1. Justin Welby resigns as archbishop of Canterbury over abuse scandal  Al Jazeera English
2. Church of England head resigns over handling of sex abuse scandal  CTV News
3. The four bishops at risk from child abuse cover-up report  The Telegraph
4. The archbishop and the abuser  The Economist
5. Archbishop of Canterbury Justin Welby resigns in abuse fallout: All to know  Al Jazeera English

Elon Musk a tenté de montrer lundi au tribunal que ses fameux tweets de 2018, sur sa volonté de sortir Tesla de la Bourse, n'avaient rien de trompeurs ou de frauduleux, contrairement aux accusations d'investisseurs qui disent avoir perdu des millions de dollars à cause du milliardaire.

Le patron de Tesla -- et de Twitter, depuis fin octobre -- a assuré qu'il n'avait "jamais" cherché à tromper les investisseurs, et que l'accusation de fraude était "scandaleuse".

Il avait créé la stupeur le 7 août 2018 en affirmant qu'il voulait retirer son groupe automobile de la Bourse au prix de 420 dollars par action, puis en assurant que le financement était "sécurisé".

"Je ne disais pas que c'était fait, je disais simplement que je l'envisageais, que j'y pensais. Et qu'à mon avis le financement était sécurisé", a déclaré Elon Musk à la barre, dans le tribunal de San Francisco où a lieu le procès.

La semaine dernière, le principal avocat des plaignants, Nicholas Porritt, avait accusé le dirigeant d'avoir "menti" et d'être responsable des pertes des investisseurs.

Le titre avait bondi dans la foulée des tweets très inhabituels (et le Nasdaq avait temporairement suspendu le cours de l'action Tesla), avant de décliner les jours suivants. Des articles de presse avaient fini par révéler que le patron n'avait pas vraiment les fonds.

Tesla était restée cotée en Bourse.

A travers ses questions, Nicholas Porritt a cherché à montrer qu'Elon Musk n'avait pas réalisé les consultations appropriées, et ne disposait pas ni des éléments nécessaires, ni de l'autorité pour faire une annonce aussi fracassante, surtout sur Twitter, et surtout pendant que les marchés étaient ouverts.

- "M. Tweet" -

L'avocat a mis en avant des échanges acerbes le 12 août 2018 entre le milliardaire et Yasir Al-Rumayyan, le directeur du fonds souverain saoudien, qui s'était engagé "catégoriquement" et "sans hésitation" à financer l'opération, selon Elon Musk.

"Le financement n'était pas vraiment sécurisé, n'est-ce pas?", a demandé M Porritt.

Yasir Al-Rumayyan a fait du "rétropédalage", a rétorqué le patron de Tesla.

Il a assuré qu'il avait de toute façon la possibilité de vendre ses actions de son autre fleuron, SpaceX, "l'entreprise non cotée la plus valorisée des Etats-Unis".

"Cela m'aurait brisé le cœur (de les vendre), mais je l'aurais fait si besoin", a-t-il déclaré, évoquant comment il avait dû se séparer d'actions de Tesla pour racheter Twitter l'année dernière.

Costume sombre, chemise blanche et cravate, il est apparu hésitant, ne se souvenant pas de nombreux emails et détails, et répondant souvent à côté des questions pour répéter à l'envie les messages qu'il voulait faire passer au jury.

Au point de faire perdre patience à l'avocat des investisseurs. "Nous avons passé toute une journée ensemble à Austin, vous vous en souvenez M. Tweet?!", a lancé Nicholas Porritt, avant de corriger pour "M. Musk".

- "Karma" -

L'accusation est aussi revenue sur le prix proposé par Elon Musk, 420 dollars par action. Aux Etats-Unis, les chiffres 4 et 20 accolés sont associés à la consommation de cannabis. Quand le milliardaire a proposé de racheter Twitter au printemps dernier, il a choisi un prix de 54,20 dollars par action.

"Avez-vous arrondi à 420 en guise de blague à l'attention de votre petite amie?", a demandé Nicholas Porritt.

"Ce n'était pas une blague, cela représentait une prime de 20% au-dessus du prix de l'action", a répondu Elon Musk, reconnaissant cependant qu'il y a "un certain karma autour de 420".

"Pas sûr que ce soit un bon ou un mauvais karma à ce stade", a-t-il encore plaisanté.

Son avocat Alex Spiro l'a ensuite aidé à dresser le portrait d'un immigré parti de rien, venu aux Etats-Unis - "là où les grandes choses sont possibles" - après une enfance "malheureuse" en Afrique du Sud, selon les mots du milliardaire.

"On m'a traité de fou à de nombreuses reprises", a déclaré Elon Musk après avoir énuméré les entreprises qu'il a cofondées.

Mais "à ce stade je crois que j'ai levé plus d'argent que quiconque dans l'histoire", s'est-il vanté, attribuant sa réussite à son "honnêteté" à l'égard des investisseurs.

Le procès doit durer trois semaines. Dans une précédente décision liée à cette affaire, un juge avait estimé que le fameux tweet de 2018 pouvait être considéré comme "faux et trompeur".

Le gendarme boursier américain, la SEC, avait de son côté obligé Elon Musk à céder la présidence du conseil d'administration, à payer une amende et à faire pré-approuver par un juriste ses tweets directement liés à l'activité de Tesla.

LONDON: The Archbishop of Canterbury Justin Welby resigned on Tuesday, saying he stepped down “in sorrow” after failing to ensure there was a proper investigation into allegations of abuse by a volunteer at Christian summer camps decades ago.

Welby, the spiritual leader of 85 million Anglicans worldwide, had faced calls to resign after a report last week found he had taken insufficient action to stop a person it described as arguably the Church of England’s most prolific serial abuser.

“Having sought the gracious permission of His Majesty The King, I have decided to resign as Archbishop of Canterbury,“ Welby said in a statement.

“I hope this decision makes clear how seriously the Church of England understands the need for change and our profound commitment to creating a safer church. As I step down I do so in sorrow with all victims and survivors of abuse.”

KOTA BHARU: Police have confirmed that the whistleblower who sent an open letter to the Yang di-Pertuan Agong regarding allegations of corruption in Sabah has received death threats.

Inspector-General of Police Tan Sri Razarudin Husain said the case is being investigated by the Bukit Aman Classified Crime Investigation Unit under Section 507 of the Penal Code, which addresses criminal intimidation through anonymous communication.

The 36-year-old male informant received a threatening call via WhatsApp from an unknown number.

“During the call, the suspect, believed to be a local man, threatened the informant in Mandarin, claiming to be from a hitman group and demanding the informant stay silent.

“The suspect warned that if the informant did not comply, he would be killed within 24 hours and called it a final warning,” Razarudin told Bernama today.

Razarudin said the suspect also sent two images, one of a pistol with ammunition and another showing a person shot in the street.

The informant expressed deep fear for his own safety and that of his family, he said.

“After receiving the WhatsApp message, the informant reported the incident and blocked the number. Since then, no further threats have been made,” Razarudin said, adding that the informant initially suspected that the phone number might belong to a scammer or was dialed incorrectly.

He said further checks revealed that the phone number was no longer in service and had no registered owner.

Razarudin added no other reports had been filed regarding this number, and the investigation returned no relevant records.

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A Road Trip through Italy’s Countryside

Alleged failures to address key issues lead to growing tensions between high-profile industry leaders in tech world

Archbishop of Canterbury Justin Welby speaks during a visit to the tomb of Oscar Arnulfo Romero in San Salvador on June 4, 2024. — AFP

The leader of the world's Anglicans, Archbishop of Canterbury Justin Welby, on Tuesday resigned following a damning report that concluded the...

The head of the Church of England, spiritual leader of the global Anglican Communion, is under pressure to resign after an investigation found that he failed to inform police about serial physical and sexual abuse by a volunteer at Christian summer camps as soon as he became aware of it.

Archbishop of Canterbury Justin Welby is facing mounting pressure to step down after a report revealed years of institutional cover-ups by the Church of England, allowing a known abuser to operate unchecked for years.

Archbishop of Canterbury Justin Welby, head of the Church of England and spiritual leader of the global Anglican Communion, resigned Tuesday after an investigation found that he failed to tell police about serial physical and sexual abuse by a volunteer at Christian summer camps as soon as he became aware of it.

Archbishop of Canterbury Justin Welby announced his resignation Tuesday, taking "personal and institutional responsibility" after an inquiry found he failed to promptly report abuse allegations against a Church of England volunteer.

The Canadian Soccer Association says an independent review confirmed the Paris Olympics drone-spying scandal was not an isolated misstep.

A "a collector of curiosities" once lived there.

The post Salem visitors can learn about this 1729 home by scanning a code appeared first on Boston.com.

According to the announcement, Lockly’s network of certified channel partners, along with new channel partners, will now be able to purchase their products from Scansource thus taking advantage of Scansource’s ability to rapidly fulfill orders.

Machine vision technology is emerging as a transformative force in driving productivity, enhancing quality control and revolutionizing packaging inspection processes.

May 17, 2013

In the headlines this week: a discussion of the Boston mayor's race and how communities of color are poised to make their coalitions heard. Also, this is not the first time the IRS has come under fire for targeting political activity; we'll take a look at the IRS, the NAACP and the black church.


Panelists:
- Callie Crossley, host, Under the Radar, 89.7 WGBH Radio
- Kim McLarin, author, Divorce Dog: Men, Motherhood and Midlife
- Phillip Martin, senior reporter, 89.7 WGBH Radio
- Kevin Peterson, executive director, The New Democracy Coalition
- Kenneth Cooper, editor, The Trotter Review, Trotter Institute, UMass Boston

Archbishop of Canterbury Justin Welby, leader of the Church of England and the global Anglican Communion, has announced that he will be resigning amid outrage over an abuse cover-up scandal.

By nominating a civilian such as Andrei Belousov for the post of the Defence Minister, Vladimir Putin continued the tradition that had developed during his service. General Sergei Ivanov was the first minister appointed by Putin. Ivanov came from intelligence (he headed the military department from 2001 to 2007), and was replaced (under President Dmitry Medvedev) by the former chief tax officer Anatoly Serdyukov. Serdyukov served at the post for five years. Sergei Shoigu, a civil engineer by training and the founder of the Ministry of Emergency Situations, chaired the Defence Ministry in 2012 (he left the post of the Moscow region governor). Andrei Belousov is 65 years old. He has been associated with economics all his life. After graduating from the Department of Economics of the Moscow State University, he took up scientific activities — first at the Central Institute of Economics and Mathematics of the USSR Academy of Sciences, then at the Institute of Economics and Forecasting of Scientific and Technological Progress of the USSR Academy of Sciences. In 1990-2006, he served as a senior researcher and head of a laboratory at the Institute of Economic Forecasting of the Russian Academy of Sciences.

Russian figure skater Kamila Valieva said that she was emotionally tired of the doping scandal, in which she found herself at the Beijing Olympics. "These days have been very hard for me, there are not enough emotions. I am happy, but I am emotionally tired. There are tears of happiness and grief a little. But, of course, I am happy to be at the Olympics. I will try to represent our country and I hope that I will be as motivated as possible to show a good result,” said Valieva. According to the athlete, she saw all the good wishes, and even banners in her support in the streets of Moscow.

RFID technology does not just exist since yesterday, but especially now, it has a major impact on the profits and losses of companies, for example in retail and logistics. RFID tags that are attached to goods can be read with mobile computers in such a way that real-time results for transactions, stock levels or the order history of customers are displayed.

By Bryan Luna, freelance writer.

Read on to learn the different types and features present in various barcode scanners to make the right decision for your business and employee needs.

Fifty years ago, the first retail barcode was scanned, marking a pivotal moment in computing history by linking a physical product to its digital identity.

To commemorate this milestone and in conjunction with Cambridge Tech Week, Orca Scan has launched a new exhibition, ‘Celebrating 50 Years of Barcode Scanning’, in collaboration with Datalogic and the Centre for Computing History.

Jisp, the retail technology company, has marked the three-year anniversary of its Scan & Save app achieving high performance figures. Jisp reports that, since its launch in 2021, Scan & Save has earned retailers almost £6million while shoppers have saved over £2.2million in that time.

[Politics] :
Myung Tae-kyun, a self-proclaimed political consultant and a key figure in a high-profile scandal involving the president and first lady, was questioned by the prosecution for the second consecutive day on Saturday. The Changwon District Prosecutors' Office grilled Myung for over 12 hours on Saturday ...

[more...]

The correct determination of X-ray transmission at X-ray nanoprobes equipped with small beamstops for small- and wide-angle X-ray scattering collection is an unsolved problem with huge implications for data correction pipelines. We present a cost-effective solution to detect the transmission via the X-ray fluorescence of the beamstop with an avalanche photodiode.

A new processing technique for synchrotron scanning 3D X-ray diffraction data is introduced, utilizing symmetric Bragg reflections hkl and hkl, known as Friedel pairs. This technique is designed to tackle the difficulties associated with large, highly deformed, polyphase materials, especially geological samples.

The impact of sample thickness and experimental noise on angular correlation analysis from scanning electron nanobeam diffraction patterns of disordered carbon are investigated and analyzed regarding the interpretability of the analysis results.

Quantitative X-ray diffraction approaches require careful correction for sample transmission. Though this is a routine task at state-of-the-art small-angle X-ray scattering (SAXS), wide-angle X-ray scattering (WAXS) or diffraction beamlines at synchrotron facilities, the transmission signal cannot be recorded concurrently with SAXS/WAXS when using the small, sub-millimetre beamstops at many X-ray nanoprobes during SAXS/WAXS experiments due to the divergence-limited size of the beamstop and the generally tight geometry. This is detrimental to the data quality and often the only solution is to re-scan the sample with a PIN photodiode as a detector to obtain transmission values. In this manuscript, we present a simple yet effective solution to this problem in the form of a small beamstop with an inlaid metal target for optimal fluorescence yield. This fluorescence can be detected with a high-sensitivity avalanche photodiode and provides a linear counter to determine the sample transmission.

The present study introduces a processing strategy for synchrotron scanning 3D X-ray diffraction (s3DXRD) data, aimed at addressing the challenges posed by large, highly deformed, polyphase materials such as crystalline rocks. Leveraging symmetric Bragg reflections known as Friedel pairs, our method enables diffraction events to be precisely located within the sample volume. This method allows for fitting the phase, crystal structure and unit-cell parameters at the intra-grain scale on a voxel grid. The processing workflow incorporates several new modules, designed to (i) efficiently match Friedel pairs in large s3DXRD datasets containing up to 108 diffraction peaks; (ii) assign phases to each pixel or voxel, resolving potential ambiguities arising from overlap in scattering angles between different crystallographic phases; and (iii) fit the crystal orientation and unit cell locally on a point-by-point basis. We demonstrate the effectiveness of our technique on fractured granite samples, highlighting the ability of the method to characterize complex geological materials and show their internal structure and mineral composition. Additionally, we include the characterization of a metal gasket made of a commercial aluminium alloy, which surrounded the granite sample during experiments. The results show the effectiveness of the technique in recovering information about the internal texture and residual strain of materials that have undergone high levels of plastic deformation.

In the realm of X-ray ptychography experiments, a considerable amount of ptychography scans are typically performed within a field of view encompassing the target sample. While it is crucial to obtain overlapping scans in small increments over the region of interest for achieving high-resolution sample reconstruction, a significant number of these scans often redundantly measure the empty background within the wide field of view. To address this inefficiency, an innovative algorithm is proposed that introduces automatic guidance for data acquisition. The algorithm first directs the scan point to actively search for the object of interest within the field of view. Subsequently, it intelligently scans along the perimeter of the sample, strategically acquiring measurements exclusively within the boundary of the region of interest. By employing this approach, a reduction in the number of measurements required to obtain high-resolution reconstruction images is demonstrated, as compared with conventional raster scanning methods. Furthermore, the automatic guidance provided by the algorithm offers the added advantage of saving valuable time during the reconstruction process. Through practical implementation on real experiments, these findings showcase the efficacy of the proposed algorithm in enhancing the efficiency and accuracy of X-ray ptychography experiments. This novel approach holds immense potential for advancing sample analysis and imaging techniques in various scientific disciplines.

Synchrotron-radiation-based techniques are a powerful tool for the investigation of materials. In particular, the availability of highly brilliant sources has opened the possibility to develop techniques sensitive to dynamics at the atomic scale such as X-ray photon correlation spectroscopy (XPCS). XPCS is particularly relevant in the study of glasses, which have been often investigated at the macroscopic scale by, for example, differential scanning calorimetry. Here, we show how to adapt a Flash calorimeter to combine XPCS and calorimetric scans. This setup paves the way to novel experiments requiring dynamical and thermodynamic information, ranging from the study of the crystallization kinetics to the study of the glass transition in systems that can be vitrified thanks to the high cooling rates reachable with an ultrafast calorimeter.

Nanoscale structural and electronic heterogeneities are prevalent in condensed matter physics. Investigating these heterogeneities in 3D has become an important task for understanding material properties. To provide a tool to unravel the connection between nanoscale heterogeneity and macroscopic emergent properties in magnetic materials, scanning transmission X-ray microscopy (STXM) is combined with X-ray magnetic circular dichroism. A vector tomography algorithm has been developed to reconstruct the full 3D magnetic vector field without any prior noise assumptions or knowledge about the sample. Two tomographic scans around the vertical axis are acquired on single-crystalline Nd2Fe14B pillars tilted at two different angles, with 2D STXM projections recorded using a focused 120 nm X-ray beam with left and right circular polarization. Image alignment and iterative registration have been implemented based on the 2D STXM projections for the two tilts. Dichroic projections obtained from difference images are used for the tomographic reconstruction to obtain the 3D magnetization distribution at the nanoscale.

X-ray and neutron scattering have long been used for structural characterization of cellulose in plants. Due to averaging over the illuminated sample volume, these measurements traditionally overlooked the compositional and morphological heterogeneity within the sample. Here, a scanning tomographic imaging method is described, using contrast derived from the X-ray scattering intensity, for virtually sectioning the sample to reveal its internal structure at a resolution of a few micrometres. This method provides a means for retrieving the local scattering signal that corresponds to any voxel within the virtual section, enabling characterization of the local structure using traditional data-analysis methods. This is accomplished through tomographic reconstruction of the spatial distribution of a handful of mathematical components identified by non-negative matrix factorization from the large dataset of X-ray scattering intensity. Joint analysis of multiple datasets, to find similarity between voxels by clustering of the decomposed data, could help elucidate systematic differences between samples, such as those expected from genetic modifications, chemical treatments or fungal decay. The spatial distribution of the microfibril angle can also be analyzed, based on the tomographically reconstructed scattering intensity as a function of the azimuthal angle.

Achieving diffraction-limited performance in fourth-generation synchrotron radiation sources demands monochromator crystals that can preserve the wavefront across an unprecedented extensive range. There is an urgent need for techniques of absolute crystal diffraction wavefront measurement. At the Beijing Synchrotron Radiation Facility (BSRF), a novel edge scan wavefront metrology technique has been developed. This technique employs a double-edge tracking method, making diffraction-limited level absolute crystal diffraction wavefront measurement a reality. The results demonstrate an equivalent diffraction surface slope error below 70 nrad (corresponding to a wavefront phase error of 4.57% λ) r.m.s. within a nearly 6 mm range for a flat crystal in the crystal surface coordinate. The double-edge structure contributes to exceptional measurement precision for slope error reproducibility, achieving levels below 15 nrad (phase error reproducibility < λ/100) even at a first-generation synchrotron radiation source. Currently, the measurement termed double-edge scan (DES) has already been regarded as a critical feedback mechanism in the fabrication of next-generation crystals.

Phenuiviridae nucleoprotein is the main structural and functional component of the viral cycle, protecting the viral RNA and mediating the essential replication/transcription processes. The nucleoprotein (N) binds the RNA using its globular core and polymerizes through the N-terminus, which is presented as a highly flexible arm, as demonstrated in this article. The nucleoprotein exists in an `open' or a `closed' conformation. In the case of the closed conformation the flexible N-terminal arm folds over the RNA-binding cleft, preventing RNA adsorption. In the open conformation the arm is extended in such a way that both RNA adsorption and N polymerization are possible. In this article, single-crystal X-ray diffraction and small-angle X-ray scattering were used to study the N protein of Toscana virus complexed with a single-chain camelid antibody (VHH) and it is shown that in the presence of the antibody the nucleoprotein is unable to achieve a functional assembly to form a ribonucleoprotein complex.

In this work, regenerated cellulose textile fibers, Ioncell-F, dry-wet spun with different draw ratios, have been investigated by scanning wide-angle X-ray scattering (WAXS) using a mesoscopic X-ray beam. The fibers were found to be homogeneous on the 500 nm length scale. Analysis of the azimuthal angular dependence of a crystalline Bragg spot intensity revealed a radial dependence of the degree of orientation of crystallites that was found to increase with the distance from the center of the fiber. We attribute this to radial velocity gradients during the extrusion of the spin dope and the early stage of drawing. On the other hand, the fiber crystallinity was found to be essentially homogeneous over the fiber cross section.

Using a 5 µm-diameter X-ray beam, we collected scanning X-ray microdiffraction in both the small-angle (SAXS) and the wide-angle (WAXS) regimes from thin sections of fixed human brain tissue from Alzheimer's subjects. The intensity of scattering in the SAXS regime of these patterns exhibits essentially no correlation with the observed intensity in the WAXS regime, indicating that the structures responsible for these two portions of the diffraction patterns, which reflect different length scales, are distinct. SAXS scattering exhibits a power-law behavior in which the log of intensity decreases linearly with the log of the scattering angle. The slope of the log–log curve is roughly proportional to the intensity in the SAXS regime and, surprisingly, inversely proportional to the intensity in the WAXS regime. We interpret these observations as being due to the presence of sub-micrometre-sized voids formed during dehydration of the fixed tissue. The SAXS intensity is due largely to scattering from these voids, while the WAXS intensity derives from the secondary structures of macromolecular material surrounding the voids. The ability to detect and map the presence of voids within thin sections of fixed tissue has the potential to provide novel information on the degradation of human brain tissue in neurodegenerative diseases.

Geological samples are inherently multi-scale. Understanding their bulk physical and chemical properties requires characterization down to the nano-scale. A powerful technique to study the three-dimensional microstructure is X-ray tomography, but it lacks information about the chemistry of samples. To develop a methodology for measuring the multi-scale 3D microstructure of geological samples, correlative X-ray micro- and nanotomography were performed on two rocks followed by scanning electron microscopy with energy-dispersive spectroscopy (SEM-EDS) analysis. The study was performed in five steps: (i) micro X-ray tomography was performed on rock sample cores, (ii) samples for nanotomography were prepared using laser milling, (iii) nanotomography was performed on the milled sub-samples, (iv) samples were mounted and polished for SEM analysis and (v) SEM imaging and compositional mapping was performed on micro and nanotomography samples for complimentary information. Correlative study performed on samples of serpentine and basalt revealed multiscale 3D structures involving both solid mineral phases and pore networks. Significant differences in the volume fraction of pores and mineral phases were also observed dependent on the imaging spatial resolution employed. This highlights the necessity for the application of such a multiscale approach for the characterization of complex aggregates such as rocks. Information acquired from the chemical mapping of different phases was also helpful in segmentation of phases that did not exhibit significant contrast in X-ray imaging. Adoption of the protocol used in this study can be broadly applied to 3D imaging studies being performed at the Advanced Light Source and other user facilities.

The 2024 Summer Fancy Food Show marked the first time that the Kayco Kosher division had a presence, marking its debut into the specialty food market with a focus on the Manischewitz and Tuscanini brands.

This recipe brings together multiple components with which most American consumers are quite familiar: flatbread, pesto, scrambled eggs, vegetables and a creamy sauce.

The expanded detection capabilities enable homeland security agencies, EOD units, defense forces and first responders to detect and identify a wider range of dangerous explosives and narcotics evolving threats within seconds.

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Dr. Morrone says, &quot;no one enjoys biting down on that gooey, drippy impression material. Our practice is leading the way to straight teeth, faster, without that inconvenience.&quot;

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MS Detection's sensors, products and solutions will increase the level of security in border control checkpoints, EOD units, aviation security and air cargo screening activities.

Among the high level of certifications – all the Company's detection products are TUV certified and without any radioactive source ensuring full safety and protection to the security screening personnel.

MS Detection's sensors, products and solutions will increase the level of security and passenger throughput in aviation security, air cargo, border control and critical infrastructure sites.

In 1957 a researcher Russell Kirsch of Gaithersburg Maryland created a breakthrough that would revolutionize the business world.

Mean time to remediate most common critical vulnerabilities remains over 2 months