Time Capsule Found in Himalayas Offer Insight Into Earth's Past
Category Science Saturday - July 29 2023, 17:25 UTC - 1 year ago Researchers have discovered a 600 million year old time capsule in the Himalayas’ mineral deposits. This finding directly links the two critical events in Earth's history - the Snowball Earth glaciation and the Second Great Oxygenation Event - and can be used to unlock the mysteries of Earth's evolution from unicellular to complex life forms. The study was a joint effort by scientists from the Indian Institute of Science and Niigata University in Japan.
AI in the Government Sector: Examining the Potential of Artificial Intelligence in China
Category Business Saturday - July 29 2023, 12:56 UTC - 1 year ago China is exploring the potential of artificial intelligence (AI) in improving their government operations and services. J. Ramon Gil-Garcia and Yi Long of the Shanghai University of Political Science and Law have analyzed the AI processes currently utilized in China to manage government services, and whether other forms of automation could be better options for ensuring transparency. The authors suggest considering hybrid approaches, proposing a classification of services by considering the extent of automation and process transparency needed.
RoboMapper: College Researchers Develop Robot to Streamline Material Testing for Solar Technologies
Category Science Saturday - July 29 2023, 08:42 UTC - 1 year ago RoboMapper is a robot created by researchers from North Carolina State University to streamline material sample testing with a goal of making solar cell technology more efficient and reduce cost and energy consumption. This will help pave the way for a new generation of solar cell technologies suitable for practical use in the future.
Studying Warm Dense Matter on NIF
Category Physics Saturday - July 29 2023, 04:31 UTC - 1 year ago The National Ignition Facility has developed a new experimental platform designed to use colliding planar shocks to produce warm dense matter. This platform uses X-ray Thomson scattering and X-ray radiography to measure density, temperature and ionization state. Studying WDM is important for understanding the formation and evolution of the universe and helping to find extraterrestrial life.
Fifty Years Later Mathematicians Finally Solve a Fascinating Problem
Category Computer Science Friday - July 28 2023, 23:34 UTC - 1 year ago Máté Matolcsi and colleagues, tasked with reducing the percentage of an infinitely large plane to less than 25%, used AlphaFold, a machine learning algorithm, to come up with a model covering 24.95% of the plane.
Pres. Biden Emphasizes Risks and Opportunities of AI at White House Meeting
Category Business Friday - July 28 2023, 19:01 UTC - 1 year ago President Joe Biden held a White House meeting with tech leaders to talk about the risks and opportunities of AI. The seven AI giants at the meeting had made commitments to "guide responsible innovation" as AI rips ever deeper into personal and business life and the White House is already working on an executive order on AI safety to build capacity in the federal government.
Reaching the Speed Limit of Technology: Ultrafast Optical Transistors
Category Science Friday - July 28 2023, 14:25 UTC - 1 year ago Scientists and engineers are researching faster transistors based on a category of materials called semiconductors that have special electrical properties. Researchers are using laser-based systems equipped with optical transistors, which use photons to control reflected light to transfer data more quickly than current systems.
ATLAS Experiment Achieves Unprecedented Precision of 0.09% in Higgs Boson Mass Measurement
Category Physics Friday - July 28 2023, 10:20 UTC - 1 year ago The ATLAS collaboration has achieved the most precise measurement to date of the Higgs boson's mass, with a precision of 0.11%. This result is attributed to advanced calibration techniques and powerful reconstruction algorithms, and has been made with the full ATLAS Run 2 data set. This finding is crucial for understanding the universe's fundamental structure, and will allow for the more precise testing of the Standard Model.
DCS: The US Navy's New Dry Combat Submersible
Category Engineering Friday - July 28 2023, 06:15 UTC - 1 year ago The US Navy has developled a new mini-submersible for covert operations called the Dry Combat Submersible (DCS) which is significantly different from the other submersibles currently used by the Navy. This new submersible is capable of diving, travelling and carrying personnel much further than before whilst also being much drier and safer. The DCS will have a wide range of uses for US Navy SEALs and could potentially transform the way special ops forces operate in the future.
Shein vs Temu: An Escalating Legal Battle
Category Technology Friday - July 28 2023, 01:29 UTC - 1 year ago Shein and Temu, two Chinese e-commerce platforms occupy the same off-price shopping space and are engaged in an escalating legal battle over what each claims is unfair competition. Shein accused Temu of misleading consumers into thinking they were the same company while Temu claims that Shein is coercing manufacturers into arrangements that force them to not do business with Temu. There is also a long history of exclusivity agreements in Chinese tech fights with companies like Meituan and Alibaba’s Tmall enforcing them. Now a new tactic has emerged with the Shein–Temu battle- trademark bullying.
Managing Flood Control Systems Through Storms and Floods
Category Nature Thursday - July 27 2023, 21:14 UTC - 1 year ago The US has over 50,000 reservoirs used for water supply, drought relief, and flood protection. During extreme storms, reservoir managers must make difficult decisions about how to use the reservoir to balance releasing water to avoid flooding downstream and limiting water to help downstream communities. Improving forecasting could reduce flood damage.
New Method to Speed Up Data Sampling from Tables
Category Computer Science Thursday - July 27 2023, 17:00 UTC - 1 year ago In a recent breakthrough, a POSTECH research team proposed a novel method for optimal sampling of data stored across various tables. This new technique called degree-based rejection sampling (DRS) managed to generate results rapidly with the help of techniques like generalized hypertree decompositions (GHDs). The acceptance of DRS and GHDs drastically reduces the time needed to join tables and acquire data for advanced AI applications.
Self-Healing Metal: Scientists Bring Closer to Reality What We Saw in Terminator Movies
Category Nanotechnology Thursday - July 27 2023, 12:01 UTC - 1 year ago Scientists recently made an accidental discovery that some metals are able to heal themselves. This self-healing process is caused by a combination of local stress and grain boundary migration and can be observed at the nanoscale level. The research made could pave the way for future applications of self-healing metal into various structures, potentially improving their resistance and durability over time.
New Jurassic-era Dinosaur Species Discovered
Category Science Thursday - July 27 2023, 07:12 UTC - 1 year ago Fossil bones have revealed new Jurassic-era dinosaur species named Oblitosaurus bunnueli. It is believed to be the basalmost member of the Ankylopollexia, estimated to have measured 6-7m in length and is likely to be the trackmaker of large ornithopod tracks found in the Upper Jurassic of the Iberian Peninsula.
PhotoGuard: A Tool to Prevent AI Image Manipulation
Category Artificial Intelligence Thursday - July 27 2023, 03:02 UTC - 1 year ago MIT researchers have created a tool called PhotoGuard which prevents AI image manipulation. It does so by encoding images with imperceptible secret signals that alter how the AI model interprets them, or by disrupting the way the models generate images. This tool can be used to protect against malicious AI image manipulation, such as nonconsensual deepfake pornography.
Rip Currents and How to Avoid Them
Category Nature Wednesday - July 26 2023, 22:30 UTC - 1 year ago Rip currents are powerful currents that flow from shore to sea at speeds of up to several feet per second, making them dangerous to beach-goers. There are two types of rip currents, bathymetric and transient, which are created by wave action. To stay safe, avoid beaches with lifeguards, pay attention to beach flags, and follow escape techniques such as floating and swimming parallel to the shore.
The Downfall of Trailblazers: Examining the Recent Declines of ChatGPT and Threads
Category Business Wednesday - July 26 2023, 17:52 UTC - 1 year ago ChatGPT and Threads experience a drastic decline in engagement and user numbers, proving that being the first mover in a market does not guarantee success. Issues like unsustainable growth, inadequate scaling infrastructure and a lack of user retention strategies are three primary contributing factors to this downturn.
Kilonovae: The Cosmic Forge of Heavy Elements
Category Astronomy Wednesday - July 26 2023, 13:32 UTC - 1 year ago A new paper in The European Physical Journal D by Andrey Bondarev and James Gillanders seeks to better understand the merging of neutron stars, which only recently have been discovered to be the source of many of the heaviest elements in the Universe, including gold, platinum, and uranium. The team examines the spectra from the kilonova AT2017gfo and discovers that accurate atomic data is essential in gaining further insight into these explosive collisions.
Water Vapor Molecules Discovered In The Rocky Planet-forming Zone Of A Star System Far Away
Category Science Wednesday - July 26 2023, 09:25 UTC - 1 year ago Water vapor molecules have been discovered for the first time in a rocky planet-forming zone of a star system 370 light-years away from Earth. Significantly, the James Webb Space telescope identified the molecular signature in the region with the potential to develop Earth-like planets. The notable finding of extraterrestrial water offers clues about the formation of Earth and its vast water reservoirs. Current efforts to uncover further details focus on the origin of the water and its ability to retain existence close to the star within the inner disk.