  by the first block: Vietnam, USA, South Korea, Algeria, and Germany. Its proposed solution  consists of CCS to be the short-term solution; “Green transportation revolution as a  replacement of current transportation, Smooth retirement of coal use by shutting down power  plants, Capacity building for green energy industries, Investment in green energy research,  Provide renewable energy policy and incentive” as in long term. However, USA promotes the  use of green coal.  

The second one combines various approaches. Russia, China, Columbia, India, and South  Africa submit: “Energy Security Reports (ESR) at sub-national levels, Awareness &  Campaigns, Restructuring energy balance and availability (RYBA), Promotes Equitable  Energy (PrEE), Visions on Developing CCS Ability (Veda), and Funding Mechanisms.” Those  working paper were the success of diplomations and compromises. 

South Korean representative stated that despite contrasting ideas between the groups respecting  CCS technology and implementation, both blocs have the same vision for global net zero 

emission. The others also mentioned funding mechanisms need to be warned so that the money  doesn’t go to maintaining coal plants along with capturing-storing the carbon. The following  days will be the day to settle the solution they proposed. We are expecting the output for the  good future generations.

[delectablywaywardbeard-blog]

'Insieme per Marcinelle', testimonianze oggi a Manoppello

Aveva 4 anni quando vide per l’ultima volta suo padre Francesco, molisano poi morto a Marcinelle, in Belgio, nella miniera di carbone di Bois du Cazier l’8 agosto 1956, nell’incendio in cui persero la vita 262 lavoratori, di cui 136 italiani. A 67 anni dal rientro in Abruzzo delle salme dei minatori scomparsi nella tragedia, Michele Cicora sta ancora cercando il corpo del padre e da tempo porta…

[spacenutspod]

Astrophysicists working with the JWST have found a surprising amount of metal in a galaxy only 350 million years after the Big Bang. How does that fit in with our understanding of the Universe? The origin of the Universe’s first metals is a foundational question in astrophysics. Shortly after the Big Bang, the Universe was made up almost entirely of hydrogen, the simplest of the elements. There was a little helium, even less lithium, and possibly an infinitesimal amount of beryllium. When you look at the periodic table of the elements, those are the first four. In astronomy, all the elements heavier than hydrogen and helium are called metals. Metals are produced in stars and nowhere else (except for the tiny amount produced by the Big Bang itself.) Tracing the formation of the Universe’s metals from the Big Bang to now is one of astrophysics’ fundamental quests. This illustration shows the “arrow of time” from the Big Bang to the present cosmological epoch. In the early Universe dominated by Population III stars, there were almost no metals, according to current theory. Credit: NASA Metallicity is a fundamental concept in our study of the Universe. Without metals, rocky planets can’t form. Neither can life. Over successive generations of stars, the Universe’s metallicity has increased. So there’s an underlying trajectory that stems from the first metals and leads directly to us. The study of ancient galaxies is one of the James Webb Space Telescope’s primary quests. The JWST Advanced Deep Extragalactic Survey (JADES) examined a region of the sky looking for faint, early galaxies. By looking so far back in time to the Universe’s early galaxies, the JWST is shedding light on ancient metallicity. A team of researchers working with JADES observations examined a galaxy only 350 million years after the Big Bang and found carbon. They may have also found oxygen and neon, all metals in astronomy. Their findings are in a new paper titled “JADES: Carbon enrichment 350 Myr after the Big Bang in a gas-rich galaxy.” The lead author is Francesco D’Eugenio, a post-doc astrophysicist at the Kavli Institute for Cosmology at Cambridge. The first stars that formed in the Universe are called Population III stars. They’re the most ancient stars, and they were massive, luminous, and hot, with almost no metals. The tiny amount of metals they held came from the first supernovae among their numbers. Much of our knowledge about Population III stars is theoretical because these ancient stars, in their ancient galaxies, are extremely difficult to observe. But the JWST is capable of it. It can’t individual stars, but its powerful NIRSpec instrument can detect different elements in the galaxy by their telltale light signatures. Artist’s impression of Population 3 stars born over 13 billion years ago – the earliest, oldest and presumably now extinct star types. Population 3 stars were large, bright, and most had short lives. Credit: NASA. This new research is based on a galaxy at z=12.5 near the Cosmic Dawn, a critical era in the Universe’s history. When the researchers studied the JWST’s observations, they discovered an unexpected amount of carbon in the galaxy. It’s either in the interstellar medium (ISM) or the circumgalactic medium (CGM.) “This is the most distant detection of a metal transition and the most distant redshift determination via emission lines,” they explain. It’s also the “most distant evidence of chemical enrichment” found to date. This detection directly collides with our understanding of metal-free population III stars. “The detection of C iii– and its high EW (equivalent widths)– rules out scenarios of pristine stellar populations,” the authors write. If Webb has ruled out the existence of pristine, metal-free population III stars, that’s big news. It’s another instance of the powerful space telescope upending our best explanations for the Universe we see around us. But it’s not entirely shocking; the existence of population III stars is theoretical. Considering everything else we know about the Universe, their existence made sense. But population III stars were never a certainty. When something like this is discovered, scientists take pains to consider every other possible explanation for what they’re seeing. Are they really seeing carbon in the stars in this distant, ancient galaxy? Or could something else be behind these emissions? The ancient galaxy has more in it than just stars. It’s also home to a supermassive black hole (SMBH.) When an SMBH feeds on matter, it can flare brightly as an active galactic nuclei (AGN.) That light signal could be what the JWST is seeing. This artist’s illustration shows a supermassive black hole and its active galactic nucleus. Image Credit: NASA/Goddard Space Flight Center Conceptual Image Lab “Moreover, a supermassive accreting black hole has been identified in this galaxy, suggesting that the peculiar chemical abundances might be primarily associated with its nuclear region,” the researchers explain. There’s another potential source of carbon in the galaxy. They’re AGB stars—asymptotic giant branch stars. AGB stars aren’t large explosive stars like supernovae progenitors are, but they’re large stars that have left the main sequence. Compared to supernovae, AGB stars produce metals gently. But takes a long time for a star to evolve into an AGB star. When the Universe was only 350 million years old, no stars had lived long enough to become AGBs. “…AGB stars cannot contribute to carbon enrichment at these early epochs,” the authors write. In the end, the researchers report the detection of carbon, but they can’t tell us exactly where it came from. They may be “… the heritage of the first generation of supernovae from Population III progenitors,��� they write. This figure from the research illustrates some of the findings. The JWST has a variety of filters and prism it employs for different applications, which can make some of these images difficult to read for the untrained eye. The main takeaway from this image is the CIII spike seen in green. Image Credit: D’Eugenio et al. 2023. The JWST was pushed to its limits to see this early galaxy. “This detection of the most distant metal transition, which has provided such precious information about the earliest phases of the chemical enrichment, has required a very long exposure,” the authors explain. It took 65 hours of JWST time to gather this data due to the galaxy’s extreme faintness. Even with all that observing time, the researchers can only arrive at tentative explanations for the metallicity they see. It’s not very practical to use 65 hours of JWST time to study a galaxy spectroscopically, but that’s what the JWST needs to do for this kind of precise spectroscopy. That may change in the future. “However, in the future, large-area surveys and gravitational lenses may help identify more high-redshift galaxies that are sufficiently bright for deep spectroscopic follow-up with shorter exposures,” the researchers write. When and if that happens, astrophysicists will have the much sought-after larger sample size. With that valuable data in hand, maybe they can arrive at a firmer explanation for this surprising find. The post A Galaxy Only 350 Million Years Old Had Surprising Amounts of Metal appeared first on Universe Today.

[mgrcllctv]

One-minute teaser for 113 / 2018, an experimental short documentary conceived as a visual exploration of themes of migration, discrimination and integration, prompted by the implementation of controversial migration policies in Italy in 2018.

FULL CREDITS:

Produced by Erich Ahimin, Alessio Dicandia and Davide Marchesi

Written and directed by Davide Marchesi

DOP: Sirio Vanelli Assistant director: Andrea Bertolotti Production manager: Marcantonio Corrieri Camera assistants: Gabriele Gregorig + Gabriele Rossi Steadicam operator: Luca Sportelli Set Design: Arianna Summo w/ Sarah Pendolino + Etienne Nzi Costume Design: Monica Henriquet w/ Maria Schmid Editing: Cristiana Donghi + Davide Marchesi Colorist: Daniel Pallucca Sound recording: Riccardo Barbaro Soundtrack and mixing: Marco Mercuzio Peron a.k.a. Slon Audio post-production: Maurizio Borgna Hair & make-up: Valentina Marzona + Sara Polonghini Set photographers: Viole Merli, Daniele Gattulli and Francesco Summo

Cast - in order of appearance: Fall “King” Samba, Oudou “Freddy” Gouem, Augusto “Bato” Batougate, Ousmane Yaka, Fatou Boudo, Roland Yoccoly, Erich Ahimin, Ndeye Toure Abibatou Dianko and Amy Ndiaye, Joy Ehikioya, Annabel Vitalis Uchenwa, Inelder “Cobra” Da Silva, Amneris and Imany Manicone, Evelyn and Thomas Carbone, Sanata Kone, Moussa Daouda Idrissou, Joseph Kodjo, Savane Mawa, Siriki Ouattara, Alpha Mansaray, Osman Sesay

Special thanks: Marco, Gianni e Franca Marchesi, Nicolangelo e Denis Dicandia, Valeria Scotti, Precious Godfrey, Vanessa Hanschke, Daniel Sul, Astrid Luglio, Luigi Schmid, Marie Chantal Grahou Quinla, Raffaello Juvara, Alexandra Nikolaeva, Adingra Seydou Ouattara, Mario Domina, Marta Dore, Andrea Butera, Federico Gaudimundo, Tommaso Pellegrini, Irene Pelamatti, Ana Gabriela Teran, Oliviero Motta, Milena Minessi e Barbara Mantegazza di Intrecci Cooperativa Sociale, Rho (MI), Giorgio Romagnoni e Ilaria Pasello del Centro Astalli di Trento (TN), Fernanda Torre, Il Pulmino Verde Onlus, Torino (TO), Ilaria Leccardi di APS Cambalache, Alessandria (AL), Alberto e Patrizia al Chiosco da Alberto, via Novate, Comasina, Milano (MI), Comitato Autonomo Abitanti Barona, Milano (MI), Enzo e Gianni di Veneg Car Wash, Segrate (MI), Azienda agricola Le Rovelline, Bilegno (PC), Oratorio San Giuseppe, Milano (MI), F.O.A. Boccaccio, Monza (MI), Camera Service Group and Lombardia Film Commission

[lamilanomagazine]

Cittadinanza attiva: gli studenti al Vermexio eleggono il loro sindaco

Cittadinanza attiva: gli studenti al Vermexio eleggono il loro sindaco. Siracusa.  Sono cominciati oggi, in Sala Vittorini, sede del consiglio comunale, gli incontri del progetto “Cittadinanza attiva - Istituzioni locali e partecipazione” inserito nel Piano di offerta formativa del Comune. Primo appuntamento è stato con gli alunni degli istituti comprensivi Archia, Wojtyla e Giaracà, i quali, alla fine di una mattinata dedicata alla conoscenza degli organismi comunali e dell’organizzazione dell’Ente, sono stati chiamati a eleggere un loro sindaco sulla base di un programma esposto ai presenti. Ad accogliere le tre scolaresche sono stati: il sindaco Francesco Italia ed il presidente del Consiglio comunale Alessandro Di Mauro. Erano altresì presenti gli assessori Teresella Celesti e Fabio Granata, i consiglieri Sergio Bonafede, Conci Carbone, Paolo Cavallaro, Cinzia Santuccio e Sara Zappulla e il segretario generale Danila Costa. Domenico Mazza, del Fai, ha invece spiegato agli alunni la storia e le caratteristiche architettoniche di Palazzo Vermexio. La scelta del giovane sindaco è avvenuta attraverso una vera e propria votazione alla quale hanno partecipato anche i consiglieri comunali presenti. È stata eletta Giulia Ruta della scuola Giaracà, che ha riportato 12 voti, due in più degli altri candidati: Davide Minioto, del Wojtyla, e Viola Sorrentino, dell’Archia. La sindaca Ruta ha poi presentato i suoi assessori: Simone De Cata (vice sindaco), Elisa Barrale (Istruzione), Roberto Di Mauro (Urbanistica), Damiano Franza (Bilancio), Giampiero Cilio (Sport e tempo libero), Matteo Cassone (Attività culturali), Sara Garofalo (Trasporti ed edilizia scolastica), Chiara Fava (Politiche giovanili). Nel corso dell’incontro di stamane, giorno del settimo anniversario della morte di Enzo Maiorca, il sindaco Italia ha annunciato l’idea di realizzare un statua del famoso affidando alle scuole e ai baby amministratori il compito di scegliere, assieme alla giunta comunale, il sito in cui ospitare il monumento. Gli incontri con le scuole siracusane proseguiranno nei prossimi mesi. Sono 14 gli istituti comprensivi e superiori coinvolti nel progetto “Cittadinanza attiva”, che è coordinato da Giuseppe Prestifilippo. Oltre ad Archia, Wojtyla e Giaracà, ci sono studenti di: Corbino, Rizza, Martoglio, Chindemi, Archimede, Santa Lucia, Einaudi, Gargallo, Federico II, Quintiliano e Insolera.... #notizie #news #breakingnews #cronaca #politica #eventi #sport #moda Read the full article

[andre83us]

Santo Spirito, da 75 anni al servizio della città 

Enrichetta Maregatti, Giorgio Mazzoni ed Elvio Bonifazi Nel novembre del 1948 l’allora parroco padre Francesco Righetti aprì la sala cinematografica in via Resistenza. Un pezzo di storia di Ferrara che ancora guarda al futuro (di tutti) di Andrea Musacci Nell’atrio il primo proiettore a carbone – un Victoria 4r del 1934 – accoglie giovani, famiglie, coppie, anziani e bambini che per gioco…

[claudiodangelo59]

9 SETTEMBRE 1943 - 9 SETTEMBRE 2023: BOMBARDAMENTO AEREO AMERICANO SU CAPUA - 1062 MORTI. SONO PASSATI 80 ANNI.

Il bombardamento più devastante tra quelli effettuati sull’intero territorio italiano nel corso della seconda guerra mondiale.

Il 9 settembre, i capuani convinti che la guerra fosse finita, che armistizio volesse dire pace, si riversarono per le strade, per recarsi in chiesa a ringraziare il buon Dio, per incontrarsi, per rivedersi, le strade erano gremite di gente, uomini, donne, bambini, vecchi, nei loro visi c'era la gioia, ma in pochi minuti tutto si trasformò, quello che era lì da 1000 anni, non esisteva più e la gioia si tramutò in morte.

Erano le 9,10 del mattino - dodici ore dopo l'armistizio - quando una potente formazione aerea fece cadere tante bombe sulla città da distruggere case, chiese, monumenti: anche la Cattedrale fu distrutta.

Alcuni particolari rendono il dramma di quel giorno.

Una colonna di 300 soldati sorpresi dal bombardamento dinanzi alla caserma dei carabinieri, unitamente ai carabinieri stessi furono quasi tutti uccisi. La Pretura fu colpita in pieno, in essa trovarono la morte il Pretore Ferorelli e l'avvocato Treppiccione Gaetano. Allorché dopo alcuni mesi furono rimosse le macerie, il Giudice Ferorelli fu trovato abbracciato ad un bambina di tre anni, Carbone Vincenzina, nel tentativo di proteggerla; Papa Domenico fu trovato morto in un portone di via Gran Priorato di Malta, D'Ambrosio Luisa, Aulicino Matilde, Cicchitto Mario, e molti altri, trovarono la morte nel ricovero del Pirotecnico Esercito. Ricciardi Bartolomeo, sagrestano, morì sotto le macerie della Cattedrale, Nella stessa giornata trovarono la morte due dei suoi figli, Rosa e Mario ed i figli di quest'ultimo Andreana, Giuseppe e Rosa: il più grande aveva cinque anni. L'infermiere Casale Francesco Paolo fu trovato sotto le macerie di un'abitazione nei pressi del monumento ai caduti.

Molte persone rimasero prigioniere delle macerie ed i loro lamenti furono uditi per alcuni giorni, ma per la mancanza di soccorsi e per i continui crolli, nulla si potette fare per loro. A Via Roma, al civico 81 ("palazzo" Ingicco) hanno gridato aiuto Martucci Umberto, Manzi Elena, Ingicco Maria, il fratello Ingicco Sandro e la loro madre.

Ma la tragica odissea dei sopravvissuti fu quella di "localizzare" il luogo in cui i loro congiunti si trovassero al momento del bombardamento, e fu un incrociare di domande e di tentativi di scavare, nella speranza, che mai venne meno, di poter piangere, almeno, su una tomba.

MORIRONO 1062 INNOCENTI CITTADINI CAPUANI.

NO, NON POSSIAMO DIMENTICARE!!!

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Ecoprogettazione per motori e drives, le soluzioni ABB hanno anticipato l’efficienza

Il Regolamento EU 2019/1781 premia l’efficienza energetica e pone alle imprese requisiti minimi da rispettare. ABB offre motori e azionamenti che ottimizzano la produzione, abbattendo costi ed emissioni con performance superiori alla normativa

Il Regolamento UE 2019/1781 sulla Progettazione Ecocompatibile, meglio noto come Regolamento “Ecodesign”, ha stabilito nuovi requisiti per motori elettrici e azionamenti, con coefficienti minimi di efficienza. Obiettivo? Ridurre sprechi ed emissioni di gas climalteranti. Le norme sono entrate ufficialmente in vigore a luglio 2021 con una seconda fase di disposizioni attivata a partire da luglio di quest’anno. Un processo ordinato e puntuale su cui c’è chi si è mosso in largo anticipo. Parliamo di ABB che già prima del 1° luglio 2023 era in grado di fornire ai clienti motori conformi, con prestazioni migliori rispetto ai limiti di legge. “L’adozione di tecnologie più efficienti sotto il profilo energetico aiuterà l’industria ad abbattere le emissioni e i costi di gestione”, spiega Francesco Morrone, division manager Motors&Generators di ABB Motion Italia.

 Il nuovo Regolamento si applica ai motori elettrici a induzione in bassa tensione (Direct on line, DOL) con corrente alternata nominale < 1000 Volt, così come agli azionamenti a velocità variabile (i cosiddetti drives) commercializzati in Unione Europea. Prevede due fasi: una prima, a partire dall’entrata in vigore nel luglio 2021, che imponeva per una larga parte dei motori industriali in UE una classe di efficienza almeno pari a IE3, e una seconda, che scattata a luglio di quest’anno, con un ampliamento del campo di applicazione e un aumento dei requisiti alla classe IE4 per alcune tipologie di motori (trifase con potenze nominali comprese tra 75 e 200 kW). Gli azionamenti da 0,12 a 1000 kW devono invece essere conformi alla classe IE2. Motori e azionamenti non in grado di soddisfare i requisiti minimi imposti dal regolamento non potranno essere etichettati con il marchio CE e, di conseguenza, potranno essere commercializzati solo al di fuori dell’Unione.

Si tratta, insomma, di una policy virtuosa, che mira a ridurre sprechi ed emissioni, in accordo con gli obiettivi di “Fit for 55%”, il pacchetto climatico della Commissione europea, che prevede la riduzione delle emissioni di gas serra de 55% rispetto ai livelli del 1990, puntando alla carbon neutrality entro il 2050. Un obbligo per le imprese, ma anche una grande opportunità per abbattere consumi energetici, ridurre le emissioni e ottimizzare i costi di esercizio.Come sfruttarla al meglio? “I responsabili d’azienda devono verificare che tutte le iniziative siano economicamente sostenibili – prosegue il manager di ABB – e un ambito sottovalutato che potrebbe soddisfare le esigenze sia delle imprese, sia del pianeta è proprio l’efficienza energetica”. La multinazionale, attiva da oltre 100 anni nel settore, ha un’ampia gamma di motori, azionamenti e servizi digitali che garantiscono affidabilità, efficientamento energetico e performance nei processi di produzione industriale, soddisfando i requisiti imposti dal Regolamento Ecodesign. Per gli operatori più ambiziosi, ABB offre soluzioni ancora più efficienti, con motori di classe IE5 “ultra-premium”. Si tratta di macchine che garantiscono dispersioni elettriche minori anche del 40% rispetto ai motori in classe IE3. “Adottando tecnologie di efficientamento più avanzate possiamo ottenere di più dalle risorse energetiche attualmente a nostra disposizione”, continua Morrone.

Non solo motori: la soluzione più efficiente in campo industriale è senza dubbio l’impiego di azionamenti a velocità variabile (VSD o drives), che permettono di regolare la velocità del motore in funzione del fabbisogno effettivo. Nella maggior parte dei casi, oggi, i motori funzionano invece alla massima velocità a prescindere dai carichi, aumentando gli sprechi. L’implementazione di drives può comportare risparmi energetici di oltre il 25%. L’investimento iniziale, con gli attuali prezzi della materia prima energetica, viene recuperato nel giro di pochi mesi. ABB può vantare una lunga esperienza nel campo e con i nuovi motori sincroni a riluttanza SynRM di classe IE5 in accoppiamento agli azionamenti a velocità variabile, permette di raggiungere potenze elevate, riducendo i consumi. I pacchetti motore-drives possono essere ottimizzati a seconda del settore industriale di impiego e sono ideali per tutte le applicazioni, dal trattamento delle acque alla climatizzazione. L’innovativo motore SynRM IE5 di ABB non impiega magneti o avvolgimenti nel rotore, con prestazioni tipiche dei motori a magneti permanenti a fronte di una manutenzione semplice come quella dei motori a induzione. “Realizzare da un lato gli obiettivi aziendali e dall’altro la promessa delle emissioni zero: questo approccio, insieme a una maggiore collaborazione industriale e al “pensiero circolare”, sarà essenziale per portare a termine la transizione a un mondo più sostenibile”, conclude Morrone.

  Link: https://www.rinnovabili.it/efficienza-energetica-3/ecodesign-motoriazionamenti-soluzioni-abb-migliorano-limiti-legge/