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The world’s largest semiconductor manufacturers—Intel, Samsung, and the Taiwan Semiconductor Manufacturing Company (TSMC)—have all announced plans to build new chip factories in the US. Everyone is bragging about those plans: American lawmakers say bringing chip manufacturing back onto US soil will strengthen national security, while the chip makers, chastened by this year’s disastrous semiconductor shortage, are diversifying their supply chains to avoid future crises.

But there’s one problem: Who will pay?

Intel, Samsung, and TSMC have all threatened to pull the plug on their US factory plans unless government subsidies are on the table. Company executives claim that if they don’t get a rich package of incentives and tax breaks, they’ll build their semiconductor factories elsewhere, effectively ending American ambitions to return chip manufacturing to its shores after ceding the bulk of the market to Taiwan in the 1990s.

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Progress has an accelerating rate of change due to the compounding effect of these technologies, in which they will enable countless more from 3D printing, autonomous vehicles, blockchain, batteries, remote surgeries, virtual and augmented reality, robotics – the list can go on and on.

These devices in turn will lead to mass changes in society from energy generation, monetary systems, space colonization and much more! All these topics and then some will be covered in videos of their own in the future.

In this video we will be discussing automation, which is often confused with being the ‘technological revolution’ in it of itself as it is what the mainstream focuses on, and for good reason, as how we handle automation will determine the trajectory or collective future takes.

The founding team at H3X have a compelling origin story. The three friends — Jason Sylvestre, Max Liben, and Eric Maciolek — formed a bond as they participarted in an engineering course regarding electric vehicles.

After their careers led them in separate directions, with each finding work in the tech and auto industries, a Department of Energy grant brought them back together to ponder how they could improve electric motors.

Their first-principles mindset and efforts have borne fruit in the form of a new electric motor that can potentially power large commercial flights.

In the world of rampant data sharing, nefarious use of personal data and media manipulation, it is clear the lucrative ad tech market may not necessarily be ready for complete transformation. This post follows the introductory article entitled, Real-Time Bidding: The Ad Industry has Crossed a Very Serious Line. I had a chance to sit down with Dr. Augustine Fou, my collaborator on the article, and a seasoned marketer, who has “witnessed the entire arc of the evolution of digital marketing”. Dr. Fou currently helps marketers audit their digital campaigns for ad fraud and optimize campaigns based on accurate analytics.

Advertising has evolved tremendously in the last 20 years. The market for digital ads and the scale to which impressions are bought and sold across the ad exchanges has made the industry more efficient and more lucrative. Has advertising been truly transformed?

It seems insurmountable today. Digital consumption is rampant. Harms from misinformation to breaches to online bullying to manipulative targeting is spawning an environment of political and societal polarization, increased mental anxiety and even suicides. Without inadequate laws to regulate these digital services, the very rules and policies that have continued to govern the physical world are not able to keep pace with the speed of technology, and properly reflect what is happening in our digital spaces.

Can we have a future where creators of technology can build towards responsibility despite the constant allure of monetization and profits? I had a chance to speak to David Ryan Polgar, Founder & Director of the non-profit, All Tech Is Human (ATIH) to dive into discussing this critical juncture where heightened consumer awareness has the potential to drive a different story.

Los Angeles-based NovaSignal Inc. recently launched the second version of their artificial intelligence (AI)-a guided robotic platform for assessing cerebral blood flow in order to guide real-time diagnosis. The platform uses ultrasound to autonomously capture blood flow data, which then gets sent to their HIPAA-compliant cloud system so that clinicians can access the exam data from anywhere on their personal devices.

Founded in 2,013 the company states they have raised over… See more.


Los Angeles based NovaSignal Inc. recently launched a second version of their artificial intelligence (AI)-guided robotic platform for assessing cerebral blood flow in order to guide real-time diagnosis. The platform uses ultrasound to autonomously capture blood flow data, which then gets sent to their HIPAA-compliant cloud system so that clinicians can access the exam data from anywhere on their personal devices.

Founded in 2,013 the company states they have raised over $25 million in federal research funding and hold 18 patents. They also have over 130 peer-reviewed citations to their work. NovaSignal’s products are FDA-cleared in the United States, CE-marked in Europe, and licensed in Canada.

Scientists are experimenting with technologies for creating rocket fuel on Mars. The studies could also help combat greenhouse gas emissions on Earth.

Humanity’s quest to set foot on Mars is one of its most ambitious and complex endeavors. Yet, despite all the innovative ideas and intricate technology this goal requires, we may be able to achieve it by improving what we already know how to do. A number of research projects attempt to figure out how to we can utilize the exis… See more.

A Liebherr LR 11,000 painted in a black and white SpaceX livery, was delivered to the launch site and assembled. Meanwhile, crews continue to work on the Chopsticks and more beams for the Wide Bay were lifted.

Video and Pictures from Mary (@BocaChicaGal) and the NSF Robots. Edited by Patrick Colquhoun (@Patrick_Colqu).

All content copyright to NSF. Not to be used elsewhere without explicit permission from NSF.

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