Ex-Facebook Diversity Manager Admits to Defrauding Company of $4 Million in Kickback Scheme, Say Federal Authorities

A former diversity program manager at Facebook has admitted to stealing over $4 million from the company through fraudulent business deals in exchange for kickbacks, as per the Justice Department.

Barbara Farlow Smiles, who served as Facebook’s chief strategist and global head of employee resource groups and diversity engagement, used the stolen funds to support a lavish lifestyle across multiple states, according to prosecutors.

From January 2017 to September 2021, Farlow Smiles oversaw the diversity, equity, and inclusion (DEI) program at Facebook and was entrusted with DEI initiatives and operations, as well as engagement programs, as per the Department of Justice.

Authorities disclosed that Farlow Smiles had access to company credit cards and had the authority to approve invoices, and used various individuals, including friends and relatives, to funnel kickbacks to her.

Barbara Farlow-Smiles has pleaded guilty to defrauding Facebook. Amazon

Individuals allegedly recruited by Farlow Smiles to participate in the kickback scheme included former interns, a college tutor, a hairstylist, babysitter, and a nanny, as per authorities.

It remains uncertain if anyone associated with Farlow Smiles has been charged in connection with the incident.

Farlow Smiles also misled Facebook into providing funds to an organization that did not deliver any kickbacks, including payments to an artist and an unnamed preschool.

Barbara Furlow-Smiles pictured at the 2018 Facebook DEI event. meta

To avoid scrutiny, Farlow Smiles submitted false expense reports, falsely claiming that individuals had provided marketing or merchandise at Facebook event vendors.

Farlow Smiles “abused her position at Facebook to defraud the company and undermine the importance of its DEI mission,” said U.S. Attorney Ryan K. Buchanan after her guilty plea on Tuesday.

“Driven by greed, she orchestrated an elaborate criminal scheme, engaging fraudsters to pay kickbacks in cash, and involving her relatives, friends, and other associates in the crime, all to finance her lavish lifestyle through fraud rather than through hard, honest work,” Buchanan added.

“Farlow Smiles used lies and deception to defraud both vendors and Facebook employees,” said FBI Special Agent Kelly Farley.

The Justice Department said Mr. Mehta provided valuable assistance to the investigation. LinkedIn / Barbara Farlow Smiles

The Justice Department commended Mr. Mehta for providing valuable assistance and cooperation during the investigation.

“We are cooperating with law enforcement in the case involving this former program manager and will continue to do so,” Mehta said in a statement.

As part of a two-step fraud scheme, Farlow Smiles used apps such as Venmo and PayPal linked to her company credit card, and submitted false expense reports to cover her tracks.

Barbara Farlow-Smiles is scheduled to be sentenced in March next year. LinkedIn / Barbara Farlow Smiles
Barbara Furlow-Smiles helped lead DEI initiatives at Facebook. Getty Images

Most employees were reportedly unaware that the funds were coming from Facebook and returned the funds to Farlow Smiles in cash or through direct deposit. Federal authorities disclosed that the cash was sometimes delivered to Farlow Smiles wrapped in t-shirts and other items.

In the second part of her plan, Farlow Smiles directed Facebook to use businesses owned by friends and then approved “fraudulent and inflated invoices” on behalf of the vendors in exchange for kickbacks.

Farlow Smiles is set to be sentenced on March 19, 2024.

Source: nypost.com

Breathing Easy: The World Can Now Relax.

Washington University in St. Louis published a new study on December 17, 2023, examining the health risks of PM2.5 and global reduction efforts. The study found that global PM2.5 exposure has decreased since 2011, mainly due to China’s efforts. The researchers emphasize the health benefits of exposure reduction and emphasize the need for continued monitoring and mitigation efforts, especially in densely populated areas.

The study, conducted by researchers at Washington University, quantified changes in air pollution from 1998 to 2019 and concluded that further mitigation efforts are still needed.

PM2.5, which is 2.5 micrometers or smaller, poses a significant global environmental health risk. It can lead to respiratory diseases such as asthma and bronchitis, cardiovascular diseases such as heart attacks and high blood pressure, and permanent developmental problems in children. Exposure to PM2.5 is also associated with an increased risk of premature death.

To address these negative effects, several countries, including China, have reduced their exposure to PM2.5. Yet, the study raises questions about the effectiveness of these efforts and which regions are making the most progress in driving PM2.5 reductions.

The research, led by Randall Martin, examined PM2.5 data from 1998 to 2019 and found that China’s strict air quality controls were the biggest cause of the global reversal in PM2.5 exposure. This reduced exposure resulted in 1.1 million fewer premature deaths in China between 2011 and 2019, as well as improved health outcomes more generally.

Overall, the study underscores the need for continued reductions in PM2.5 exposure globally and emphasizes the importance of sustained monitoring, especially in poorly monitored but highly populated regions such as South Asia and the Middle East. The success in PM2.5 reduction demonstrates the benefits of mitigation efforts and provides motivation for further progress.

Source: scitechdaily.com

Report: Apple Faces Potential Heavy Fines in App Store and Spotify Dispute

European Union regulators are expected to impose a ban on the App Store rules affecting some music streaming services and potentially levy heavy fines on Apple, according to a report by Bloomberg News published on Wednesday.

Based on the report, EU authorities are in the process of finalizing a decision that would prevent Apple from blocking music services that redirect users from the App Store to alternative subscription options, citing sources familiar with the investigation.

An article by Bloomberg suggests that Apple could face fines of up to 10% of its annual revenue. Reuters
Spotify alleged that it had to raise monthly subscription prices to offset costs associated with Apple’s App Store regulations. AFP (via Getty Images)

The decision is expected to be announced early next year, with potential fines for Apple amounting to up to 10% of its annual revenue, as reported by Bloomberg.

The investigation was triggered by a complaint from Sweden’s Spotify Technology four years ago, claiming that it was compelled to raise monthly subscription prices due to costs related to Apple’s App Store rules.

Earlier this year, the European Commission filed a complaint against Apple, deeming the conditions to be unnecessary and potentially resulting in increased costs for customers.

The European Commission expressed that the App Store conditions were unnecessary and could lead to higher costs for customers. alamy stock photo

Apple did not respond to Reuters’ request for comment, and a spokesperson for the European Commission declined to comment on the matter.

Apple’s stock saw a slight increase in afternoon trading.

Source: nypost.com

Unraveling Subtle Mysteries with “Donut” Rays

Researchers at the University of Boulder have advanced the field of ptychography by innovating a new imaging method using donut-shaped light beams. This technique enables detailed imaging of small regularly patterned structures such as semiconductors, overcoming previous limitations of conventional microscopy. This advance promises significant improvements in nanoelectronics and biological imaging. (Artist’s concept) Credit: SciTechDaily.com

In a new study, researchers at the University of Boulder used a donut-shaped beam of light to take detailed images of objects too small to be seen with traditional microscopes.

Advances in Nanoelectronic Imaging

This new technology could help scientists improve the inner workings of a variety of ‘nanoelectronics’, including miniature ones. The semiconductor inside a computer chip. This discovery was featured in a special issue on December 1st. Optics and Photonics News called Optics in 2023.

Ptychography: A Lens into the Microscopic World

This research is the latest advance in the field of ptychography, a challenging yet powerful technique for seeing very small things. Unlike traditional microscopes, ptychography tools do not directly observe small objects. Instead, it shines a laser at a target and measures how the light is scattered. This is a bit like making shadow puppets on a wall when viewed through a microscope.

A scattering pattern produced by donut-shaped rays of light reflecting off an object with a regularly repeating structure. Credit: Wang et al., 2023, optica

Overcoming Ptychography Challenges

So far, the approach has worked surprisingly well, with one major exception, said Margaret Mahne, the study’s lead author and distinguished professor of physics.

“Until recently, we had been completely unsuccessful with highly periodic samples or objects with regularly repeating patterns,” says the UW-Boulder and National Institute of Standards and Technology (NIST) collaboration. Margaret, a fellow at JILA, said, “That’s a problem because this has a lot of nanoelectronics in it.”

She pointed out that many important technologies, such as some semiconductors, are made up of atoms such as silicon and carbon bonded in regular patterns, like small grids or meshes. So far, it has proven difficult for scientists to observe these structures up close using ptychography.

Donut-shaped beams of light scatter from incredibly small structures. Credit: Wang et al., 2023, optica

A Breakthrough in Donut-Shaped Light

But in a new study, Murunet and colleagues have come up with a solution. Instead of using a traditional laser in a microscope, they generated a donut-shaped beam of extreme ultraviolet light.

The researchers’ new approach can collect precise images of small, delicate structures that are around 10 to 100 nanometers in size, or many times smaller than a millionth of an inch. In the future, researchers expect to be able to zoom in and observe even smaller structures. The donut beam, or angular momentum beam of light, also does not damage small electronic equipment during the process, as existing imaging tools such as electron microscopes do.

“In the future, this method could be used to inspect polymers used in semiconductor manufacturing and printing for defects without damaging the structure during the process,” Mahne said. Stated.

Bin Wang and Nathan Brooks, who received their PhDs from JILA in 2023, are the lead authors of this new study.

Pushing the Limits of Microscopy

Mahne said this research pushes the fundamental limits of microscopy. Because of the physics of light, lens-based imaging tools can only see the world to a resolution of about 200 nanometers, which is not precise enough to capture many viruses. For example, those that infect humans. Although scientists can freeze viruses to death and view them with powerful cryo-electron microscopes, they still cannot capture the activity of these pathogens in real time.

Ptychography, developed in the mid-2000s, could help researchers break through that limit.

How ptychography works
To understand how, go back to shadow puppets. Imagine that a scientist wants to collect stylized images of very small structures, perhaps the letters that spell “CU.” To do this, they first shine a laser beam on the text and scan the text multiple times. When light hits “C” and “U” (in this case the dolls), the light rays break and scatter, creating a complex pattern (shadow). Scientists record those patterns using sensitive detectors and analyze them using a series of mathematical formulas. Given enough time, they will perfectly recreate the shape of the doll from the shadow it casts, Mahne explained.

Evolution to Finer Details

Stated. Bin Wang and Nathan Brooks, who received their PhDs from JILA in 2023, are the lead authors of this new study. Other co-authors of the new study include physics professor and JILA fellow Henry Kaptein, current and former JILA graduate students Peter Johnsen, Nicholas Jenkins, Yuka Esashi, Iona Binney, Includes Michael Tanksalvara.

Reference: “High-fidelity ptychographic imaging of highly periodic structures enabled by vortex harmonic beams” Michael Tanksalvala, Henry C. Kapteyn, Bin Wang, Peter Johnsen, Yuka Esashi, Iona Binnie, Margaret M. Murnane, Nicholas W. Jenkins, and Nathan J. Brooks, September 19, 2023, optica.
DOI: doi:10.1364/OPTICA.498619

Source: scitechdaily.com

Elon Musk’s request for nearly $900 million in Starlink subsidies denied by FCC

Republican critics were furious after the Federal Communications Commission rejected nearly $900 million in subsidies for Elon Musk’s Starlink internet service, calling it a revenge move by the Biden administration. did.

Musk’s SpaceX was appealing a 2022 FCC move that denied the company access to about $886 million in subsidies as part of a government program to boost rural internet service. .

The five-member FCC, led by Democratic-appointed Commissioner Jessica Rosenworcel, affirmed the decision on Tuesday, finding that Starlink “has failed to demonstrate that it can deliver its promised services.”

republican party FCC Commissioner Brendan Carr objects. In the decision, Musk claimed that “President Biden has given the green light to federal agencies” after the billionaire bought Twitter for $44 billion last year.

In August, the Department of Justice sued SpaceX, accusing it of discriminating against refugees and asylees in its hiring practices. SpaceX fired back, arguing that the federal government’s lawsuit is unconstitutional.

Kerr said the FCC’s denial of the subsidy “certainly falls within the Biden administration’s pattern of regulatory harassment.”

Another Republican, Nathan Symington, agreed with Kerr and argued that his colleagues at the FCC improperly set SpaceX’s 2025 performance standards three years early.

Starlink’s application for nearly $900 million in government grants was denied. AFP (via Getty Images)
The recent failure of SpaceX’s Starship rocket has been cited as a potential cause for concern. zumapress.com

“What’s the point in having an agreement to build service by 2025 if the FCC can keep it there until 2022 on a whim?” Symington said.

When the FCC initially denied SpaceX’s grant application, Musk’s company had already won approval to provide satellite-based, high-speed broadband Internet service to about 642,000 rural locations in 35 U.S. states. Was. At the time, Rosenworcel expressed concern that Starlink’s internet was not reaching the “promised speeds.”

The agency this week cited some of its concerns over the recent failure of SpaceX’s Starship, which exploded shortly after liftoff last month.

Elon Musk criticized the FCC for this decision. Reuters

“After a careful legal, technical and policy review, the FCC has determined that this applicant will be eligible for approximately $900 million in Universal Service Funds over approximately 10 years,” Rosenworcel said in a statement. We judged that the burden was not fulfilled.”

Musk personally slammed the FCC’s decision, writing to X that Starlink is “the only company actually solving rural broadband at scale!”

“What actually happened was that the companies that lobbied for this large allocation (not us) thought they were going to win, but instead they lost to Starlink. So now they’re changing the rules so that SpaceX can’t compete,” Musk said.

Musk has frequently clashed with the Biden administration since President Biden took office in 2020. The billionaire called Biden a “wet-sock puppet” and accused the president of disrespecting Tesla despite the company’s leading role in the development of electric cars. The government will support you.

Meanwhile, Musk’s business faces multiple federal investigations, including an ongoing investigation by the National Highway Traffic Safety Administration into the company’s Autopilot self-driving assist technology.

Tesla on Wednesday announced a major recall of 2 million vehicles over concerns that the vehicles lacked adequate safety features to “prevent driver misuse.”

Source: nypost.com

NASA’s Exciting Test Phase for Dream Chaser

NASA and Sierra Space are making progress toward the company’s Dream Chaser spacecraft’s maiden flight to the International Space Station. The unmanned cargo spaceplane is scheduled to begin demonstration missions to orbital complexes in 2024 as part of NASA’s commercial resupply services. Credit: Sierra Space

NASA and Sierra Space are testing the Dream Chaser spacecraft at the Neil Armstrong Test Facility, with a focus on environmental simulation for future ISS missions. After testing, the spacecraft will head to Kennedy Space Center for launch in 2024.

NASA and Sierra Space are preparing for the maiden flight of their Dream Chaser spacecraft. international space station. Dream Chaser and its accompanying cargo module “Shooting Star” NASA’s Neil Armstrong Test Facility It will fly in Sandusky, Ohio, for environmental testing, scheduled to begin in mid-December ahead of its first flight scheduled for early 2024.

State-of-the-art testing equipment

The Neil Armstrong Test Facility, part of NASA’s Glenn Research Center in Cleveland, has multiple test facilities including the Space Environment Complex and the Space Propulsion Facility, both of which will be home to Dream Chaser. The complex includes a mechanical vibration facility that exposes test articles to the harsh conditions of launch.

During Armstrong’s stay, the Dream Chaser winged spacecraft will be stacked atop the Shooting Star cargo module on a vibration table, experiencing vibrations similar to those experienced during liftoff or atmospheric re-entry.

NASA and Sierra Space are making progress toward the company’s Dream Chaser spacecraft’s maiden flight to the International Space Station. The unmanned cargo spaceplane is scheduled to begin demonstration missions to orbital complexes in 2024 as part of NASA’s commercial resupply services. Credit: Sierra Space/Shay Saldana

Rigorous space simulation

After vibration testing, Dream Chaser will be moved to the propulsion facility for thermal vacuum testing. Dream Chaser is placed in a vacuum and exposed to low ambient pressure, low background temperature, and simulated dynamic solar heating, simulating the environment the spacecraft will encounter during its mission. This facility is the only facility capable of testing full-scale upper stage rockets and rocket engines under simulated space conditions and conducting high-temperature fires.

After testing at Armstrong, Dream Chaser will be transported to NASA’s Kennedy Space Center in Florida for further launch preparations, and is currently scheduled to launch in the first half of 2024.

Source: scitechdaily.com

FTC warns of increasing QR code scams – Tips to safeguard against them

Since the COVID-19 pandemic, codes have grown in popularity and their use in the form of paperless menus and invoices has skyrocketed. But the convenience and efficiency of scannable codes comes with threats. Users can easily fall victim to fraud. According to a report by Check Point cybersecurity experts: 587% increase In phishing, or “kissing,” the Federal Trade Commission is also warning consumers who may be putting their personal information at risk. Cybercriminals send legitimate codes (also known as “quick response” codes, traditionally seen as a mix of white and black pixels that direct the scanner to a website) by sending the scanner to a fake site. It can be hidden with a unique code that steals personal and private information. Install malware. Fake codes can be found in public places, such as parking meters, or sent via texts or emails claiming there was suspicious activity on your account or there was a problem with your package delivery. There is also. The coronavirus pandemic has seen a surge in the use of codes, offering consumers a completely paperless way to view menus, pay bills, and fill out forms. adobe stock “We want you to scan a code and open a URL without thinking,” the FTC said. was warned about Wednesday’s blog post. To protect yourself, the FTC advised inspecting before opening them to make sure they haven’t been spoofed by misspellings or transposed characters. The agency also recommends not opening codes from unexpected communications (such as urgent messages indicating problems with your account), keeping your phone updated and enabling two-factor authentication. The FTC warned the public not to scan random codes and to be suspicious of unsolicited communications containing codes. adobe stock The Federal Bureau of Investigation’s September blog post also urged consumers to be skeptical and “suspicious” of codes that request login information after scanning, and further warned consumers not to scan codes that appear to have been “tampered with.” did.

Source: nypost.com

A cluster of stripped helium stars found in the Magellanic Cloud by astronomers

Removing the hydrogen-rich layer from a main-sequence star exposes the helium-rich core. Such stripped helium stars are known at high and low masses, but not at intermediate masses, despite theoretical predictions that they should be common. In a new study, astronomers at the University of Toronto and elsewhere used ultraviolet photometry to identify candidates for stripped helium stars in two nearby dwarf galaxies, the Large and Small Magellanic Clouds. We observed 25 such candidate stars using optical spectroscopy. Most of these systems have been shown to be binary systems, with the companion star likely stripping the helium star of its outer hydrogen-rich layer.

An artist’s impression of a large-scale binary system. Image credit: ESO / M. Kornmesser / SE de Mink.

The hydrogen-rich outer layers of massive stars can be removed by interactions with binary companions.

Theoretical models predict that this separation would produce a population of hot helium stars with masses between two and eight times the mass of the Sun, but only one such system has been identified to date.

“This was a very large and noticeable hole. If these stars turn out to be rare, it could affect supernovae, gravitational waves, light from distant galaxies, and our theories for all these different phenomena. The whole framework is wrong,” said Dr Maria Draut, an astronomer at the university. of Toronto.

“This discovery shows that these stars actually exist.”

“In the future, we will be able to perform even more detailed physics on these stars.”

“For example, predictions of how many neutron star mergers we will see depend on the properties of these stars, such as how much material is ejected by stellar winds.”

“In the past, people have estimated it, but now for the first time they will be able to measure it.”

Dr. Drout and her colleagues designed a new study to look at the ultraviolet part of the spectrum, where very hot stars emit most of their light.

Astronomers used data from the Swift Ultraviolet/Optical Telescope to collect the brightness of millions of stars in the Large and Small Magellanic Clouds, the two closest galaxies to Earth.

They developed the first wide-field UV catalog of the Magellanic Clouds and used UV photometry to detect systems with unusual UV emissions indicating the possible presence of stripped stars.

They acquired optical spectroscopy with the Magellan Telescope at the Las Campanas Observatory from 2018 to 2022 and conducted pilot studies on 25 objects.

These stripped stars had high temperatures (60,000 to 100,000 K), high surface gravity, and hydrogen-depleted surfaces. Sixteen stars also showed binary motion.

Drout and his co-authors propose that these stars will eventually explode as hydrogen-depleted supernovae.

These objects, like the gravitational wave-emitting objects detected from Earth by the LIGO experiment, are also thought to be necessary for the formation of neutron star mergers.

In fact, researchers believe that some of the objects in the current sample are neutron stars or stripped stars with black hole companions.

These objects are on the verge of becoming double neutron stars or neutron star and black hole systems that may eventually merge.

“Many stars are part of a cosmic dance with partners, orbiting each other in binary star systems,” says Dr. Bethany Ludwig. He is a student at the University of Toronto.

“They are not solitary giants, but part of a dynamic duo, interacting and influencing each other throughout their lives.”

“Our research sheds light on these fascinating relationships, revealing a universe far more interconnected and active than previously imagined.”

“Just as humans are social beings, stars, especially massive stars, are rarely lonely.”

of result appear in the diary science.

_____

MR Drought other. 2023. Observed population of intermediate-mass helium stars separated by binaries. Science 382 (6676): 1287-1291; doi: 10.1126/science.ade4970

Source: www.sci.news

Apple’s latest update includes security measures to protect stolen phones from hacking attempts by thieves

This is the perfect protection against hacking attacks.

Have you ever felt dizzy thinking your phone might be stolen? There’s no need to worry. Apple has devised a powerful new weapon in the fight against cybercrime. It’s a new IOS update called Stolen Device Protection that prevents thieves from accessing your smartphone with stolen passwords.

“In rare cases, a thief can steal your device by watching you enter your passcode, but Stolen Device Protection adds a sophisticated new layer of protection,” an Apple spokesperson said, says the person. said in a statement.

This bold new security feature, released Tuesday as an iOS 17.3 developer beta, is especially useful when users change their Apple ID password, remove Face ID, or remove other sensitive features. , requires the use of a biometric access code such as a face or fingerprint.

Whenever a user’s device is in an unfamiliar location, stolen device protection is initiated and the user is then required to complete the aforementioned protocol.


“In the rare case that a thief steals your device by watching you enter your passcode, Stolen Device Protection adds a sophisticated new layer of protection,” an Apple spokesperson said. Masu. Denphoto – Stock.adobe.com

As an additional safeguard against “smash-and-grab” operations, users must re-enter their data after an hour to confirm the change, effectively rendering any passcode hacking attempt futile.

Stolen Device Protection is currently only available to beta testers, but will be available to all users once Apple releases the final version of iOS 17.3. TechCrunch reported.

An Apple spokesperson said the move is part of an ongoing campaign to protect smartphone users “as threats to user devices continue to evolve.”

Last month, the release of a new iPhone feature, NameDrop, set off alarm bells. This allows a user to instantly share contact information with his iPhone or Apple Watch nearby, instead of physically handing the phone over to someone.

While it did speed up the information exchange process, viewers became concerned that users were unknowingly sharing their information with unknown iPhone users.

Source: nypost.com