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Late kickoff return TDs by Turpin and Thomas spark the Cowboys as they end their 5-game skidLONDON, Ont. — Lawyers in the sexual assault case of five members of Canada's 2018 world junior hockey team began what are expected to be several weeks of legal arguments on Monday, ahead of next year's trial. Dillon Dube, Carter Hart, Michael McLeod, Cal Foote and Alex Formenton were charged with sexual assault earlier this year in an incident that allegedly took place in London, Ont., in June 2018. McLeod also faces an additional charge of sexual assault for "being a party to the offence." Dube, McLeod and Formenton attended court in person for the first time in London on Monday, all three dressed in dark suits. Lawyers for the players have said their clients plan to defend themselves against the allegations, and all five are expected to plead not guilty. A jury trial is scheduled to begin on April 22 of next year. Court heard Monday the trial will be heard by Justice Maria Carroccia. Several weeks have been set aside for legal arguments before then, but the issues discussed in those hearings cannot be reported at this time due to a publication ban meant to protect the accused's right to a fair trial. This report by The Canadian Press was first published Nov. 25, 2024. The Canadian Press
Smartphone screens are getting bigger, but their overall size isn’t. In fact, they’re also getting thinner, which presents a bit of an ergonomic problem. It’s harder to reach some parts of the screen with one hand, and phones are now more likely to slip off your hand as well. Most cases can protect phones from accidental falls, but they don’t always prevent it, no matter how rough their texture might be. Phone grips popularized by the likes of PopSocket add something stable to hold, but having that thing semi-permanently stick out of the back of your phone doesn’t do wonders for its appearance. Ring holders later became more fashionable, but they still didn’t allow for flexibility in their position. This concept accessory takes those lessons to heart to provide a secure grip as well as an aesthetic design that you don’t have to commit to forever, thanks to the magic of MagSafe. Designers: Jiwan Yu, HJ Kang Apple’s application of its popular magnetic technology to the realm of wireless charging did more than just revolutionize the way you charge iPhones; it also introduced a new generation of accessories that could easily be removed or added at a moment’s notice. Strong magnets offered a secure connection between the phone’s back and the accessory while still leaving the possibility of removing it and swapping it out for something else. The NanoPop MagSafe concept utilizes this feature to offer a ring grip and stand that is both stylish yet also impermanent. Although you can remove it and position it on the back of a MagSafe-compatible phone as you please, the point of the design is to actually encourage you to keep it on. Thanks to its playful two-tone colors, slim profile, and comfortable silicone material, it becomes a functional decoration you might actually want to show off. That silicone material makes it feel good to touch on the back of your phone, while the metal ring delivers a sturdy and confident grip that also functions as a stand. The ring can be adjusted up to 130 degrees so it can hold up the phone at the most convenient angle for watching. The design is really simple and quite familiar, but the execution is what sets this concept apart. The concept also envisions six color options for the outer silicone ring, while the adjustable metal ring is always black. Best of all, you can choose different colors for different days or moods, presuming you have a few of them available, making it as easy as changing your fashion or accessories. Best of all, this design isn’t really difficult to pull off, given how almost all the pieces are already available today.
The United States Space Force (USSF) was established just a short, five years ago on December 20th, 2019. Since that day, the youngest branch of the US armed forces has been steadily growing and developing as a fully independent arm of the American military. As a split off from the US Air Force, the Space Force has almost 10,000 men and women in uniform today. Known as Guardians, they steadfastly defend America’s interests in the domain of space and expand the limits of what is possible to safeguard national defense through space power. 6 Creation of the Space Force Where it all started When the US Space Force was created, it marked a transformative shift in the United States’ approach to space as a distinct domain of warfare. The establishment of the USSF aimed to unify and streamline space operations through a dedicated organization. From its inception, the Space Force was tasked with creating a unified command to manage and protect space assets while ensuring readiness to respond to emerging threats. Transforming departments of the US Air Force laid the foundation for the Space Force’s organizational structure. Building off an established pool of skills and resources enabled them to operate autonomously and integrate with existing military branches easily from the outset. The creation of the Space Force recognized space as a strategic frontier with unique operational and strategic specialization, focusing on resources and personnel to address the unique challenges it presents. 5 First Space Operations Squadron activation Taking action to secure the final frontier The First Space Operations Squadron is a component of Delta 9, headquartered at Schriever Space Force Base, Colorado. The squadron was first activated October 5th, 1987, and officially integrated on June 19, 2020. In comments to Defense.gov , Gen B. Chance Saltzman reflected on half a decade of accomplishments: "On average, we have tripled in size every year for the last five years in personnel, an astounding growth rate for any government organization. We have reimagined operations, redefined policies [and] reworked processes from the ground up to forge a service purpose-built for great power competition. All of this in just five years." Space Force squadrons manage vital national defense assets like communication satellites, navigation satellites, and space reconnaissance platforms. Their role is imperative to many layers of American defense and infrastructure. 4 Launching the GPS III satellites Renewed power for a legacy of excellence The USSF took over responsibility for the Global Positioning System (GPS) when they separated from the USAF and continued the program to launch the GPS 3 modernization project with Lockheed Martin . Just a few days ago, on December 16th , the Space Force and Lockheed Martin successfully launched the seventh satellite in the new GPS 3 network. With the first launches in 2020, the third-generation Global Positioning System (GPS) is more robust, accurate, and resilient than the satellites that came before them. Integrating state-of-the-art technologies into the legacy GPS system has enabled the Space Force to achieve new levels of operational readiness for the Department of Defense (DOD): “GPS III vehicles provide three times greater accuracy and eight times greater anti-jamming capability over existing satellites in the constellation. To better address mission needs and emerging threats, Lockheed Martin intentionally created GPS III with a modular design, allowing new technology and capabilities to be added in the future.” The constellation of GPS satellites that circle the globe provides an essential navigation service for more than just the military. Commercial aircraft, ships, smartphones, and countless other devices rely on GPS to get from point “A” to point “B.” GPS is a household name because billions of people use it every day. Thanks to the Guardians of the US Space Force, we can count on it to always be there when we need it. 3 Space Domain Awarenesss Building the complete picture The Space Force has made it a primary mission to integrate a comprehensive network of observation, surveillance, and tracking systems into a complete network under the banner of Space Domain Awareness . This program covers an umbrella of over 60 ground and space-based systems. Some of the functions of this network include tracking debris and satellites in orbit and identifying hostile actions such as anti-satellite weapon tests and cyber intrusions targeting space systems. The newly centralized command of all these systems provides a consolidated and streamlined organization capable of providing real-time data about the orbital environment. This network can also accumulate historical data for analysis, enhancing its ability to anticipate and respond to threats. 2 Integration of Space Force with joint operations One team, one fight As a new service branch, forging a position in the combined strategy of the armed forces is not a simple task. Seamless integration with other military branches is essential for the Space Force to execute coordinated defense strategies effectively. Embedding space operations within joint missions ensures that space capabilities are leveraged across all domains of warfare. Integration entails collaboration on joint exercises, intelligence sharing, and the development of interoperable tactics and technologies. The Space Force ensures its assets are fully utilized to support ground, air, maritime, and cyber operations. This holistic approach not only maximizes the utility of space-based resources but also reinforces the strategic importance of space in achieving military objectives. The US Space Force protects its spacecraft from adversaries. 1 Key milestones Creation of the Space Force (December 20, 2019) First Space Operations Squadron Activation (June 18, 2020) Launch of the GPS III Satellites (2020-2024) Space Domain Awareness Initiatives (2019-2024) Integration of Space Force with Joint Operations (2019-2024) A quick review of the US Space Force's Boeing-built X-37B spacecraft
After another close loss, No. 14 Gonzaga opens WCC play at Pepperdine
Late kickoff return TDs by Turpin and Thomas spark the Cowboys as they end their 5-game skidGenNx360 Capital Partners finalizes the sale of ITsavvy to Xerox Holdings Corporation
Ghana counts ballots after tight presidential raceThe Punjab Food Authority (PFA) grants the marriage hall license following a comprehensive evaluation of all factors concerning food quality and others. The PFA has developed a comprehensive set of guidelines, procedures, and enforcement mechanisms to guarantee that food establishments, such as marriage halls, comply with the highest standards of food safety and quality. One of the critical requirements set by the PFA is the mandatory licensing of marriage halls. Any individual or organization operating a marriage hall in Punjab must obtain a license from the PFA by paying a designated fee. The authority issues this license only after thoroughly reviewing all aspects of food quality, standards, and processes within the facility. Also read: New tax imposed on marriage halls How to determine the PFA License Fee Online? Applicants can calculate the marriage hall license fee by entering relevant business information into the online form. The following details are required: Marriage Hall License Fee Information We have compiled the fee structure for marriage halls with an investment of up to Rs3,000,000 and a seating capacity exceeding 75 individuals. Upon entering the preliminary details into the online form, the calculated marriage hall license fee is displayed as Rs50,000.Nvidia’s Project Denver began as x86 but transitioned to Arm Insider reports legal constraints drove Nvidia's pivot The Arm-based Project Denver CPU debuted in 2011 During a technical session at the recent SC24 event, Dave Ditzel, founder of Esperanto Technologies, offered some fascinating insights into Nvidia ’s early server processor efforts. According to HPCwire , Ditzel, who was previously CEO of Transmeta, revealed that Nvidia’s first server CPU, Project Denver , initially started as an x86 CPU but transitioned to Arm due to legal constraints. Ditzel says Nvidia’s shift to Arm was influenced by its licensing of Transmeta’s Tokamak technology, which could translate x86 code into a RISC instruction set. Failed attempt to acquire Arm IAs he explained, “Nvidia brought out a product called Denver. It was actually that same design. It originally started as an x86 [CPU], but through certain legal issues, had to turn itself into an Arm CPU.” This decision, he said, laid the foundation for Nvidia’s alignment with Arm architecture. Tokamak, developed by Transmeta, was intended to be its third-generation x86 chip following the Crusoe and Efficeon processors. However, the project was never officially launched and was instead licensed to companies like Intel and Nvidia. ntel, despite acquiring the design, did not announce a product based on it either. “You can guess as to all the reasons why or buy me a beer sometime,” Ditzel said. Nvidia officially introduced Project Denver as an Arm-based CPU in 2011, later integrating it into its Tegra lineup. HPCwire reports that while there was initial enthusiasm around Arm servers, adoption was limited by challenges in the software ecosystem. Nvidia has since developed its Grace CPU and abandoned its attempt to acquire Arm after regulatory opposition. Are you a pro? Subscribe to our newsletter Sign up to the TechRadar Pro newsletter to get all the top news, opinion, features and guidance your business needs to succeed! Ditzel founded chip design firm Esperanto about seven years ago and because of his previous bad experiences with licensing x86, he opted for RISC-V because it was cheap and there were no legal concerns to get bogged down by. “At least we have a playground where we can test some new things out, and some lawyer is not going to be ringing your bell,” Ditzel said. Nvidia's most powerful chip produced gets tested This 192-core RISC-V processor could be AMD and Intel's biggest rival yet Google's super powerful Arm-based CPU is now availableGonzaga lands Virginia transfer G Jalen Warley
