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Justin Welby faces pressure to resign over Church abuse scandal

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Justin Welby faces pressure to resign over Church abuse scandal


The Archbishop of Canterbury is facing mounting pressure to resign after a damning report into abuse by a prolific child abuser associated with the Church of England.

Anglican priest Giles Fraser told the BBC the Most Rev Justin Welby had “lost the confidence of his clergy” and his position was untenable.

Three members of the Church’s parliament – the General Synod – have started a petition calling for Mr Welby to resign over his “failures” to report John Smyth QC’s “abhorrent” abuse of boys and young men at Christian summer camps.

A review of the Church’s handling of Smyth’s case said Mr Welby “could and should” have reported the case to authorities when details were presented to him in 2013.

Mr Welby acknowledged he should have more rigorously followed up the details and said last week he had considered resigning, but decided to stay in his role.

The Makin review into Smyth’s case said he might have been brought to justice for decades of abuse before his death in 2018 had he been formally reported to authorities a decade ago.

Smyth is believed to be the most prolific serial abuser to be associated with the Church of England, having subjected as many as 130 victims to traumatic physical, sexual, psychological and spiritual attacks.

One of his victims, Bishop of Guildford Andrew Watson, previously described the “excruciating and shocking” abuse he experienced.

Smyth died aged 75 while under investigation by Hampshire Police.

The review also noted that some Church leaders had been made aware of the abuse in 1982.

In a statement, Mr Welby said he was “deeply sorry that this abuse happened” and “sorry that concealment by many people who were fully aware of the abuse over many years meant that John Smyth was able to abuse overseas and died before he ever faced justice”.

He added: “I had no idea or suspicion of this abuse before 2013.”

The petition calling for Mr Welby’s resignation was created on Saturday by three of the General Synod’s almost 500 members, and is open to anyone to sign online. By Monday morning it had gathered over 1,500 signatures.

“Given his role in allowing abuse to continue, we believe that his continuing as the Archbishop of Canterbury is no longer tenable,” the petition reads.

“We must see change, for the sake of survivors, for the protection of the vulnerable, and for the good of the Church.”

Mr Fraser, vicar of St Anne’s Church at Kew, west London, told BBC Radio 4’s Today programme Mr Welby “really [had] to go”.

Recalling his own experience of abuse at school, Mr Fraser said such an experience was “very traumatic and stays with you”.

“This happened to me when I was seven, eight – I’m 60 in a few weeks’ time,” he said.

“The idea that people continued to be abused after the Church knew what was happening is disgraceful.”

At the weekend, the Church’s lead safeguarding bishop said she welcomed Mr Welby’s apology – and would not say whether he should resign.

“I really appreciate that the Archbishop has wholeheartedly apologised for what he could have and should have done differently in 2013,” the Rt Rev Joanne Grenfell, the Bishop of Stepney, told the BBC.

“I also recognise his commitment over the time of his tenure as Archbishop to really having tried to change safeguarding.”

Mr Welby said he hoped the Makin review would support the ongoing work of building a safer church here and around the world, and reiterated his “horror at the scale of John Smyth’s egregious abuse, as reflected in his public apology”.

BBC Action Line: If you have been affected by issues in this story, find our what support is available here.



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Macron and Starmer commit to Ukraine for ‘as long as necessary’

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Macron and Starmer commit to Ukraine for ‘as long as necessary’


France and the UK will support Ukraine for as long as necessary “to thwart Russia’s war of aggression”, French President Emmanuel Macron and Sir Keir Starmer have said.

The prime minister marked Armistice Day at the Tomb of the Unknown Soldier in Paris as a guest of Macron on Monday, and held a meeting with his French counterpart to talk about Russia’s invasion and stopping illegal migration in the Channel.

A statement from the Elysee Palace said the two leaders had reaffirmed their commitment to “support Ukraine unwaveringly”.

Their meeting comes as questions are being asked about US President-elect Donald Trump’s support for Ukraine after he said he could end the war “in one day”.

Macron personally invited the prime minister, to mark the 120th anniversary of the Entente Cordiale between France and the UK, which paved the way for greater diplomatic cooperation between the two countries.

The statement said the two leaders had reaffirmed their commitment to “support Ukraine unwaveringly and for as long as necessary to thwart Russia’s war of aggression”.

There were no details on whether the pair would support allowing Ukraine to use long-range Storm Shadow missiles deep into Russian territory.

The key decision-maker as far as London and Paris are concerned remains President Biden – who has so far have not given Ukraine permission to use long-range missiles against targets inside Russia, for fear of escalation.

Questions have been raised following Trump’s presidential election victory about what his second term could mean for US support for Ukraine and Nato.

Over the weekend, the Washington Post reported Trump has already spoken to Vladimir Putin – urging the Russian leader not to further escalate the war.

The Kremlin denied a phone call took place, claiming the Washington Post’s article “does not correspond at all to reality”.

Macron thanked Sir Keir for being the first British leader at the Champs-Élysées ceremony since Winston Churchill in 1944.

During the Armistice Day commemorations, Sir Keir also met French Prime Minister Michel Barnier before observing a minute’s silence.

Sir Keir and Macron laid a wreath at the statue of Churchill in Paris and travelled in an open roof car to review troops around the Arc de Triomphe.

During their meeting, Sir Keir and Macron also committed to “cooperation on migration in the Channel, particularly in the face of human trafficking networks,” a statement said.

The pair discussed European security and “the prospects for the relationship” between the EU and the UK, alongside discussions the humanitarian situation in Gaza.

“Finally, the two leaders reiterated their desire to deepen bilateral relations, particularly in the areas of security and defence,” the statement said.

Earlier, UK Defence Secretary John Healey said if the reports of the call were correct “then President Trump is exactly right to warn Putin against escalation in Ukraine”.

Speaking to BBC Breakfast, he said he expected the United States to “remain steadfast” in its support of Ukraine due to the strength of “bipartisan support” in the country.

“We have stepped up our support of Ukraine, we’re speeded up the delivery of aid, and we’re spending more now on Ukraine and supporting Ukraine than we ever have done before,” he added.

The UK and France have said backing Ukraine against Russia is essential when it comes to to protecting the European continent as a whole.

Trump has previously told Nato members to increase defence spending, saying he would let aggressors such as Russia do “whatever the hell it wants” to those that do not.

Bryan Lanza, who worked on Trump’s 2024 presidential campaign, told the BBC that Ukrainian President Volodymyr Zelensky had to have a “realistic vision for peace”, which would not involve ending the Russian annexation of Crimea.

However, a spokesperson for Donald Trump distanced him from the remarks, saying Mr Lanza “does not speak for him”.

The Armistice Day meeting between Starmer and Macron comes as fighting between Ukraine and Russia intensifies.

Exchanges at the weekend saw the largest drone attacks by both sides against each other since the start of the war, and Russia’s defence ministry said it intercepted 84 Ukrainian drones over six regions, including some approaching Moscow.

On Sunday, Treasury Minister Darren Jones told BBC One’s Sunday with Laura Kuenssberg programme that the government wanted to increase defence spending from 2.3% to 2.5% of the national income.

However, he did not say when the target would be reached or whether it would be met before the next election, which could be held in 2029, at the latest.



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Creating compact near-sensor computing chips via 3D integration of 2D materials

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Creating compact near-sensor computing chips via 3D integration of 2D materials


Near-sensor computing chips created via the monolithic 3D integration of 2D materials
Characterization of 2D materials and fabrication process flow for M3D integration. a, Optical image of a 2-inch sapphire wafer with MOCVD-grown MoS2. Scale bar, 2.5 cm (1 inch) b, The corresponding Raman spectrum with the characteristic E1 2g peak at 387 cm−1 and A1g peak at 404 cm−1. c, Optical image of commercially purchased monolayer graphene film on a copper substrate. Scale bar, 40 mm. d, The corresponding Raman spectra obtained using a 532 nm laser. e, Fabrication process flow of the 3D monolithic and heterogeneous integration of monolayer-MoS2- and graphene-based devices. Credit: Ghosh et al. (Nature Electronics, 2024).

Three-dimensional (3D) integration has opened new possibilities for the development of denser circuits with more interconnected electronic components. 3D integration approaches entail stacking multiple layers of electronic circuits together, ultimately producing more compact and efficient devices.

These electronics fabrication strategies can reduce both the size and the power consumption of electronics while also boosting their performance. An emerging 3D integration approach that has been found to be particularly promising is monolithic 3D (M3D) integration, which involves the construction of transistors layer by layer on the same substrate instead of bonding individual chips together.

Researchers at Pennsylvania State University recently developed highly compact near-sensor computing chips via the heterogeneous M3D integration of two-dimensional (2D) materials. Their paper, published in Nature Electronics, demonstrates the fabrication of these chips using scalable strategies that are compatible with existing manufacturing processes.

“M3D integration is being increasingly adopted by the semiconductor industry as an alternative to traditional through-silicon via technology, as a way to increase the density of stacked, heterogenous electronic components,” Subir Ghosh, Yikai Zheng and their colleagues wrote in their paper. “M3D integration can also provide transistor-level partitioning and material heterogeneity. However, there are few large-area demonstrations of M3D integration using non-silicon materials.”

As part of their recent study, Ghosh, Zheng and their colleagues set out to develop a sensing and near-sensor computing chip based on 2D electronics employing an M3D integration strategy. The chip they created integrates over 500 chemitransistors and over 500 memtransistors, with vertical interconnects (vias) that are 3 μm in size and at a 1 μm distance from each other.

“We report heterogeneous M3D integration of two-dimensional materials using a dense inter-via structure with an interconnect (I/O) density of 62,500 I/O per mm2,” Ghosh, Zheng and their colleagues wrote. “Our M3D stack consists of graphene-based chemisensors in tier 2 and molybdenum disulfide (MoS2) memtransistor-based programmable circuits in tier 1, with more than 500 devices in each tier. Our process allows the physical proximity between sensors and computing elements to be reduced to 50 nm, providing reduced latency in near-sensor computing applications.”

A key advantage of the M3D integration approach employed by the researchers is that the entire fabrication process takes place at temperatures under 200 °C. This means it is compatible with back-end-of-line integration processes currently used to fabricate semiconductor-based devices.

As part of their study, Ghosh, Zheng and their colleagues used the computing chip they developed for chemical codification. Specifically, they developed an alert system that could be used to identify and classify different chemicals.

The chemitransistors in the team’s chip were exposed to sugar solutions with different concentrations and the electrical signals they generated in response to these solutions were recorded. Subsequently, memtransistors processed the signals generated by the chemitransistors, converting them into analog and digital codes.

The findings of the team’s alert system demonstrations highlight the potential of the new near-sensing computing chip for processing and classifying chemicals. In the future, their proposed fabrication approach could be scaled up to develop chips with an even greater number of circuits and sensors, which could tackle more advanced classification tasks.

More information:
Subir Ghosh et al, Monolithic and heterogeneous three-dimensional integration of two-dimensional materials with high-density vias, Nature Electronics (2024). DOI: 10.1038/s41928-024-01251-8

© 2024 Science X Network

Citation:
Creating compact near-sensor computing chips via 3D integration of 2D materials (2024, November 10)
retrieved 10 November 2024
from https://techxplore.com/news/2024-11-compact-sensor-chips-3d-2d.html

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Just a moment…

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Just a moment…



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What do people think about smartglasses? New research reveals a complicated picture

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What do people think about smartglasses? New research reveals a complicated picture


smartglasses
Credit: Vika Glitter from Pexels

Smartglasses, a type of wearable device, have evolved rapidly since the pioneering yet ill-fated Google Glass received social backlash in 2013. Early adopters were nicknamed “Glassholes”, and the product never reached commercialization. No one could understand why people would want a weird-looking computer on their face taking photos and recording videos, and getting in the way of social interaction.

This is in stark contrast to the design and functionality of new and emerging smartglass technologies, such as Meta’s Ray-Ban Wayfarer Smart Glasses. These are almost indistinguishable from non-computerized eyewear. And while they are not the first to enter the commercial market, their second-generation tech has contributed to a surge in sales in the past year.

However, existing research into smartglasses tends to overlook the broader social risks and perceptions of them. Our new research begins to address these gaps. It examines how these devices are used in everyday contexts—and reveals the diverse and polarized perceptions Australians have towards them.

We found smartglass owners roam in packs and think they’re pretty cool—but non-owners are more likely to see the devices as endangering their privacy and facilitating anti-social behavior. While the two groups did have some common ground, our results make the need for regulation clear.

Owners and non-owners

Meta’s Ray-Ban smartglasses are a type of miniature, head-worn computer. They look like regular glasses but allow users to record videos, listen to music, make calls and livestream directly to Facebook. The latest version also has inbuilt artificial intelligence technology.

The glasses are considered a precursor to the commercialization of fully augmented reality (AR) eyewear. The augmentations are overlays that allow wearers to see and hear computer-generated information that appears responsive to the world around them.

By 2034, the virtual and augmented reality headset industry is expected to be worth US$370 billion.

We surveyed 1,037 adult Australians to understand their views about smartglasses.

Younger Australians are more likely than older groups to take up the technology. Interestingly, a significant majority (95.6%) of smartglass owners know someone else who owns smartglasses. This suggests the technology already has “in-groups”.

Younger device owners use their glasses more often than older owners. They also report higher instances of risky behaviors such as using the device while driving or in anti-social ways such as filming people without their consent.

This underscores the importance of enhanced regulation that prioritizes safety and mitigates risky behaviors.

While owners indicate their smart glasses align with their self-image and social status, non-owners express greater anxieties about privacy and anti-social risks.

Non-owners are particularly concerned about appropriate and safe use in shared spaces. They are much more likely to believe wearing and using the device in public is “rude, inappropriate, or offensive”.

Importantly, there are some shared views. For example, both groups recognize the potential benefits of smartglasses and feel similarly that the devices can help people. This bodes well for a future where technology might step in when our human senses are less able.

Potential bias

On face value, the findings reflect growing smartglass adoption, with more than half (58.6%) of participants reporting they own one of these devices. But this almost certainly doesn’t reflect smartglass ownership by the general public.

We used Facebook to advertise our survey, as millions of Australians use this social media platform. But the platform may have introduced bias by pushing the survey to smartglass enthusiasts. It’s also likely owners of smartglasses would be more inclined to answer a survey about the technology.

The market-leading position of Ray-Ban Meta devices may also mean some survey respondents are deeply embedded in the Meta technology ecosystem and are more likely to find the technology (and its many uses) acceptable.

Growing concerns, better regulation

Overall, our study underscores the need for robust regulation of smartglasses to ensure safe and beneficial use. Non-owners’ strong concerns about anti-social outcomes and the potential for misuse highlight the need for further research into how these devices are being used in public spaces.

The ability to surreptitiously record video and take photos has previously caught the attention of Australia’s privacy commissioner. But more recent concerns have emerged with students in the United States successfully installing advanced facial recognition software into a pair of Meta’s Ray-Ban smart glasses.

These concerns are set to grow as smartglasses become more sophisticated.

For example, in September, Meta CEO Mark Zuckerberg took to the stage of the company’s annual “Meta Connect” conference, sporting the company’s cutting-edge AR glasses.

The ethical and privacy implications of the widespread use of smartglasses give rise to serious concerns about data privacy, heightened surveillance and monitoring. This ultimately impacts public safety and well-being. Policymakers must closely monitor smartglass technology and establish frameworks that ensure privacy, security, and fundamental rights while promoting innovation.

Provided by
The Conversation


This article is republished from The Conversation under a Creative Commons license. Read the original article.The Conversation

Citation:
What do people think about smartglasses? New research reveals a complicated picture (2024, November 9)
retrieved 9 November 2024
from https://techxplore.com/news/2024-11-people-smartglasses-reveals-complicated-picture.html

This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no
part may be reproduced without the written permission. The content is provided for information purposes only.





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