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El personaje de Skeleton Crew tiene una conexión sorprendente con Star Wars: The Force Awakens

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Este artículo contiene Spoilers Para Star Wars: Esqueleto, Temporada 1, Episodio 2.

Todo puede parecer peligroso cuando eres un niño perdido en el espacio, y el robot pirata SM-33 no es una excepción. “Star Wars: Skeleton Crew” ciertamente se asegura de presentarlo como una amenaza potencial. Cuando el robot torpe y parcialmente defectuoso con un extraterrestre residiendo en la cuenca del ojo vacía recupera sus poderes y entra en el encuadre, se te perdonará por pensar que accidentalmente has sintonizado una película de terror con temática extraterrestre y has visto al antagonista principal.

Afortunadamente, SM-33, sin duda una referencia no tan sutil al Sr. Smee de “Peter Pan”, está firmemente del lado de los personajes principales, al menos después de que uno de los jóvenes héroes de la serie, Fern (Ryan Keira Armstrong). ), convenciéndolo de que ella mató al ex capitán del Onyx Cinder y se hizo cargo. A pesar de ser viejo y desgastado, ha demostrado ser un aliado útil (aunque desconcertante) e incluso puede cambiar a un modo de lucha capaz cuando las cosas se ponen difíciles. También resulta que estuvo en contacto con un personaje sospechoso de la película “Star Wars: Episodio VII – El despertar de la fuerza”.

SM-33 tiene la voz de Nick Frost, posiblemente mejor conocido por su trabajo en Cornetto de tres sabores de Edgar Wright (“Shaun of the Dead”, “Hot Fuzz” y “Apocalipsis”). Protagoniza estas tres películas con Simon Pegg, quien anteriormente interpretó a Unkar Plutt (también conocido como el astuto jefe Crolute con el que Rey de Daisy Ridley tiene que lidiar en Jakku) en The Force Awakens. Dado el estatus de Plott como un trueque criminal de alto rango y la carrera de SM-33 como pirata espacial, es plausible que los dos personajes se hayan conocido en algún momento.

Star Wars es solo una de las muchas cosas en las que han trabajado Simon Pegg y Nick Frost

Aunque Simon Pegg se ha hecho un nombre con papeles como el de Scotty en Cronología de la película “Star Trek” de Kelvin. Y Benji Dunne en la serie “Misión: Imposible”, siempre es especial cuando forma equipo con Nick Frost. El doble acto sutil y divertido de la pareja puede ser mejor conocido por las películas de Three Flavors Cornetto, pero eso es solo una pequeña parte de su filmografía compartida. Después de todo, comenzaron su larga colaboración en la comedia de situación del Canal 4 británico “Spaced” en 1999, y se han mantenido en tan buenos términos que tienen su propia productora llamada Stolen Picture.

Podría decirse que su mayor trabajo juntos, además de Cornetto, es la querida parodia de ciencia ficción de 2011, “Paul”, que él también escribió. En la película, Graeme (Pegg) y Clive (Frost) son entusiastas de la ciencia ficción que forman equipo con un extraterrestre llamado Paul (con la voz de Seth Rogen) en un frenético viaje por carretera. Pegg y Frost también aparecen juntos en películas como la comedia de terror de 2018 “Slaughterhouse Rulez” y la serie de Amazon Prime Video de 2020 “Truth Seekers”, e interpretan a los detectives Thompson y Thompson en la película animada de Steven Spielberg de 2011 “Las aventuras de Tintin”. Hablando de animación, ambos expresaron personajes en la película de 2014 “The Boxtrolls”.

Ciertamente parece poco probable por el momento que Pegg y Frost se encuentren directamente en la pantalla entre diferentes personas. Carreras alienígenas en la película “Star Wars: Skeleton Crew”. Sin embargo, el solo hecho de saber que ambos hombres interpretan personajes de la enorme serie de ciencia ficción hace que la película “Star Wars” se sienta un poco más completa.

Los nuevos episodios de Star Wars: Skeleton Crew se lanzarán todos los martes a las 6 p.m. PT en Disney+.



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Revisión de la rueda Force Feedback de Thrustmaster T-GT II: como una rueda Force Feedback impulsada por correa

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Thrustmaster T-GT II: Revisión de 1 minuto

rango promedio de Los mejores volantes de carreras Este es un espacio difícil con tecnologías competidoras compitiendo por el espacio, pero Thrustmaster es un caso convincente con el volante, la distancia entre ejes y los pedales incluidos por $799.99/£699.99.

Esto es mucho más caro que… LogitechEl kit G923 de 'S es el mejor del grupo, pero las ventajas son claras: un sistema de liberación rápida que le permite colocar ruedas nuevas y una sensación particularmente fuerte de retroalimentación que se siente en algún lugar entre las tradicionales servoacciones accionadas por correa y las transmisiones directas. . La tecnología principal sigue siendo la transmisión por correa, pero ha sido diseñada con mucho cuidado para entregar su gran potencia de manera suave y convincente, con menos de esos momentos molestos que normalmente ocurren con los motores impulsados ​​por correa.

Los controles en el volante se sienten premium y duraderos, especialmente los cuatro diales con muescas, que son realmente útiles para mapear el control de tracción, el equilibrio de frenos, los modos del motor y los mapas de combustible. Porque es un volante homologado. Gran Turismo 7 Fue presentado como uno de Los mejores volantes de carreras de PS5El logotipo gigante “GT” en el medio del volante no será del gusto de todos, y el aspecto general del volante, especialmente la base de pedal de plástico, no sirve bien para este conjunto. A pesar del gran tamaño del plástico y el aspecto ligeramente “bonito”, este kit es adecuado para jugadores serios de carreras de simulación, que apreciarán la posibilidad de colocar diferentes ruedas para diferentes disciplinas.

ThrustMaster T-GT II

(Crédito de la imagen: Al Mustaqbal)

Thrustmaster T-GT II: Precio y disponibilidad

  • 799,99 dólares estadounidenses / 699,99 libras esterlinas (aprox.) 1.221,99 dólares australianos
  • Está ubicado entre la retroalimentación de fuerza del motor de arranque y las ruedas motrices directas.
  • Más caro pero tiene más funciones que el G923.

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Revisión de Star Wars High Republic: Temptation of the Force: Una historia de amor

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Creo que este libro, más que cualquier otro de “La Alta República”, presenta el tema en sus mangas de maneras realmente fascinantes. Casi todos los personajes del libro luchan con el amor de una forma u otra, ya sea bueno o malo. La villana, Marchionne Rowe, tiene una obsesión por el poder y el control, que se manifiesta en su amor por esas cosas. Para su principal aliada política, Hera Staros, el amor por su hija se enfrenta al deber para con su jefe. Kaer San Tekka y Zylan Graf son una pareja que se trata de las maneras más horribles en nombre de su amor. La leyenda Jedi Porter Angel, la Espada de Bardot, busca un sentimiento de venganza. Cada una de sus historias está entrelazada y cada personaje lucha con lo que este deseo significa para ellos. Por supuesto, hay conflictos galácticos estándar a escala de “Star Wars” a lo largo del libro. Hay emocionantes batallas con sables de luz, batallas espaciales y suficientes aventuras por vivir, pero este libro realmente llega al corazón de lo que realmente se trata “Star Wars”.

Rian Johnson encarnó perfectamente las líneas de Rose Tico en “Los últimos Jedi” cuando le dice a Finn: “Así es como ganaremos. No luchando contra lo que odiamos. Sino salvando lo que amamos”.

Así salvó Luke Skywalker a Darth Vader. Lo contrario es cómo Anakin Skywalker se convirtió en Darth Vader en primer lugar. Esta idea es el latido del corazón de toda la saga de Star Wars, y Tessa Gratton la da vida elegantemente en esta novela de maneras que resultan sorprendentes, refrescantes y elocuentes.

No es limpio y ordenado, y no significa lo mismo para todos los personajes, y eso es parte de lo que lo hace tan bien hecho. Cada personaje lidia con ello de diferentes maneras y cada uno llega a diferentes entendimientos, lo que permite al lector tomar su propia decisión sobre qué tipos de amor son los más importantes y poderosos. Sin embargo, al final, es la fuerza del amor entre Elzar y Avar lo que se vuelve más significativo.

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Women in Blue crime series tells the tale of a female police force

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Did you know Mexico established an all-female police force decades ago? Well, now you do, thanks to the first look Apple dropped Friday for the Women in Blue crime series (aka Las Azules). The new Spanish-language, 10-part drama is set in 1970 against the backdrop of a serial killer’s spree.

Created by International Emmy Award winner Fernando Rovzar and featuring Ariel Award nominee Bárbara Mori, the show debuts July 31 on Apple TV+.

Women in Blue (Las Azules) crime drama series debuts on Apple TV+ July 31

So, based on real events, the new Women in Blue (Las Azules) crime-drama series tells the “thrilling true stories of Mexico’s first female police force.” In addition to Mori, it stars Ximena Sariñana, Natalia Téllez and Amorita Rasgado.

See the streamer’s more-detailed description below. It includes what underlied the country’s surprising move to create the force more than 50 years ago.

Set in 1970 and inspired by true events, Women in Blue tells the story of four women who defy the ultraconservative norms of the time and join Mexico’s first female police force. Only to discover that their squad is a publicity stunt to distract the media from a brutal serial killer.

As the body count grows, María (Bárbara Mori), whose determination to catch the killer becomes an obsession, Gabina (Amorita Rasgado), whose father is a renowned cop, Ángeles (Ximena Sariñana), a brilliant fingerprint analyst, and Valentina (Natalia Téllez), a young rebel, set up a secret investigation to achieve what no male officer has been able to do and bring the serial killer to justice.

That sounds intriguing. And if you can’t hang with dialogue in Spanish, turn on the subtitles. You might learn something.

All-Hispanic cast and crew

All members of the new show’s cast and crew are Hispanic. In addition to Mori (Perdidos en la noche, La Negociadora), the show stars Sariñana, Téllez, Rasgado, Miguel Rodarte, Leonardo Sbaraglia, Christian Tappan and Horacio García Rojas.

International Emmy Award-winning showrunner and director Fernando Rovzar (Monarca, Sr. Ávila) created the show with Pablo Aramendi (Tijuana, Los elegidos).

Lemon Studio produces the series for Apple TV+. Executive producers: Fernando Rovzar, Emmy Award nominee Wendy Riss (Yellowstone, The Killing), Erica Sánchez Su (Monarca, La Venganza de las Juanas), Sandra Solares (Point Break, Y tu mamá también) and International Emmy Award winner Billy Rovzar (Monarca, Control Z).

Watch dramas on Apple TV+

Women in Blue makes its debut with two episodes on Wednesday, July 31, on Apple TV+. One episode follows weekly through September 25. It joins a host of other dramatic films and shows.

The service is available by subscription for $9.99 with a seven-day free trial. You can also get it via any tier of the Apple One subscription bundle. For a limited time, customers who purchase and activate a new iPhone, iPad, Apple TV, Mac or iPod touch can enjoy three months of Apple TV+ for free.

After launching in November 2019, “Apple TV+ became the first all-original streaming service to launch around the world, and has premiered more original hits and received more award recognitions faster than any other streaming service. To date, Apple Original films, documentaries and series have been honored with 471 wins and 2,090 award nominations and counting,” the service said.

In addition to award-winning movies and TV shows (including breakout soccer comedy Ted Lasso), Apple TV+ offers a variety of documentaries, dramas, comedies, kids shows and more.

Watch on Apple TV

Source: Apple TV+



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Dark energy is tearing the Universe apart. What if the force is weakening?

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The fate of the Universe might not be as dark and empty as cosmologists have long suspected. That’s one potential implication emerging from an innovative project that has produced some of the biggest maps ever made of the Universe.

At a meeting of the American Physical Society in Sacramento, California, in early April, researchers released initial results from the Dark Energy Spectroscopic Instrument (DESI), based at the Kitt Peak National Observatory near Tucson, Arizona. DESI started mapping the Universe in 3D in 2020 and was designed to measure the elusive force, known as dark energy, that is pushing galaxies apart.

The surprising early results suggest that dark energy could be weakening over time.

“That’s really a hint that something could be happening,” says cosmologist Nathalie Palanque-Delabrouille at Lawrence Berkeley National Laboratory in California, who is DESI’s spokesperson.

Although the study was based on only the first of the five years planned for data collection, it is already one of the largest maps ever made of the Universe, and it reveals the effects of dark energy across an unprecedented 11 billion years of cosmic history (DESI collaboration. Preprint at arXiv https://doi.org/mtqw; 2024).

If confirmed, the hints that dark energy might be weakening would bring the first substantial change in decades to the generally accepted theoretical model of the Universe. And if dark energy is not constant, that would hold implications for theories of how the Universe has evolved and for what its future might hold.

But researchers say that the evidence for changes in dark energy is still very uncertain. That was the overwhelming sentiment at a gathering of cosmologists on 15–16 April at the Royal Society in London. The standard cosmological model remains strong, most cosmologists agree — and has been working better and better as the years go by.

Wendy Freedman, an astronomer at the University of Chicago in Illinois, calls the hints of a weakening “tantalizing”, but says it will require a lot more data to see if they pan out. “Time will tell if they stand the test of time.”

Opposites attract

At the largest scales, the cosmos is ruled by gravity, and Einstein’s general theory of relativity allows for gravity to be repulsive as well as attractive. Whereas ordinary forms of energy — which includes the mass of matter — result in an attractive force, general relativity also predicts that some more-exotic forms of energy could produce repulsive gravity.

Dark energy was discovered in 1998, when two teams of astronomers used supernova explosions in distant galaxies to measure how the rate of cosmic expansion has changed. Their results indicated that the rate has accelerated over time, pushed by some unseen repulsive force that would later be dubbed dark energy. The name was intended to echo the equally mysterious entity known as dark matter — which is invisible but can be measured by its gravitational influence on galaxies.

The 1998 data that led to the discovery of dark energy had large error bars, and they were consistent with the simplest possible assumption: that dark energy is spread uniformly across space, earning it the name cosmological constant, or Λ. A consensus emerged around a theory called Λ cold dark matter (ΛCDM), in which cosmic history is largely the result of a struggle between the pull of dark matter and the push of dark energy.

Slice close-up of the largest 3D map of our universe to date made by DESI. Earth is at the centre of this thin slice of the full map. In the magnified section, it is easy to see the underlying structure of matter in our universe.

A section of a map of the Universe based on observations made by DESI shows patterns in the arrangements of galaxies.Credit: Claire Lamman/DESI collaboration; custom colormap package by cmastro

Save for small deviations that remain unexplained, all of the evidence cosmologists have collected so far has strengthened this ΛCDM model. The gold standard was set in 2013 by the Planck space mission of the European Space Agency (ESA), which mapped the relic radiation from the early Universe, called the cosmic microwave background. The data from that mission are in “exquisite” agreement with the model, says senior Planck researcher George Efstathiou, a cosmologist at the University of Cambridge, UK. The current Universe, Planck found, is about 70% dark energy, 25% dark matter and 5% ordinary matter — the stuff of stars, planets and people.

Many fates

The standard assumption of ΛCDM is that the expansion of the Universe will continue to accelerate, and that most galaxies would ultimately disappear from view. But theorists have developed hundreds of other models of dark energy; many posit that dark energy could be getting slowly diluted, and the Universe’s expansion will start to slow down. Another possibility is that dark energy is getting stronger and will ultimately rip galaxies apart.

For a long time, the hints from observations were too vague to answer even the most basic questions about dark energy: exactly how strong is it, and is it constant or slowly changing? DESI is the first in a new generation of experiments aimed at providing some answers. Others include ESA’s Euclid mission, which launched into space last year; the massive, 8-metre telescope of the Vera C. Rubin Observatory nearing completion in the Chilean Andes; and NASA’s Nancy Grace Roman Space Telescope, scheduled to launch in 2027. Another telescope, called eROSITA, part of a Russian–German space mission, has mapped the Universe in the X-ray spectrum.

“There’s a whole slew of projects that are about to start taking data or have just started,” Palanque-Delabrouille said at the Royal Society meeting. “This is really unique in the history of cosmology.”

All of these efforts rely on mapping the distribution of matter in the Universe over vast distances, which — because of the time that light takes to reach Earth — also means over vast stretches of time. DESI does not take pictures of the sky in the way that an ordinary telescope camera does, but instead collects light from selected locations in its field of view. It does so by pointing optical fibres at objects — typically galaxies or quasars — with its 5,000 robotic arms, and routing that light to sensitive spectrographs. The spectrum of each object reveals its distance, because the farther away the object is, the faster it moves away, and the more its spectrum has ‘redshifted’ towards longer wavelengths.

To reconstruct the history of cosmic expansion from its 3D data, the DESI team uses one of the most well-established techniques in cosmology. It looks at the relic of what used to be sound waves in the primordial Universe.

As space expanded and matter cooled over time, the waves became frozen in the distribution of protons and neutrons (known collectively as baryons) across the Universe. That imprint, called baryon acoustic oscillations, or BAO, is still detectable today in how galaxies are scattered across space.

The BAO features are the largest structures in the Universe. “If we could see them individually, we would see a shell,” Palanque-Delabrouille explains. “It’s like when you throw pebbles in a lake. If you throw just one pebble, you can see its waves expanding out,” she says. “If you throw too many pebbles at once, all the ripples they produce will overlap with one another.”

Immense scope

DESI doesn’t just see the BAOs in the current Universe. Its 3D map stretches back in time, and by measuring how the average size of the features has grown over time, cosmologists can reconstruct the rate of expansion — and from that, the strength of dark energy. The instrument’s results are in principle still compatible with all the options — a dark energy that is constant, weakening or even strengthening.

At the most basic level, the DESI results provide solid confirmation of the original discovery, says Ofer Lahav, a cosmologist at University College London who is part of the DESI collaboration. “To me, it’s spectacular that you can confirm that the Universe is accelerating, and more or less get the same value people have claimed 25 years ago,” he says.

“The instruments, data and measurements are spectacular,” says Marc Kamionkowski, a theoretical cosmologist at Johns Hopkins University in Baltimore, Maryland.

Kamionkowski says that he is cautious about interpreting the results as indicating that dark energy is weakening. He says that they could be an effect of the particular type of analysis the team did. Pedro Ferreira, a theoretical physicist at the University of Oxford, UK, agrees, pointing to a study he published last year with his colleague William Wolf, which called for cosmologists to change how they interpret dark-energy data (W. J. Wolf and P. G. Ferreira Phys. Rev. D 108, 103519; 2023). Ferreira adds that he is pessimistic that even the coming high-powered studies together will be able to pin down a theoretical model for dark energy.

But researchers hold out hope that the extra data will point in new directions.

The standard model was created as the simplest possible theory for the Universe, but the actual physics of its contents is probably more complicated, says Eleonora Di Valentino, a cosmologist at the University of Sheffield, UK. “I don’t believe that ΛCDM can be the final answer,” she says.

Cosmologist James Peebles — a chief architect of the standard model that helped to earn him a Nobel Prize in 2019 — agrees. “I find it very difficult to imagine that ΛCDM is the end of the story,” says Peebles, who is at Princeton University in New Jersey. “It’s too simple.”

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EU Right to Repair Rules Force Companies to Fix Out-of-Warranty Devices

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The European Commission has waved through new ‘right to repair’ legislation that aims to make it easier for consumers to get their broken devices fixed, even if products are out of warranty.

European Commisssion
The EU already requires companies to offer a two-year minimum warranty on common household appliances and electronics, such as smartphones, TVs, washing machines, and vacuum cleaners, but the new rules impose additional requirements.

According to the legislation, if a consumer chooses to have their device repaired under warranty, the warranty must be extended by a year. Consumers may also borrow a device while theirs is being repaired, and if it cannot be fixed, they have the right to opt for a refurbished unit as an alternative.

When a product’s warranty expires, companies are still required to repair devices at a “reasonable price,” so as not to intentionally discourage consumers from repairing them. Manufacturers will also be prohibited from using “hardware or software related barriers to repair,” including preventing the use of second-hand, compatible, and 3D-printed spare parts by independent repairers as long as they conform to EU laws.

Additionally, manufacturers will be unable to refuse to repair a product solely for economic reasons or because it was previously repaired by someone else. Companies will be required to publish information about their repair services, including indicative prices of the most common repairs.

“Consumers’ right to repair products will now become a reality,” said EC rapporteur René Repasi. “It will be easier and cheaper to repair instead of purchase new, expensive items. This is a significant achievement for Parliament and its commitment to empower consumers in the fight against climate change. The new legislation extends legal guarantees by 12 months when opting for repair, gives better access to spare parts and ensures easier, cheaper and faster repair.”

The legislation will come into effect after formal approval by the Council, with the directive set to activate 20 days after its publication.

Europe’s Right to Repair group welcomed the legislation, calling it “a step in the right direction,” but said “the scope of products covered remains very narrow,” and would introduce loopholes. The coalition noted that the rules only cover consumer products, and not anything purchased by businesses or industrial goods. It also criticized the lack of guidance on what constituted a “reasonable price” for spare parts.

Apple is likely to be impacted by the legislation, especially with regard to its controversial “parts pairing” requirement that prevents third-party replacements of certain device components. Currently, if an iPhone part is replaced with a like-for-like replacement by an unofficial third party, it may not be recognised by the iPhone’s system software. The wording of the new EU rules suggests this will no longer be allowed.

Meanwhile in the U.S., more than two-dozen states are working on individual right-to-repair legislation. California’s Right to Repair Act will become law this July, requiring manufacturers to make repair materials available for all electronics and appliances that cost $50 or more.

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California wants to introduce a law that will force workers to disconnect from work

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In an attempt to help citizens across the state have some respite from the pressures of work, California State Assembly member Matt Haney has introduced AB 2751, a proposition designed to give workers the “right to disconnect” from work-related communications outside of working hours.

AB 2751 draws inspiration from similar legislation in countries like France, Spain, and Ireland. If passed, it would set a precedent for not only the US but other countries globally. In recent months, all eyes have been on California’s tech sector over concerns that Silicon Valley’s work-life balance has degraded.

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Joe Biden says he would sign bill that would force a sale or ban of TikTok

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TikTok’s future is looking increasingly uncertain as support grows for a new bill that would force the company to sell itself or face a ban in the United States. Now, President Joe Biden has come out in support of the measure, one day after it cleared its first legislative hurdle in the House.

“If they pass it, I’ll sign it,” he said, in remarks CBS News. The bill, called the “Protecting Americans from Foreign Adversary Controlled Applications Act,” which was introduced earlier this week, would give TikTok a six-month window to divest itself from parent company ByteDance or face an app store-level ban in the US. Meanwhile, Republicans in the House of Representatives could bring the bill to a floor vote as early as Wednesday, Semafor .

TikTok has said the bill is a thinly-veiled effort to force a “total ban” of its app. “This legislation has a predetermined outcome: a total ban of TikTok in the United States,” the company said in a statement earlier this week. “The government is attempting to strip 170 million Americans of their Constitutional right to free expression. This will damage millions of businesses, deny artists an audience, and destroy the livelihoods of countless creators across the country.”

The company has also encouraged its millions of users to oppose the measure. On Thursday, ahead of the committee vote on the bill, the app sent push notifications prompting users to call their representatives and ask them to oppose the legislation. The notifications reportedly led to of calls in many Congressional offices as staffers fielded hundreds of calls from teens.

Notably, the bill has another prominent opponent: former President Donald Trump. Though Trump also sought to force of TikTok to a US company during his time in office, the former president said he no longer believes the app should be banned. “If you get rid of TikTok, Facebook and Zuckerschmuck will double their business,” he wrote in a post on Truth Social.

Though clearing the House would be significant milestone for the bill, it’s unclear where the Senate stands on it. As Semafor points out, some prominent senators have been a bit more cautious in their comments about whether they would support the legislation. At a recent Senate hearing about child safety, several senators TikTok CEO Shou Chew on his own citizenship (he’s Singaporean) as well as the app’s ties to China and the practices of its parent company ByteDance.

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How to Force Restart a Frozen iPhone (Video)

Force Restart a Frozen iPhone

Have you ever experienced the dreaded moment when your iPhone or iPad freezes on the Apple logo during startup? It’s a situation that can cause a bit of panic, but you’ll be pleased to know that there’s no need to worry. In this guide, we’ll walk you through some effective solutions to get your device back up and running smoothly. The video below from Apple walks us through the various steps you need to follow.

Force Restarting Your Device

Firstly, let’s tackle the most straightforward solution: force restarting your device. This method varies slightly depending on the model of your iPhone or iPad.

  • For iPhone X or Later, iPhone SE (2nd Generation or Later), iPhone 8/8 Plus: Begin by pressing and quickly releasing the volume up button. Follow this by pressing and quickly releasing the volume down button. Finally, hold the side button until the Apple logo reappears.
  • For iPad Without a Home Button: Press and quickly release the volume button closest to the top button. Then press and quickly release the volume button farthest from the top button. Hold the top button until the Apple logo shows up.
  • For iPad with a Home Button: Press and hold both the top button and the home button at the same time until you see the Apple logo.

Entering Recovery Mode

If a simple force restart doesn’t solve the issue, the next step is to try entering recovery mode. This method also requires a connection to a computer.

  • Connection: Connect your device to a computer. If you are using a Mac with OS Catalina or later, open Finder. For Mac OS Mojave or earlier, or Windows, open iTunes.
  • For iPhone X or Later, iPhone SE (2nd Generation or Later), iPhone 8/8 Plus: The steps begin similarly to a force restart. Press and quickly release the volume up button, then the volume down button. However, this time, hold the side button until you see the recovery mode screen.
  • For iPad Without a Home Button: Follow the same process as the iPhone, using the volume and top buttons.
  • For iPad with a Home Button: Press and hold the top button and the home button simultaneously until you see the recovery mode screen.

Additional Instructions

  • On your computer: Once the recovery mode screen appears, you have the option to update your device. This will download and install the latest compatible iOS or iPadOS version. If the update process doesn’t work, you might need to restore your device to factory settings.
  • Time-Sensitive: Note that if the download takes more than 15 minutes, your device will exit recovery mode. If this happens, simply repeat the process.
  • Post-Update: After successfully updating, your device should restart on its own, and you’ll be greeted with the lock screen.

If these solutions don’t work, and you cannot restart your iPhone, it’s a good idea to contact Apple Support for further assistance. They’re always ready to help with more complex issues.

Remember, technology can be unpredictable, but with the right steps, you can often troubleshoot issues on your own. We hope this guide has helped resolve your iPhone or iPad startup problems. You can find out more useful iPhone tips over at the Apple support website.

Source & Image Credit: Apple

Filed Under: Apple, Apple iPhone





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Building a 10 Stage Coilgun magnetic force projectile launcher

Building a 10 Stage Coilgun magnetic force projectile launcher

Imagine being able to create a device that uses magnetic force to launch a projectile. The latest innovation from Electronoobs the creator of inspirational project tutorials for electronics hobbyists. Has introduced the second-generation of a previously made 10-stage coilgun, which now comes with an improved printed circuit board (PCB) and a custom-made enclosure produced by 3D printing. This new version is not only more efficient but also safer, representing a significant step forward for those who enjoy building and experimenting with their own electronic devices.

At the heart of the coilgun’s functionality is its PCB. The updated design brings all the stages together onto a single board, which makes the building process easier and reduces the chances of making mistakes. The PCB has been designed with sophisticated software to match the coilgun’s requirements perfectly, which ensures that it works as well as possible.

The enclosure for the coilgun, made using 3D printing technology, has two main purposes. It is designed to cover the high-voltage parts, protecting users from the risk of electric shock. The enclosure also strengthens the coilgun by protecting its complex internal components from damage, while also giving it a modern, professional look.

How to make a Coilgun

As you put the coilgun together, your skill in soldering will be put to the test. You’ll need to solder various parts, including coils, capacitors, and infrared LEDs. The PCB has been made with thick copper tracks, which can be challenging when it comes to managing heat. Being good at soldering is crucial for making connections that last and preventing the device from getting too hot.

The most thrilling part of the process is testing the coilgun. You’ll adjust the timing of each stage with the help of infrared sensors to make sure the firing power is as strong as it can be. Getting the calibration right is very important, as it ensures that the projectile travels at the highest possible speed when it hits a plywood target.

After testing, you’ll add features that make the coilgun easier to use, such as a segmented case for the power supply and a voltage indicator to help you keep track of the charge. To make the design even better, you might want to make the battery housing bigger and add a port for loading projectiles.

When you’re working on this project, it’s important to always think about safety because the coilgun works with high voltage. But building the device is more than just a fun activity; it’s a chance to learn more about advanced electronics. You’re encouraged to share what you learn and your experiences with the community, which helps create a space where everyone can work together and keep getting better.

The improved 10-stage coilgun is an interesting project in the world of do-it-yourself electronics. It combines well-known electronic concepts with the latest manufacturing techniques. Your participation and feedback are vital as this project moves forward, helping to push the limits of what hobbyists can do.

Image Credit : Electronoobs

Filed Under: DIY Projects, Top News





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