F-35 test pilots described how intense it is to fly the aircraft, The Jerusalem Post reported.
“It’s like an 800-pound gorilla sitting on your chest,” a pilot said in a Lockheed Martin webinar.
“After some training, pilots come out looking like they are 100 years old,” another test pilot said.
There’s no shortage of emerging applications and projects that promise increased productivity, new levels of automation, and cutting-edge innovation. But all too often, AI initiatives within the enterprise fail to get off the ground, and there can be vast and costly unintended consequences when this technology is applied to the wrong use cases or falls into the wrong hands.
In the case of cyber defense, widespread accessibility to generative AI tools, as well as the increasing sophistication of nation-state actors, means that threats are more personalized and convincing than ever. In an era of algorithms fighting algorithms, human defenders must effectively team up with AI to build cyber resiliency and prevent business disruption.
Presented by expert stakeholders from industry, academia, and government, this event is designed to offer practical guidance for security teams to cut through the noise and unleash the power of AI responsibly and effectively.
It can, baby. Welcome to the light. And guess what, the experts agree. Martin Riese, the preeminent water sommelier, agrees that water is best served at room temperature. Cold water numbs your taste buds, he explained in an August 2020 video, which dulls the experience. It’s kind of like singing the roof of your mouth with hot pizza — after that everything tastes meh.
“When you put ice cubes on your palate you’re numbing all the aromas,” he said. “You can’t really taste anything anymore. Therefore, please drink you water [at] room temperature. It’s way better. It’s tastier.”
If language models such as ChatGPT are trained using the outputs of other AIs, they will become heavily biased, overly simple and disconnected from reality, researchers warn.
By Alex Wilkins
Illinois houses, apartments and condos being built from 2024 onward must equip EV charging points.
IBM announced a new breakthrough, published on the cover of the scientific journal Nature, demonstrating for the first time that quantum computers can produce accurate results at a scale of 100+ qubits reaching beyond leading classical approaches.
Blog with more info.
This research designed polymersomes with inhomogeneous membranes capable of programmed drug release with accurate control by modifying the molecular architecture and photo-cross-linking degree of the polymer. The process involved introduced crystalline PCL moiety as part of the membrane’s molecular structure via the synthesis of three polymersomes with different hydrophobic chains, PEO43-b-P(CL45-stat-CTCL25), PEO43-b-P(CL108-stat-CTCL16), and PEO43-b-PCTCL4-b-PCL79. As a result of the amorphous PCTCL moieties in the membranes, high permeability with finely tunable drug release rate was achieved. A series of mesoscopic dynamics (MesoDyn) simulations and doxorubicin release tests affirmed that the membrane permeability is indeed related to the membrane phase separation of the polymersome. In conclusion, membrane phase separation technique used for the modification of polymersomes improved programmed drug release rate; thus, promising great significance in the field of drug delivery.
In the field of biomedicine, small molecules relied on membranes such as polymersomes as carriers for drug delivery. Thus, the effectiveness and efficiency of drug delivery become key focus points when considering treatment development for a range of diseases, including cancer. Despite being heavily researched and among the promising choice as drug delivery vessels, conventional polymersome membranes lack efficiency due to its homogeneity, making it harder for the drug to be released. This led to recent research centering their attentions in modifying and customizing polymersome membranes to allow programmed release of small molecular drugs to meet the demands of biomedical practices. As a continuation of past efforts, this research intends to overcome the challenge of high permeability of the PCTCL-based polymersomes caused by their amorphous nature, rendering it efficient to deliver small molecules for broader applications.
Continue reading “Well-controlled Permeability of the Polymersomes for Efficient Drug Delivery” »
When we think of extinction, rarely do we think of dogs. However, these 10 dog breeds are almost on the brink of disappearing.
A copy stand is a tool used to capture images of photos, artwork, books, and things of a similar nature. It holds a camera perpendicular to a large and flat surface, upon which the subject rests.
They are handy, but there’s no need to spend a lot when [BlandPasta]’s DIY copy stand based on a cheap IKEA LACK table can be turned into an economical afternoon project with the help of simple hardware and a few 3D printed parts.
The main structure comes from a mixture of parts from two LACK tables: one small and one normal-sized. A tabletop is used as the bed, and the square legs make up the structural parts with the help of some printed pieces. A threaded rod combined with some captive hardware provides a way to adjust the camera up and down with a crank, while one can manually slide the horizontal camera mount as needed to frame the subject appropriately.
Einride is trying to change how the world moves goods. The Sweden-based company with a growing U.S. presence combines battery-electric power with automation and data to develop freight’s future.
The company’s futuristic-looking equipment became a tourist attraction in New York City last week when it parked an electric truck and a cab-less Autonomous Electric Transport vehicle on West 23rd Street in Chelsea, where passersby stopped to take pictures with the electric freight movers.
While some companies focused on the future of transportation are taking more measured approaches, Einride’s leaders told FleetOwner that it is ready to move the freight world into the future now.
