Samsung is back with another mid-range A-series Android smartphone that offers a solid mix balance between features and an affordable price tag.
NASA has chosen Axiom Space’s proposal yet again for the third private astronaut mission to the International Space Station. The two parties have already signed a mission order, and they’re hoping to launch sometime in November 2023 and beyond from the Kennedy Space Center in Florida. A more specific date will be announced later, since it will depend on the timing of other flights to the ISS, as well as on in-orbit activity planning.
Before Axiom Mission 3 launches, Axiom Mission 2 will have to head to the space station first. It’s also a crew mission that’s operated by the company, and it’s expected to launch in the second quarter of 2023. As you can guess from its name, it’s not the company’s first astronaut mission to the orbiting lab: NASA also picked it for the first commercially operated crewed flight to the station. Axiom Mission 1 launched in April 2022 and was docked with the ISS for 15 days.
At the moment, Ax-3 is still in its very early stages. The private space company will still have to submit four proposed crew members and two back up crew to the agency for review, with the mission commander being a flown NASA astronaut. (Ax-2, for instance, was headed by retired NASA astronaut Peggy Annette Whitson.) Under the parties’ agreement, NASA may ask the commander to perform certain tasks or science experiments while onboard. Meanwhile, Axiom Space astronauts will be able to use NASA cargo and other in-orbit resources for daily use.
In addition to choosing Axiom Space for these private launches, NASA also picked the company to develop the moonwalking spacesuit for its Artemis program. The agency will unveil the suit today in an event, which will be livestreams on NASA’s website.
This article originally appeared on Engadget at https://www.engadget.com/nasa-axiom-space-third-astronaut-mission-iss-105544749.html?src=rss
The former president bragged about knowing high-profile figures during the promotion of his new book.
“And I heard, as it were the noise of thunder, one of the four beasts saying, Come and see. And I saw…”
BMW has revealed more details about its EV release plans, with the highlight being the arrival of the i5 Sedan in in October 2023 alongside the next-gen gas-powered 5 Series. The company also plans to unveil the iX2 SUV sometime this year and an i5 touring EV in 2024. It’s all part of a plan to have battery EVs (BEVs) “in virtually every major segment of its business,” the company said in a look ahead to 2023.
Much as it did with the i7, BMW will effectively release its new 5 Series cars, including the electric i5 version, at the same time. “The flexible powertrain architecture means the new BMW 5 Series Sedan can be offered in all-electric and plug-in hybrid variants as well as powered by highly efficient petrol and diesel engines with 48V mild hybrid technology,” it wrote.
Noting that its all-electric i4 M50 was its best-selling M vehicle last year, BMW said it will release an M performance version of the i5, too. It’ll also add a touring i5 in 2024. “The BMW 5 Series Touring is very popular, particularly in Europe,” said BMW chairman Oliver Zipse. “From spring 2024 it will also come in an all-electric version, giving us a truly unique selling point in this segment.”
The other notable addition next year will be the iX2 crossover SUV, likely based on the upcoming X2 ICE model and a successor to the $83,200 iX. The latter model was perhaps most famous for its weird grille, but offered some solid features including a 321 mile EPA range.
In addition, BMW confirmed that both Rolls-Royce and Mini would be going fully electric by 2030. In the nearer term, it said that “in 2024, at least one in five of the company’s new cars will have a fully-electric drive train; by 2025; every fourth new vehicle delivered should be a BEV and, by 2026, around one in three.” It expects to sell two million EVs by 2025, and deliver 10 million to customers in 2030.
This article originally appeared on Engadget at https://www.engadget.com/bmw-confirms-the-i5-sedan-will-be-its-first-all-electric-5-series-vehicle-094954587.html?src=rss
“All In” anchor Chris Hayes debunked the latest spin from the right.
AI isn’t just good for writing term papers or clickbait financial explainers; it could help save lives in the medical field. At Google’s annual The Check Up healthcare event, it announced AI-related partnerships for ultrasound readings, medical language models and cancer treatments — areas where the technology could someday serve as a force for good.
Google sees AI as crucial in reading ultrasound devices in regions without enough trained specialists. Although the sensors are more accessible than ever, they require experts to conduct exams and interpret images. The company’s AI models could help simplify that process by identifying data like the early detection of breast cancer and gestational age in expectant mothers. To help make that a reality, the search giant is partnering with Kenya nonprofit Jacaranda Health to research AI-based ultrasound treatments for mothers and babies in government hospitals. “Through this partnership, we’ll conduct exploratory research to understand the current approach to ultrasound delivery in Kenya and explore how new AI tools can support point-of-care ultrasound for pregnant women,” said Google’s Health AI head Greg Corrado and Engineering VP Yossi Matias in a blog post today.
The company is also working with Chang Gung Memorial Hospital in Taiwan to research how AI can detect breast cancer via ultrasound as an alternative to mammograms, which have limited availability in lower-resource regions. Mammograms can also be less effective in populations with higher breast density.
In other areas, Google says its medical-focused large language model (LLM) has improved significantly. Med-PaLM 2, the company’s next-generation healthcare LLM, recently scored 85 percent on doctor-level medical exam questions — an 18 percent improvement from the previous version’s score. “This model not only answered multiple choice and open-ended questions accurately, but also provided rationale and evaluated its own responses,” said Corrado and Matias.
However, don’t expect a ChatGPT-like bot to replace your doctor anytime soon, as Google cautions the technology still isn’t ready for real-world work settings. For example, an evaluation on criteria like scientific factuality, precision, medical consensus, reasoning, bias and harm found “significant gaps” when answering medical questions. Corrado and Matias noted, “We look forward to working with researchers and the global medical community to close these gaps and understand how this technology can help improve health delivery.”
Google has also partnered with Mayo Clinic to explore AI’s part in planning radiotherapy for cancer treatment. The research focuses on reducing the tedious and time-consuming steps of the radiotherapy process — most notably, “contouring.” This technique requires clinicians to draw lines on CT scans to separate cancerous areas from nearby healthy tissues that the radiation could damage, a process that can take up to seven hours for one patient. The company says it will soon publish research from the three-year study while formalizing an agreement with Mayo Clinic to explore more radiotherapy-based research, AI models and commercial uses.
Finally, Google sees AI as helping with chest x-ray screening for tuberculosis. The company is partnering with an AI-based organization to make AI-powered TB screenings widely available in Sub-Saharan Africa. Its partners have committed to donating 100,000 free screenings to help detect tuberculosis early and provide early treatment to reduce its spread.
This article originally appeared on Engadget at https://www.engadget.com/google-is-working-on-ai-for-ultrasound-diagnosis-and-cancer-therapy-150023911.html?src=rss
At its annual health event, The Check Up, Google announced a slew of updates for Search, Fitbit and developers. On the Search front, the company says it will soon identify community health centers and make it clear whether those facilities have free or low-cost care options. It seems there will be a label that reads, “offers free or low-cost care based on individual circumstances.”
In addition, Google says it has employed Duplex to call hundreds of thousands of US healthcare providers and verify their information. The conversational AI has also been used to check whether providers accept various state Medicaid plans.
After several pauses due to the COVID-19 pandemic, Medicaid will have a re-enrollment deadline this year. If folks in the US who are currently enrolled in the program fail to sign back up by March 31st, they’ll lose their healthcare coverage. To help ensure people maintain their coverage, Google says it will make it easier for everyone to find re-enrollment information on Search.
To assist those seeking help in a crisis, Google has teamed up with ThroughLine, which it says is the “largest verified network of mental health and crisis helplines around the world.” As a result of the partnership, Google will expand the number of crisis helplines it displays at the top of Search results in more languages and countries for queries related to personal crisis situations, such as suicide and domestic violence.
As for Fitbit, Google is opening up more of the Health Metrics Dashboard features to users who don’t have a subscription. The company says that, for instance, users will be able to view trends for metrics such as breathing rate, skin temperature and blood oxygen levels over longer periods of time.
Meanwhile, Google touched on some health-focused updates for developers. It discussed a suite of development tools called Open Health Stack, which it described as “open-source building blocks built on an interoperable data standard.” In other words, Open Health Stack is designed to help developers build apps for healthcare workers to access key data and insights, such as population health data.
Google says the suite is based on Fast Healthcare Interoperability Standards and can be used to build apps that keep data secure for offline use in areas without internet connectivity or cell coverage. For instance, a developer in Kenya called Intellisoft Consulting is building a maternal health app designed to help community health volunteers and pregnant women in rural communities.
This article originally appeared on Engadget at https://www.engadget.com/googles-health-updates-include-an-easier-way-to-see-if-a-clinic-offers-free-or-low-cost-care-150036431.html?src=rss
Amazon has pulled back the curtain on its first slate of Project Kuiper antennas. The terminals, which will transmit data to and from Amazon’s Low Earth Orbit internet satellites, resemble furniture. The largest of the bunch is even the size of a full-blown patio table — it measures 19 inches by 30 inches. That model is intended for enterprise, government and telecommunications operations. Amazon said it will deliver internet speeds of up to 1 Gbps.
The standard terminal for consumers has a smaller footprint, measuring 11 inches square with a thickness of one inch. Without its mounting bracket, it weighs less than five pounds. This antenna should be able to deliver speeds up to 400 Mbps, Amazon says.
The company hasn’t revealed how much the terminals will cost, but says it should be able to build the standard model for less than $400 per unit. SpaceX’s Starlink charges $599 for a terminal. That said, there will be a more compact and wallet-friendly terminal available from Amazon too. A seven-inch-square antenna will weigh one pound and offer speeds of up to 100 Mbps.
Amazon designed its own baseband chip for the terminals. It says the chip, which has the code name Prometheus, has “the processing power of a 5G modem chip found in modern smartphones, the capability of a cellular base station to handle traffic from thousands of customers at once and the ability of a microwave backhaul antenna to support powerful point-to-point connections.” The same chip is being used in Project Kuiper satellites and ground gateway antennas. Amazon says the chip will enable each satellite to process up to one terabit of traffic per second.
Project Kuiper is set to deploy two prototype satellites on the maiden flight of United Launch Alliance’s Vulcan Centaur rocket. That launch is scheduled for May. Amazon expects to begin mass production of satellites by the end of this year and to commence launching them in the first half of 2024. It plans to start offering Project Kuiper service to customers later next year. Earlier this month, Amazon received conditional FCC approval to launch thousands of Low Earth Orbit satellites.
This article originally appeared on Engadget at https://www.engadget.com/amazons-satellite-internet-antennas-can-double-as-picnic-tables-for-dolls-153450879.html?src=rss
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