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Economy

The New New South: Economic Transformation and Migration Trends

July 14, 2023

Introduction: Driving along the 240-mile stretch of the Atlantic coast from Charleston, South Carolina, through southern Georgia to northern Florida reveals a profound economic shift occurring in the United States. Welcome to the New New South, where electric-vehicle factories, battery plants, and economic growth are reshaping the region. This transformative trend extends beyond the coastal area, encompassing the entire South from Kentucky to Texas. While the economic uplift is not evenly distributed, its implications for the entire country are significant. This article explores the factors driving this economic shift and the consequences it holds.

The Economic Powerhouse: Six fast-growing states in the South, including Florida, Texas, Georgia, the Carolinas, and Tennessee, now contribute more to the national GDP than the Northeast, a change observed for the first time since the 1990s. The Southeast attracted approximately $100 billion in new income between 2020 and 2021, while the Northeast experienced an outflow of around $60 billion, as per IRS data. The region has accounted for over two-thirds of job growth in the United States since early 2020, significantly increasing its pre-pandemic share. Furthermore, ten out of the fifteen fastest-growing large cities in America are located in the South. This economic transformation has led to a surge in corporate relocations to the region, as indicated by Census Bureau data.

AI

Accelerating Innovation: Embracing AI to Drive Job Creation

July 14, 2023

Introduction: After extensive discussions, the debate surrounding job displacement caused by artificial intelligence (AI) is converging toward a consensus. Contrary to concerns about widespread unemployment, historical evidence suggests that macro-level technological advancements have not led to long-term job losses. Additionally, the declining working-age populations in most advanced countries further mitigate the risk of significant job displacement. However, the rapid adoption of ChatGPT and other generative AI technologies by companies could result in substantial short-term job displacement. By comparing AI with the rise of electricity in the early 20th century, we can draw lessons on how to manage this transition effectively.

The Slow Integration of Previous Technologies: Historically, the transition from old technologies to new ones occurred gradually, allowing the economy time to adapt. For example, when factories shifted from steam-powered central driveshafts to electric motors, it took decades for the transformation to complete. This slow process enabled the absorption of displaced workers into new industries and the creation of entirely new job opportunities. Similarly, the spread of computing in the mid-20th century, though faster than electrification, still occurred at a pace that prevented mass unemployment.

AI

Chinese Researchers Harness AI to Rapidly Design Functional Computers

July 13, 2023

In a groundbreaking achievement, a team of 19 computer scientists from five institutions in China has developed an artificial intelligence (AI) tool capable of designing a working computer within a remarkably short timeframe of under five hours. Their research aimed to demonstrate that machines can create computer chips in a manner similar to human designers.

The researchers asserted that their AI system accomplished the feat at a speed approximately 1,000 times faster than a human team could have achieved, representing a significant stride towards constructing self-evolving machines. In a research paper detailing their findings, the scientists emphasized the significance of design activity as a distinguishing factor of humanity and traditional machines. They stated, “Endowing machines with design abilities at the human level or beyond has been a long-term pursuit.”

DNA

AI Enables Predictive Power for RNA-Targeting CRISPR Tools, Facilitating Precise Gene Control

July 13, 2023

According to a recent publication in Nature Biotechnology, researchers from New York University, Columbia Engineering, and the New York Genome Center have discovered that artificial intelligence (AI) can accurately predict the on- and off-target activity of CRISPR tools that target RNA instead of DNA. This groundbreaking study combines a deep learning model with CRISPR screens, enabling researchers to control the expression of human genes in various ways. This precise gene control could lead to the development of novel CRISPR-based therapies.

CRISPR technology has garnered significant attention due to its versatility in biomedical applications, ranging from treating genetic diseases like sickle cell anemia to enhancing the characteristics of crops. Traditionally, CRISPR targets DNA using the Cas9 enzyme. However, scientists have recently uncovered an alternative form of CRISPR that targets RNA using the Cas13 enzyme.

Science & Technology News

Bionaut Labs: Pioneering Micro-Robots Revolutionize Targeted Brain Treatments

July 13, 2023

In 2013, Apple made headlines with its acquisition of PrimeSense, a leading company in 3D sensors, for approximately $400 million. PrimeSense had powered Microsoft Kinect for Xbox 360 and contributed to Apple’s groundbreaking Face ID technology. Now, the founders of PrimeSense, Michael Shpigelmacher, Aviad Maizels, and Alex Shpunt, have embarked on a new venture with their medical startup, Bionaut Labs. Instead of sensor technology, their focus is on exploring the intricate depths of the human brain.

Bionaut Labs is currently conducting tests at a Mayo Clinic facility and is preparing to commence clinical trials in collaboration with five esteemed US medical centers, as it seeks FDA approval. To support their groundbreaking work, Bionaut is in the process of raising a Series B-1 funding round, with the OurCrowd investment platform featuring prominently.

Science & Technology News

Celestial AI Secures $100 Million in Series B Funding for Photonic Fabric Technology

July 13, 2023

Celestial AI, a developer specializing in optical interconnect technology, has successfully raised $100 million in a series B funding round for its innovative Photonic Fabric technology platform. The investment was led by IAG Capital Partners, Koch Disruptive Technologies (KDT), and Temasek’s Xora Innovation fund. Other notable participants included Samsung Catalyst, Smart Global Holdings (SGH), Porsche Automobil Holding SE, The Engine Fund, ImecXpand, M Ventures, and Tyche Partners. With this funding, Celestial AI has accumulated a total of $165 million from seed funding to series B.

Science & Technology News

California-based Nonprofit Develops Innovative System to Deflect Mid-Sized Asteroids

July 12, 2023

The Aerospace Corporation, a nonprofit organization based in California, is making significant strides in the development of an asteroid deflection system designed to address mid-sized asteroids capable of causing widespread damage on Earth. This groundbreaking system aims to alter the trajectory of asteroids by utilizing their rocky debris, redirecting them away from Earth.

In an interview with Gizmodo, Nahum Melamed, a project leader at The Aerospace Corporation, explained that the team focused on objects of comparable size to the Chelyabinsk asteroid, considering the potential threats they could pose in our lifetime. Through their research, they have successfully demonstrated the capability to deflect such asteroids within a few weeks of operation using their system.

Science & Technology News

Duke University Researchers Develop New Gel-Based Cartilage Substitute with Superior Strength and Durability

July 12, 2023

Researchers at Duke University have made a groundbreaking advancement in the field of cartilage replacement, creating a gel-based substitute that surpasses the strength and durability of natural cartilage. This new development offers a promising alternative to knee replacement surgeries and may provide a more effective treatment option for individuals experiencing knee pain. Osteoarthritis, characterized by the progressive deterioration of cartilage, affects approximately one in six adults worldwide.

Sparta Biomedical, a leading biomedical research company, is currently conducting tests on the gel-based substitute using sheep models. Following successful animal trials, the researchers anticipate commencing human clinical trials in 2023. In initial testing, the hydrogel demonstrated remarkable properties, exhibiting 26% greater strength than natural cartilage under tension and an impressive 66% greater strength under compression. Overcoming several challenges encountered in previous studies, the research team achieved successful attachment of the implant to the joint, ensuring its stability.

Economy

Increasing Number of 40-Year-Olds in the US Choose to Delay or Forgo Marriage

July 11, 2023

A recent analysis by the Pew Research Center reveals a significant increase in the percentage of 40-year-olds in the United States who have never been married. As of 2021, this figure stood at 25%, a notable rise from 20% in 2010, based on Census Bureau data. This trend reflects a shifting attitude towards marriage among Americans, particularly among those born from the 1960s onwards, who are increasingly opting to delay or completely forgo tying the knot.

This data marks a milestone in a decades-long pattern of changing marriage patterns in the country. While some unmarried 40-year-olds are in cohabiting relationships, the majority are not. In 2022, only 22% of never-married adults aged 40 to 44 were living with a romantic partner.

Science & Technology News

Futurist says drones with biometrics will be deployed against mass shootings

July 11, 2023

Futurist and celebrity speaker Thomas Frey is hailing a new solution for the epidemic of mass shootings in the United States that sounds straight from an episode of Black Mirror: Artificial intelligence-enabled drones.

The former IBM engineer said in a recent blog post that flying machines could be upgraded into advanced crisis management tools.

Biometric capabilities such as ocular scanning or fingerprint identification could enhance the drones’ ability to identify individuals even in scenarios where facial recognition is insufficient. AI can be employed to analyze body language and facial expressions to make judgments about the likely intentions of individuals, writes Frey, who is the founder of the DaVinci Institute think tank.

Medicine

Researchers Develop Non-Invasive Photonic Radar System for Precise Vital Sign Monitoring

July 11, 2023

Constant monitoring of vital health signs is essential in various clinical settings, such as intensive care units, aged care facilities, and safety monitoring situations. However, existing wired or invasive contact systems can be inconvenient or unsuitable for certain patients. To address this, scientists from the University of Sydney Nano Institute and the NSW Smart Sensing Network have created a photonic radar system that enables highly precise and non-invasive monitoring. Their research, published in Nature Photonics, demonstrates the potential for remote vital-sign monitoring and multiple patient tracking from a centralized station.

The newly developed radar system was tested on cane toads and devices simulating human breathing, successfully detecting pauses in breathing patterns. The advantage of this approach is its ability to monitor vital signs without physical contact, ensuring patient comfort and reducing the risk of cross-contamination, particularly in infection control settings. The photonic radar system utilizes a light-based, photonics approach instead of traditional electronics, generating and processing radar signals with wideband radio frequency (RF) capabilities. Lead author Ziqian Zhang explains that the system combines photonics with LiDAR (light detection and ranging), resulting in a vital sign detection system with high resolution and accuracy suitable for clinical environments.

AI

AI-Powered Robotic Glove Offers Hope for Stroke Survivors to Play Music Again

July 10, 2023

Strokes are a leading cause of long-term disability, often diminishing mobility in more than half of stroke survivors aged 65 and older. Rehabilitation becomes crucial for these patients to regain the ability to walk, talk, and perform daily tasks. For those with a passion for music, playing an instrument might seem like an unattainable dream. However, a new AI-powered soft robotic glove is offering hope, enabling individuals trained in music who have suffered a stroke to play again and engage in tasks requiring dexterity and coordination.

Developed by Dr. Maohua Lin, a professor at the Department of Ocean & Mechanical Engineering at Florida Atlantic University, the smart exoskeleton glove integrates tactile sensors, soft actuators, and artificial intelligence to aid in relearning manual tasks post-neurotrauma. Weighing only 191 grams, the glove is designed as a flexible, multi-layered 3D-printed robo-glove, intended to be gentle on the skin of the palm and wrist area. It can be customized to fit each patient’s hand and facilitates natural hand movements.