Singularity Future Technology Announces Update Related to Special Committee Investigation

Fantastic NECK, N.Y., Nov. 16, 2022 /PRNewswire/ — Singularity Future Technological know-how Ltd. (“Singularity” or the “Company”) (Nasdaq: SGLY) announced an update with respect to the Firm’s company and other matters.

The Enterprise has been given subpoenas from the United States Attorney’s Business for the Southern District of New York and the United States Securities and Trade Fee.  The Organization is complying with these subpoenas and fully cooperating with these governmental entities. In addition, the specific Committee of the Company’s Board of Directors is continuing to look into the promises raised by Hindenburg Research on Might 5, 2022 and other similar issues.

The exclusive committee anticipates that the actuality-locating portion of investigation will be finished on or prior to December 31, 2022.

About Singularity Long run Know-how Ltd. (Nasdaq: SGLY)

On January 3, 2022, the Corporation changed its name from Sino-World Shipping The united states, Ltd. to Singularity Future Know-how Ltd. (Nasdaq: SGLY). Singularity is a logistics built-in resolution service provider, principally focused on delivering logistics, assets, equipment and other logistical help to blockchain and crypto mining companies. Considering the fact that 2020, the Business has labored to capitalize on its knowledge in international logistics management to establish a existence in the blockchain source administration location. At existing, Singularity distributes, sells and marketplaces crypto mining devices by way of its Thor Miner joint undertaking and maintains a warehouse giving stock handle and administration products and services in Houston, TX.

Ahead-Seeking Statements

Specific statements created herein that are not dependent on historic truth are “ahead-on the lookout statements” within just the meaning of the Non-public Securities Litigation Reform Act of 1995 and the provisions of Portion 27A of the Securities Act of 1933, as amended, and Part 21E of the Securities Trade Act of 1934, as amended (which Sections were being adopted as part of the Private Securities Litigation Reform Act of 1995). Although the Company’s management has centered any forward-hunting statements contained herein on its existing expectations, the information on which such anticipations had been based may perhaps modify. These forward-searching statements rely on a number of assumptions about long term functions and are topic to a amount of pitfalls, uncertainties, and other aspects, many of which are exterior of the Company’s control, that could cause actual results to materially differ from this kind of statements. Accordingly, traders ought to not spot any reliance on forward-seeking statements as a prediction of genuine effects. The Firm disclaims any intention to, and undertake no obligation to, update or revise any ahead-wanting assertion.

(PRNewsfoto/Singularity Future Technology Ltd.)

(PRNewsfoto/Singularity Long term Technologies Ltd.)

 

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Remarks by National Security Advisor Jake Sullivan at the Special Competitive Studies Project Global Emerging Technologies Summit

As geared up for delivery

Congratulations to the full SCSP workforce on the release of your report.

A small above a year ago, at the Nationwide Stability Fee on Artificial Intelligence, I had the possibility to share a couple thoughts on the electronic revolution.

I argued that following the liberalizing wave of improvements of the early internet era and after the authoritarian counter-revolution of the 2000s, when our competition and adversaries took edge of our complacency and inherent openness we must usher in a “third wave” of the digital revolution—to make certain that rising systems work for, not versus, our democracies and protection. 

I never will need to explain to you that breakthroughs in science and technology are poised to determine the geopolitical landscape of the 21st century. 

They will produce activity-changers in wellness and drugs, food security, and clear electrical power. 

We’ll see leap-in advance breakthroughs and new industries that generate our prosperity. 

And, of training course, new armed service and intelligence abilities that will condition our countrywide stability. 

Preserving our edge in science and technological innovation is not a “domestic issue” or “national security” concern.  It is equally. 

Underneath President Biden’s management, we have developed into the basis of our method a deep integration of domestic policy and foreign coverage and a target on challenges that spill out of these two regular siloes. 

As element of that, we are pursuing a modern industrial and innovation approach to invest in our resources of power at house, which also powers our toughness all over the entire world.

We know there is very little unavoidable about maintaining our main strength and comparative advantage in the globe. It have to be renewed, revitalized, and stewarded. And that is particularly legitimate for U.S. technological leadership.

In line with the vision I laid out final year, we see 4 pillars at the coronary heart of our system:

Initially, investing in our science and technology ecosystem

2nd, nurturing major STEM expertise

3rd, preserving our technological innovation advantages

And fourth, deepening and integrating our alliances and partnerships. 

Essentially, we believe that a pick number of systems are established to participate in an outsized great importance in excess of the coming ten years. Substantially like the Pareto Theory, we can imagine that eighty {4224f0a76978c4d6828175c7edfc499fc862aa95a2f708cd5006c57745b2aaca} of our all round achievement will turn on what we do in 20 p.c of the systems. 

We basically feel three households of technologies will be of certain significance around the coming decade: 

  • Computing-related systems, including microelectronics, quantum details programs, and synthetic intelligence. 

Enhancements in computing hardware, algorithmic style, and massive-scale datasets are leading to new discoveries in pretty much each scientific discipline. They are new sources of financial advancement. They are also driving highly developed navy modernization initiatives. 

  • Biotechnologies and biomanufacturing. 

We now can study, write, and edit genetic code, which has rendered biology programmable.  Together with advances in computing, we are poised for breakthroughs in everything from drug discovery to chemical and product producing. 

  • And last but not least, clear vitality technologies. 

The international transition to thoroughly clean electricity is not only important for the health and fitness of our world, but it will also be a major source of financial and positions advancement in the coming several years. And it will assure lengthy-phrase U.S. electricity independence and vitality safety. 

That is not to say that other systems initiatives are inconsequential – considerably from it. 

In reality, as an case in point, just this morning, the Administration launched critical suggestions for action to protect U.S. management on digital belongings.

But computing-similar systems, biotech, and clear tech are definitely “force multipliers” all over the tech ecosystem.  And management in each of these is a nationwide safety imperative.

This provides me to the to start with pillar of our know-how method: recharging the engine of American technological dynamism and innovation, in particular in these foundational sectors.

Around the previous 12 months, the Biden Administration has built historic investments, and not just in basic exploration.  We are investing in industries of the long term and strengthening the resilience and stability of the provide chains that underpin them.

More than the earlier month by yourself, President Biden signed the CHIPS and Science Act, an Govt Buy on Advancing Biotechnology and Biomanufacturing Innovation, and the Inflation Reduction Act.

The CHIPS Act invests $52 billion to restore U.S. management in semiconductor manufacturing and R&D and reduce our overreliance on international-generated chips. 

It is an expenditure greater than the real price of the Manhattan Venture.  On major of this, it also authorizes the premier single-12 months share maximize in over-all federal funding of standard scientific investigation in seventy many years. 

And now we just want Congress to acceptable that funding. 

The EO on Biotech and Biomanufacturing assures that we not only layout the future technology of medications, components, and fuels below, but also make them in this article. From lab to fab, as they say.

And the Inflation Reduction Act rarely needs me to elaborate on its affect. It is the one largest investment in climate and clean up vitality options in American record.

With every of these investments, our goal is to “crowd in” personal capital, not change it, and to attract “patient capital” to bring essential systems to scale.  Specifically for next-technology electricity technologies these as cleanse hydrogen and fusion, a proactive financial commitment strategy now may perhaps save us billions of pounds afterwards. 

We are also charting the way for big-scale technological infrastructure tasks that will provide as countrywide property, like a possible Nationwide Synthetic Intelligence Research Source, which would make innovative AI and computing infrastructure readily available to any researcher in the United States.

The 2nd pillar is developing, attracting, and retaining prime talent. 

The simplest way we can accomplish this purpose is making certain the United States remains the desired desired destination for all leading STEM talent all-around the world. 

This suggests investing in our domestic research and education pipelines, and also making certain best foreign expertise can occur and keep in the United States.  China is doubling down on its STEM expertise production, but attracting and retaining the world’s finest STEM talent is an advantage that is ours to drop. 

We have built some critical development on this front.  Early this calendar year, we introduced a series of measures to streamline the immigration course of action and open up new pathways for intercontinental STEM students and researchers.

We also issued new direction doing away with the have to have to have a sponsoring U.S. employer for hugely completed people with an sophisticated diploma in a STEM industry that is significant to U.S. nationwide stability.  These types of people can now implement for a Nationwide Desire Waiver, and self-petition for an EB-2 visa.

This is good. But we need to have to do extra. We are completely ready to get the job done with industry and with Congress on a bipartisan foundation to capitalize on what is really America’s superpower. 

The 3rd pillar is guarding our technological know-how pros, and stopping our opponents from stealing America’s mental house, and employing our technologies against us or their own men and women. 

Our opponents are working with significantly subtle suggests to illicitly purchase sensitive systems, data, and know-how, and we ought to adapt appropriately. 

On export controls, we have to revisit the longstanding premise of maintaining “relative” pros over competitors in specific essential technologies.  We previously managed a “sliding scale” approach that reported we need to keep only a few of generations in advance. 

That is not the strategic environment we are in now. 

Presented the foundational nature of selected technologies, such as advanced logic and memory chips, we ought to preserve as huge of a guide as possible.   

Earlier this 12 months, the United States and our allies and associates levied on Russia the most stringent technology restrictions at any time imposed on a significant financial state.  These steps have inflicted remarkable expenditures, forcing Russia to use chips from dishwashers in its army tools. 

This has shown that know-how export controls can be additional than just a preventative tool. If implemented in a way that is robust, tough, and comprehensive, they can be a new strategic asset in the U.S. and allied toolkit to impose expenses on adversaries, and even in excess of time degrade their battlefield abilities. 

The Administration also has taken a collection of methods to modernize our financial commitment screening methods.  Just yesterday, President Biden issued an Government Get giving the 1st formal Presidential guidance to CFIUS in the historical past of the Committee. 

The order puts us back again ahead of the video game. It bolsters CFIUS’ capability to defend in opposition to evolving dangers by directing the Committee to think about, in relationship with nations of problem, a new set of specific danger factors, these as irrespective of whether a transaction impacts U.S. management in systems pertinent to national security, or offers risks to U.S. persons’ facts. 

We will continue on to examine no matter if extra techniques are important to most effective posture CFIUS to guard U.S. investors from predatory international investments. 

On the lookout forward, we are creating progress in formulating an strategy to address outbound investments in delicate systems, particularly investments that would not be captured by export controls and could greatly enhance the technological capabilities of our rivals in the most delicate places. 

And we worked carefully with Congress to assure the CHIPS Act incorporates robust guardrails that avoid organizations that get taxpayer dollars from turning all around and generating investments in China that undermine our nationwide security.  

In all scenarios, we entirely intend for market to have an possibility to offer enter at the correct time and intend to commence in a way that is obvious for stakeholders and personalized to our national protection problems.

Defending our tech innovation from theft or abuse also necessitates powerful cybersecurity protections.  Via President Biden’s Government Get on Bettering the Nation’s Cybersecurity previous 12 months, and subsequent directives, we have taken a broad selection of actions required to defend our country from a single of the most pressing threats to our economic and national safety.

Last but not least, we have instituted measures to make sure the intellectual assets behind our most impressive technologies is shielded.  The U.S. Patent and Trademark Workplace has a new pilot plan that accelerates patent purposes for innovations that lessen emissions, so these solutions can be deployed promptly without having risking their mental house.

The fourth and closing pillar is deepening our cooperation with allies and companions, a legitimate hallmark of the Biden Administration.

From reworking the G7 into a steering committee of the totally free earth on challenges like sanctions and electrical power safety to launching an ground breaking and far-achieving protection partnership on superior abilities known as AUKUS we are deepening our unequalled community of alliances and partnerships and driving a strategic alignment across the Atlantic and the Pacific.

We designed the U.S.-E.U. Trade and Technological innovation Council to enable form the guidelines of the highway on emerging technological innovation, which include as a result of technological specifications bodies. 

We have established new initiatives on thoroughly clean strength and on crucial and rising systems within just the Quad. 

In the G7, we have introduced new endeavours on cyber and quantum, and are prepared to deploy tens of billions of pounds for tech infrastructure enhancement by way of the Partnership for Worldwide Infrastructure and Expense. 

Just final week we hosted the 1st in-individual Ministerial meeting of the Indo-Pacific Economic Framework, which incorporates focused endeavours on thoroughly clean electricity and digital cooperation.

We have started out new senior-degree bilateral initiatives on technologies cooperation with Israel, India, Korea, and Japan. 

We introduced know-how initiatives at the Summit for Democracy, which bundled endeavours to align intercontinental export manage polices with human legal rights targets, and to promote democracy-affirming and privacy-maximizing systems. 

On 5G, we are operating with allies and companions in fora these as the Quad and the U.S.-E.U. Trade and know-how council to build reliable telecommunications infrastructure, to involve Open-RAN solutions that are secure, efficient, and advertise existing U.S. and allied technological positive aspects. 

We have scaled-up our efforts with allies and partners to share actionable cyber risk data and to hold undesirable cyber actors accountable for their destructive perform. 

These are all factors on the board. But we are also connecting the dots, linking all of our attempts with like-minded economies into an built-in tactic crafted on the premise that we are much better when we leverage the capabilities and common objective of close friends and allies.

Practically two many years into the Biden Administration, we have reinforced the foundations on which American electric power and influence sit.

Previous 12 months, I famous the enormity of the endeavor we faced in redesigning the area on which long run technological know-how level of competition would enjoy out.

And we are experiencing a competitor that is determined to overtake U.S. technological leadership and eager to devote almost limitless sources to that target. 

But the past 20 months – in fact just the last many months – have revealed how powerfully and correctly we are primary.

We have designed traditionally unprecedented investments, placing us again on track to guide in the industries of the potential. 

We are doubling down on our efforts to be a magnet for the world’s top rated complex talent.

We have tailored our technology security applications to new geopolitical realities. 

And most importantly, we have done this in a way that is inclusive, power-multiplying, and steady with our values.

At property, many of our efforts have been bipartisan.  And abroad, many of them have been in lockstep with our allies and associates. 

The operate ahead of us continues to be major. But getting inventory of the place we are now, it is obvious that The usa is rising to the second.  Thank you quite substantially.

Stop

QD-OLED TV: Samsung, Sony Take on LG With Quantum Dot Special Sauce

The best TVs you can buy use OLED screens and until now, LG Display has been the sole producer of every OLED television in the world. In 2022 a new kind of OLED TV technology, called QD-OLED, finally goes on sale. The technology debuts in new 55-inch and 65-inch TVs from Samsung and Sony, as well as a new monitor by Alienware. QD-OLED uses quantum dots in combination with organic light-emitting diodes, and it promises even better picture quality than traditional OLED TVs and monitors.

We already reviewed the Alienware monitor and liked it a lot, but we haven’t had the chance to see the TVs beyond brief, early demos of prototype products. Samsung’s QD-OLED TV, the QS95B, is available now and priced at $2,200 for the 55-inch and $3,000 for the 65-inch model, which is exactly the same as LG’s best 2022 OLED TV, the G2 series. Meanwhile Sony is charging more for QD-OLED, $3,000 for the 55-inch and $4,000 for the 65-inch when they go on sale in June.

First things first: We won’t know how these QD-OLED TVs really compare against LG OLEDs like the the C2 we recently reviewed, or to other OLED and non-OLED TVs, until we can test them in person. But they sure look promising. 

So what is QD-OLED, and why is it potentially better than traditional OLED and LED LCD? Read on to find out.

Today’s TV tech: LCD, OLED and QLED

Right now there are two technologies most TV buyers can actually afford: LCD and OLED. LCD TVs are sometimes called “LED TVs” due to the tiny LEDs they use to create light. The image is created by a liquid crystal layer, just like LCD TVs from 20-plus years ago. Mini-LED TVs operate the same way, just with more LEDs in their backlights, while QLED TVs are basically LED LCD TVs with quantum dots.

Samsung's chart showing different sizes of quantum dots emitting different colors

The size of the quantum dot determines what color it emits when supplied with energy. Currently that energy is supplied by blue LEDs or blue OLEDs.


Samsung

OLED is a newer technology. Each pixel emits its own light, created by a substance that glows when you give it energy. This substance includes the element carbon, hence the “organic” moniker. Since they’re able to turn individual pixels off, to a perfect black, their contrast ratio and overall picture quality are typically better than any LCD.

One of the biggest improvements in LCD TV tech over the last few years is the inclusion of quantum dots. These microscopic spheres glow a specific color when excited by light. In the case of LCD TVs, blue LEDs supply all the blue light plus the energy to get red and green quantum dots to emit red and green light. This is what allows LCD TVs to have such extreme brightness and better color than LCD TVs of old. 

A comparison of the layers of LCD compared with those of QD-Display

The many layers of LCD (left) compared with the relatively few layers required by QD-Display (right). Among other benefits, even thinner TVs are possible.


Samsung

You can read more about the differences between these technologies in our comparison of LCD and OLED TV display technologies, but the short version is that LCD-based TVs tend to be brighter, while OLED TVs have better overall picture quality. There’s also microLED, but microLED TVs are currently wall-size and absurdly expensive. They’re not really competition for LCD, OLED or QD-OLED TVs, and likely won’t be for the foreseeable future.

The layers required to make an image with different TV technologies. With LCD, the light and the image are created separately. With WOLED (LG’s current tech), the “white” layer is actually blue and yellow. Color filters create red and green. 

With Samsung’s new QD-OLED, only blue OLED material is used, with red and green created by quantum dots. (Click to enlarge)


Samsung

QD + OLED = 💖?

Combining the efficiency and color potential of quantum dots with the contrast ratio of OLED is basically the holy grail of current image quality. LCDs don’t have the pixel-level contrast of OLED. Their backlights, even with mini-LED, are just too coarse. OLED TVs, while bright, don’t have the extreme brightness potential of LCD. 

The layers of a QD-OLED display

The layers of a QD-OLED display.


Nanosys

QD-OLED potentially solves both these issues and could be greater than the sum of its parts. A blue OLED material creates, as with most LED LCDs, all the blue light. A quantum dot layer uses this blue light to then create green and red light. Quantum dots are nearly 100{4224f0a76978c4d6828175c7edfc499fc862aa95a2f708cd5006c57745b2aaca} efficient, so basically no energy is lost converting these colors. The current version of OLED uses color filters to create red, green and blue, essentially blocking a significant amount of the light potential created by the OLED material, so it’s potentially less efficient.

The result could be greater brightness and color than with current versions of OLED, while keeping that technology’s superlative contrast ratio.

A graphic showing the breakdown of QD-OLED technology

Samsung

What else we know about QD-OLED TVs right now

Aside from the basic technology above, we know a few details about the actual TVs and monitors hitting the market later this year. 

Samsung: QD-OLED panels are built by Samsung Display, a division of that mega conglomerate that manufactures displays. Samsung Electronics, the division that makes the TVs themselves, officially unveiled its TV in March 2020 after a tease at CES 2020. Called the QS95B series, Samsung touts improved brightness and color as well as the typical features of the company’s 2022 TVs, such as revamped processing, HDMI 2.1 inputs, an improved smart TV system and a solar remote. The QS95B series is available for preorder now to ship in April.

Sony: Called the A95K series, it will also come in 55- and 65-inch sizes. Sony claims better color and improved viewing angles for this TV but told CNET’s David Katzmaier not to expect a significant improvement in peak brightness with whites. It has 4K resolution, HDMI 2.1 inputs and a bunch of other features, like a built-in camera and remote finder. 

Sony AK95-series QD-OLED TV in an expensive-looking setting

Sony’s AK95 series is a QD-OLED TV available for preorder in June in 55- and 65-inch sizes.


Sony

Alienware: The third manufacturer with QD-OLED has a curved 34-inch, 3,440×1,440-pixel monitor, model number AW3423DW. In case you’re counting, the smallest OLED TV LG makes is 42 inches. CNET’s Lori Grunin reviewed the monitor and lauded its performance for gaming as well as its color accuracy.

An Alienware QD-OLED monitor

The Alienware QD-OLED monitor costs $1,300.


Dell

Read more: Alienware 34-Inch QD-OLED Monitor Review: It Brings the Pretty

What we don’t know about QD-OLED

We know the prices of these TVs, so the next biggest unanswered question is how good they will look compared with “vanilla” OLED TVs from LG and Sony. Samsung says that its QD-OLED will be brighter than OLED, with a better contrast than LCD. The latter is easy; all OLEDs have better contrast than all LCDs. How much brighter remains to be seen, literally and figuratively. LG promises its own improvements for 2022 OLEDs and beyond, so it’s possible this brightness aspect won’t be a huge factor.

Two additional improvements with QD-OLED are possible according to its proponents: off-axis and motion blur. Since QD-OLED lacks color filters, they will potentially look better when seen from the side than OLED, which already looks much better off-axis than LCD. So if you have a really wide sofa, people in the cheap seats won’t have a worse picture than those sitting directly in front of the TV. From what Katzmaier saw in his demo of Sony, the off-axis improvement is real but not a huge deal

Motion blur is a bit of a rabbit hole, but due to how the current generation of OLED works, they still have motion blur. Samsung Display claims QD-OLED will have significantly less motion blur than LCD, though the company didn’t say if it’s better than LG’s OLED. An ultrafast response time, plus extra brightness so you can use black frame insertion and still have a bright image, means it should be at least as good as regular OLED. 

Samsung QD Display demo

A TV demonstrates Samsung’s QD Display technology, which combines OLED elements with quantum dots to boost color and other image quality attributes.


Stephen Shankland/CNET

Then there’s the question of color volume, which is something you’re going to hear more and more about in the coming years. Basically, it’s how much color there is in extremely bright parts of the image. One drawback of LG’s OLED method is that to get the brightness desired by consumers, it uses an additional subpixel, white, in addition to red, green and blue (see image with LCD, WOLED and QD-OLED above). This technically has the effect of “washing out” extremely bright parts of the image. 

From what we’ve seen so far, QD-OLED could deliver improved color. The caveat is that we haven’t actually had the chance to compare it with shipping products (as opposed to prototypes) using real-world video. With most real-world HDR TV shows and movies there really isn’t that much color information in bright parts of the image. That’s partly to do with the inability of most displays to do anything with it. But even if Hollywood were to color-grade more shows and movies with more bright-color data, we’re still just talking about things like more yellow in the sun, more blue tint to headlights, and so on. It remains to be see how much different QD-OLED will look with those colors.

The future is now(ish)

In the end, how much better QD-OLED is than regular OLED doesn’t actually matter. It’s already the most important thing it could be: more OLED. Another company making OLED displays is by far the healthiest thing that could happen to the TV industry and for consumers. Pushing picture quality up and prices down has never been a bad thing.

For that matter, as someone who has always hated LCD, I think a future without that tired, Band-Aid-ed TV technology is a welcome one. But that might just be me.

We expect to get our hands on the first generation of QD-OLED displays later this year. Stay tuned.


As well as covering TV and other display tech, Geoff does photo tours of cool museums and locations around the world, including nuclear submarines, massive aircraft carriers, medieval castles, epic 10,000-mile road trips, and more. Check out Tech Treks for all his tours and adventures.

He also wrote a bestselling sci-fi novel about city-size submarines, along with a sequel. You can follow his adventures on Instagram and his YouTube channel.

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