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Georgia Southern partnering with SALT to give students professional experience, job opportunities | Newsroom – Georgia Southern University Newsroom

Home > Press Releases > Georgia Southern partnering with SALT to give students professional experience, job opportunities

May 26, 2021

Georgia Southern University alumnus Stacey Roach knows the struggle students face when looking to gain professional experience while in college. As Chief Operating Officer of IT company InventureIT, he also knows the difficulty of bringing innovative technology and ideas to the professional world.

In an effort to combat both of these problems, Roach helped create Southern Automated Logistics & Technology (SALT), an innovative, technology-focused organization based in Savannah that partners with industry and academia to bring bleeding-edge technology ideas to market.

To create a link to academia, SALT started an apprenticeship program that offers college computer science and IT students access to mentors and the ability to learn about and solve real-world software development problems for clients.

The development and software industry is under-resourced and in major demand, which puts inexperienced people in jobs that require significant experience, Roach said. We should be able to find a way to embrace what we do at SALT, bring our expertise into the regions we live and work, and also empower the next generation to build their careers here in tandem with Georgia Southern where we can make a large regional impact.

SALT partners with Georgia Southerns Office of Career and Professional Development (OCPD) to help identify potential program candidates from the Allen E. Paulson College of Engineering and Computing through OCPDs career management system Handshake. Students are selected for the paid apprenticeship after an extensive interview process and receive structural training, hands-on learning and work on specific projects for customers.

Junior computer science major Gracie Smith serves as SALT apprentice team lead, where she leads eight current or recently graduated Georgia Southern students at the Business Innovation Group City Center hub in downtown Statesboro. She said SALT provides her with both technical and professional experience.

I continue to learn the processes of software development all while better strengthening my time management, communication and organizational skills, Smith said. This experience is a pivotal moment for me as I am granted the opportunity to pursue my passion for program development.

SALT student apprentices also have many opportunities to build relationships that can further their ability to secure a full time position after graduation, whether within SALT or an organization SALT has worked with.

SALT apprentice and recent Georgia Southern graduate Dimitry Bakalov said the mentorship and the team aspect of SALT gives him a competitive edge in the job search.

The agile methodology that SALT is practicing is a great tool to let everyone in the team get involved in the developing process, Bakalov said. Everyone has an opportunity to be a part of every aspect of the developing job, which is very valuable on the market. I believe that the experience I have gained while working for SALT is the key major component of my resume and the key skill in my skill set.

Roach said SALT is working to find a location to call home for Georgia Southern students in Savannah, as well as looking for more companies to work with.

The next big step for us is to start identifying other partners and other companies that maybe have technology projects that they would like to pursue with SALT, he said. As more companies begin a relationship with SALT, more post-graduation opportunities will become available to computer science majors involved in the program.

To learn more about SALT and the Georgia Southern Office of Career and Professional Development, visit http://www.georgiasouthern.ocpd.edu.

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Professor’s two NSF grants aim to better sort social media content, identify online trolls | Binghamton News – Binghamton University

The discussions happening on social media, both healthy and unhealthy, drive a lot of the public discourse and news coverage in our 21st-century world. Some people use platforms such as Facebook, Twitter and Reddit to make positive connections, but others prefer to sow misinformation and hate.

More about Blackburn

Given the popularity of those platforms and similar ones, which see millions of posts each day, it can be difficult for researchers to wrap their heads around what is being shared and how it affects our opinions on political and social topics.

Assistant Professor Jeremy Blackburn a faculty member in the Department of Computer Science at Binghamton Universitys Thomas J. Watson College of Engineering and Applied Science since 2019 is devising ways to make online content easier to gather and sort, particularly from emerging social media platforms.

Blackburn recently received a five-year, $517,484 National Science Foundation CAREER Award for his project Towards a Data-Driven Understanding of Online Sentiment. The CAREER Award supports early-career faculty who have the potential to serve as academic role models in research and education.

The project includes four objectives:

A big focus is on images, Blackburn said. Can we infer the sentiment or the underlying meaning of an image? Images are used almost as much as text on the internet, and its hard to figure out what people are talking about if you cant understand the visual language theyre using.

Current algorithms classify the sentiment of an image by assessing it and assigning it an independent score, he said. For instance, one tweet may get a 0.4 on a predetermined happiness scale, while another one may get a 0.5 but what does that incremental difference mean for humans?

Instead, by showing two pieces of content and asking which is more positive, Blackburn hopes to get a better gauge of the emotion behind it. Complicating that endeavor, however, is knowing how images become memes among certain subsets of online commenters.

Were not interested in just saying whats in the image were interested in saying how its being used, he said. Were going from the adage of a picture is worth 1,000 words and treat it as a piece of vocabulary. We have ways that can capture the look of it, but were also going to treat it like a word as we do in a language model and place it where it was used.

For instance, if you tweet a picture, you may also include some words, and if we have enough of those samples, we can now figure out that someone is upset or sad or whatever the underlying meaning is. We can translate it into regular words.

Although the development of this new technology to monitor online sentiment could have many uses, such as the political and business realms, Blackburn has a specific goal that he hopes to achieve.

We could better understand violent content or hate speech online that is very coded, or we could identify misinformation so that people cant hide this type of behavior by using just images, he said. Thats my personal passion and the reason why Im developing it.

Another recently awarded NSF project takes aim at better detecting so-called troll accounts that disseminate false information as part of larger influence campaigns on social media.

The two-year, $220,000 grant a collaboration with Assistant Professor Gianluca Stringhini from Boston University will collect information about the troll accounts identified by Twitter and Reddit as belonging to disinformation campaigns spearheaded by countries that are U.S. adversaries.

These malicious users are different from bot accounts that automatically post the same message in multiple places. They are coordinated to interact with each other and take multiple sides of the same argument just to sow discord among anyone watching.

One example, Blackburn said, is two troll accounts arguing about Black Lives Matter versus All Lives Matter not as a matter of principle but merely to spark drama among other users.

Over time, the same troll account may take different positions on the same issue, because ultimately they dont have a particular opinion they just want to cause trouble, he said. They have to convince people to become engaged.

The data collected for this project will be used to train machine-learning algorithms to identify troll accounts by codifying patterns of interactions that are uncommon in real accounts. Social media platforms then would be able to shut down the trolling without needing someone to moderate every questionable post.

Towards a Data-driven Understanding of Online Sentiment is NSF award #2046590. Detecting Accounts Involved in Influence Campaigns on Social Media is NSF award #2114411.

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Professor's two NSF grants aim to better sort social media content, identify online trolls | Binghamton News - Binghamton University

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Supply of computer science skills still isn’t meeting demand in the ‘swelling tech sector’ – FE News

Further Education News

The FE News Channel gives you the latest education news and updates on emerging education strategies and the#FutureofEducation and the #FutureofWork.

Providing trustworthy and positive Further Education news and views since 2003, we are a digital news channel with a mixture of written word articles, podcasts and videos. Our specialisation is providing you with a mixture of the latest education news, our stance is always positive, sector building and sharing different perspectives and views from thought leaders, to provide you with a think tank of new ideas and solutions to bring the education sector together and come up with new innovative solutions and ideas.

FE News publish exclusive peer to peer thought leadership articles from our feature writers, as well as user generated content across our network of over 3000 Newsrooms, offering multiple sources of the latest education news across the Education and Employability sectors.

FE News also broadcast live events, podcasts with leading experts and thought leaders, webinars, video interviews and Further Education news bulletins so you receive the latest developments inSkills Newsand across the Apprenticeship, Further Education and Employability sectors.

Every week FE News has over 200 articles and new pieces of content per week. We are a news channel providing the latest Further Education News, giving insight from multiple sources on the latest education policy developments, latest strategies, through to our thought leaders who provide blue sky thinking strategy, best practice and innovation to help look into the future developments for education and the future of work.

In Jan 2021, FE News had over 173,000 unique visitors according to Google Analytics and over 200 new pieces of news content every week, from thought leadership articles, to the latest education news via written word, podcasts, video to press releases from across the sector, putting us in the top 2,000 websites in the UK.

We thought it would be helpful to explain how we tier our latest education news content and how you can get involved and understand how you can read the latest daily Further Education news and how we structure our FE Week of content:

Our main features are exclusive and are thought leadership articles and blue sky thinking with experts writing peer to peer news articles about the future of education and the future of work. The focus is solution led thought leadership, sharing best practice, innovation and emerging strategy. These are often articles about the future of education and the future of work, they often then create future education news articles. We limit our main features to a maximum of 20 per week, as they are often about new concepts and new thought processes. Our main features are also exclusive articles responding to the latest education news, maybe an insight from an expert into a policy announcement or response to an education think tank report or a white paper.

FE Voices was originally set up as a section on FE News to give a voice back to the sector. As we now have over 3,000 newsrooms and contributors, FE Voices are usually thought leadership articles, they dont necessarily have to be exclusive, but usually are, they are slightly shorter than Main Features. FE Voices can include more mixed media with the Further Education News articles, such as embedded podcasts and videos. Our sector response articles asking for different comments and opinions to education policy announcements or responding to a report of white paper are usually held in the FE Voices section. If we have a live podcast in an evening or a radio show such as SkillsWorldLive radio show, the next morning we place the FE podcast recording in the FE Voices section.

In sector news we have a blend of content from Press Releases, education resources, reports, education research, white papers from a range of contributors. We have a lot of positive education news articles from colleges, awarding organisations and Apprenticeship Training Providers, press releases from DfE to Think Tanks giving the overview of a report, through to helpful resources to help you with delivering education strategies to your learners and students.

We have a range of education podcasts on FE News, from hour long full production FE podcasts such as SkillsWorldLive in conjunction with the Federation of Awarding Bodies, to weekly podcasts from experts and thought leaders, providing advice and guidance to leaders. FE News also record podcasts at conferences and events, giving you one on one podcasts with education and skills experts on the latest strategies and developments.

We have over 150 education podcasts on FE News, ranging from EdTech podcasts with experts discussing Education 4.0 and how technology is complimenting and transforming education, to podcasts with experts discussing education research, the future of work, how to develop skills systems for jobs of the future to interviews with the Apprenticeship and Skills Minister.

We record our own exclusive FE News podcasts, work in conjunction with sector partners such as FAB to create weekly podcasts and daily education podcasts, through to working with sector leaders creating exclusive education news podcasts.

FE News have over 700 FE Video interviews and have been recording education video interviews with experts for over 12 years. These are usually vox pop video interviews with experts across education and work, discussing blue sky thinking ideas and views about the future of education and work.

FE News has a free events calendar to check out the latest conferences, webinars and events to keep up to date with the latest education news and strategies.

The FE Newsroom is home to your content if you are a FE News contributor. It also help the audience develop relationship with either you as an individual or your organisation as they can click through and box set consume all of your previous thought leadership articles, latest education news press releases, videos and education podcasts.

Do you want to contribute, share your ideas or vision or share a press release?

If you want to write a thought leadership article, share your ideas and vision for the future of education or the future of work, write a press release sharing the latest education news or contribute to a podcast, first of all you need to set up a FE Newsroom login (which is free): once the team have approved your newsroom (all content, newsrooms are all approved by a member of the FE News team- no robots are used in this process!), you can then start adding content (again all articles, videos and podcasts are all approved by the FE News editorial team before they go live on FE News). As all newsrooms and content are approved by the FE News team, there will be a slight delay on the team being able to review and approve content.

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Tiny seedlings and 3 million worms: Two OHIO experiments headed to International Space Station on June 3 – Ohio University

When NASA's SpaceX Commercial Resupply Mission-22 launches from the Kennedy Space Center in Florida on June 3, it will carry two Ohio University experiments to the International Space Station.

The two experiments have a common focus both are looking at how genes respond to a microgravity environment. Knowing how nerves and muscles remain healthy and how plants grow are essential to NASA's mission of sending astronauts on longer spaceflights.

On Earth, for example, gravity is why plants send roots down, and it provides the resistance for muscles to push against.

Since space is tight on the ISS, the OHIO research teams are using tiny worms called Caenorhabditis elegans to study nerve and muscle health, and tiny Arabidopsis seedlings to look at plant growth.

In both the worms and the plants, RNA is the "mission control" that determines what happens in the microgravity environment of space.

Dr. Sarah Wyatt leads the Arabidopsis experiment and is professor of Environmental & Plant Biology in the College of Arts & Sciences. Wyatt also chairs the interdisciplinary Molecular & Cellular Biology program at OHIO. Dr. Nathaniel Szewczyk leads the muscle research project and is theOsteopathic Heritage Foundation Ralph S. Licklider, D.O., Endowed Professor in Molecular Medicine in the Heritage College of Osteopathic Medicine. He is also principal investigator of the Ohio Musculoskeletal & Neurological Institute and a member of MCB.

The SpaceX 22 flight is scheduled for June 3 at 1:29 p.m. EDT, pending weather conditions.

"It's amazing to think that 56 years ago on June 3, 1965, Gemini 4 launched, with the first American spacewalk and the first use of Mission Control Center in Houston," said OHIO President M. Duane Nellis. "Now, on June 3, 2021, we'll watch a reusable SpaceX rocket take two Ohio University research projects to the International Space Station on a mission to discover more about the RNA building blocks of life and gravity's pull on both plants and animals. And it was Ohio University alumnus Dr. Venki Ramakrishnan who recently won the Nobel Prize for helping to decipher the riddle of the ribosomethat enables these genetic experiments."

12 Days in the Veggie Unit on the International Space Station

NASA announced in 2019 that Wyatt received an award for her research team's fourth experiment aboard the International Space Station as the United States prepares for missions to the moon and Mars.

This time her team is sending up square Petri plates of Arabidopsis seeds glued to membranes that are laid atop moist, nutrient agar to support seeding growth. The plates will launch in cold bags to keep the seeds from germinating. Astronauts will unpack the cold bags and load the plates into racks in the Veggie Unit aboard the ISS to start the experiment. Twelve days later the astronauts will remove the membrane from the agar and freeze it and the tiny plants in preparation for a flight back to Earth.

"The plants will come down frozen to preserve the seedlings. That way we'll be able to separate the shoots and the roots when they get here," said Wyatt, who added that the Veggie Unit is also used aboard the ISS by the astronauts for pick and eat crop experiments.

Her team will analyze all the RNA in the seedlings the small, regulatory RNAs as well as the total mRNAs and the mRNAs attached to ribosomes. "This is the really novel piece of this flight because mRNA attached to ribosomes are made into proteins, and proteins are the workhorses that build the body. So we're trying to get closer to what mRNAs are actually used to make protein," Wyatt said.

Scientists once believed that all mRNAs were translated into protein but thats not true. "Several years ago, scientists discovered this mechanism called RNAi or RNA interference that's probably the result of protecting against viruses." Wyatt recommends a Nova video for an easy, graphic picture of RNAi.)

The ribosome is a molecule made of RNA and protein and the site of protein synthesis. "There's a variety of mRNAs that are destined to be disrupted or degraded and not actually produce protein. It may seem like kind of a wasteful system, but its not. It's a really elegant system for creating different tissues and responses at different times and different developmental stages," Wyatt said. And along the way, some mRNA gets "chewed up."

"Once we have all RNAs, we hope to identify the regulatory mechanisms that determine which mRNAs that are produced are translated into protein and how that is regulated in microgravity."

Working with Wyatt in her lab are Dr. Alexander Meyers; two graduate students, Gbolaga Olanrewaju and Samantha Fedoush; and three undergrads, Calvin Coffin (biochemistry), Andrew Stauffer (computer science) and Victoria Swiler (Honors Tutorial College). Coffin and Stauffer will be entering the M.S. in Plant Biology program in the fall.

Follow the Wyatt Lab on Facebook.

3 million tiny worms testing treatments to improve nerve and muscle health

Szewczyk focuses on genetic control of muscle decline, most recently in response to space flight. His research explores the effect of inactivity and diet on muscle health with age, novel treatments for muscular dystrophy and the role of exogenous hydrogen sulphide in extending lifespan and improving health.

Recently his experiments have included sending worms into space to see how their muscles react in microgravity. For example, earlier this year the Micro-16 research mission used a miniaturized force measurement hardware called NemaFlex to study muscle strength on the ISS.

His current experiment Molecular Muscle Experiment 2 will fly 3 million worms. The worms will be divided between several experiments aimed at continuing to understand the genes controlling nerve and muscle health in space as well as testing if certain drug and nutritional treatments improve muscle and nerve health in space.

"Were excited to be leading an experiment involving researchers from five countries. Our experiments will examine if increasing nerve signal to muscle will improve muscle health in space, Szewczyk said. This will be complemented by our partners who will explore other aspects of muscle and nerve health including other potential therapies in space. The worm Caenorhabditis elegans (C. elegans) is a flight-proven, and cost effective, model organism. The body wall muscles ofC. elegans have structure similar to human skeletal muscle and cellular mechanisms for force generation and transmission are similar, enabling a means to understand mechanisms causing muscle strength loss in astronauts."

The experiment also will "be the first UK national payload. This is a really exciting development for the UK, particularly its ability to provide commercial access to the ISS," Szewczyk said.

Amanda Scott (a medical student at HCOM) has accompanied Szewczyk to launch and has been busy looking after the worms for all of the international partners who have been unable to travel due to COVID-19.

Follow Szewczyks experiment on Twitter.

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New Ph.D. wants the next generation to pick up the quantum story – Harvard Gazette

This is one in a series of profiles showcasing some of Harvards stellar graduates.

I am very interested in other peoples stories, said Sukin Hannah Sim. She loves to read historical fiction (recently, Pachinko), almost majored in history (a subject built on stories), and dove into quantum computing after reading a magazine article about the mysterious new field.

Even when Im 60 or 70, Ill only have learned a very little percentage of what there is in life and the universe, Sim said.Theres so much that I dont know, but thats also whats beautiful, right?

Sim, who earned her Ph.D. in chemical physics from the Graduate School of Arts and Sciences, chose a field rife with the unknown. She develops algorithms and writes software, the complex computational stories that dictate how quantum computers tackle problems such as how to design more secure encryption or bespoke molecules faster than any classical computer.

But in a field full of mystery, Sim is wary of quantum computer scientists hoarding information in their heads or releasing it to only a limited audience. So, while she writes pivotal algorithms, she also pens articles for the public, sharing her knowledge through open-source software codes, podcasts, and YouTube, and mentoring high school students to make sure the next generation of thinkers can continue writing the quantum story where she and others leave off.

Otherwise, Sim said, the knowledge is stuck with you.

Growing up in South Korea, Sim spent more time exploring than reading assigned books or finishing homework. She especially loved building with Lego blocks the origin, she said, of her curiosity about science and complex construction.

Then, when Sim was 8 years old, she and her family moved to Acton, a suburb of Massachusetts, and built a life far from any extended family. Bonded through their shared immigrant experience (Sim often acted as a translator for her mother, who spoke little English), the family grew even closer. (Today, the Sims pandemic pastime is exploring western Massachusetts trails with their little chiweenie named Louie).

By high school, Sim was already attracted to science, especially the relatively new mashup of chemistry and computer science called computational chemistry. As an undergraduate at Wellesley College, she nearly chose to major in history but was more attracted to another kind of power, one that exerts an invisible influence over absolutely everything on Earth: quantum mechanics.

In 2015, during her senior year at Wellesley, Sim heard Aln Aspuru-Guzik, then a professor of chemistry and chemical biology at Harvard, give a talk about his work in quantum computing and machine learning. Sim gushed over his research and, when Aspuru-Guzik invited her to join a lab meeting, she jumped at the opportunity. Later that fall, she joined Harvard and his team.

The transition wasnt easy. Imposter syndrome nagged Sim and, even a year and a half ago, graduation seemed like a hazy hope. But Aspuru-Guzik helped: He told her stories from when he, too, felt like an imposter. She realized that sharing her story with family, friends, her mentor and listening to their stories was critical. Her Ph.D., she said, taught her to prioritize her life.

Science is important but, at the end of the day, so is mental health, Sim said.

In the Aspuru-Guzik lab, Sim worked with another mentor, postdoctoral scholar Peter Johnson, to build a mathematical method to describe particular types of so-called quantum circuits, a set of instructions to manipulate qubits, the basic unit of information in a quantum computer. Johnson, a mathematical physicist, taught Sim the math needed to create their method, and together they published a seminal paper on their findings.

Someone like Peter, for me, was a huge help, Sim said. Now, she hopes to continue what she sees as a flow of mentorship, by guiding those behind her, especially those underrepresented in STEM fields. Recently, she mentored two high school girls who already see quantum mechanics in their future. Shes also had female undergraduate and graduate students in STEM reach out to her for advice. I dont have all the answers, she admits to them; instead, her goal is to make sure they feel like this is a choice that they have; they can enter this field. Theyre qualified.

In mid-April, right after graduating, Sim joined Zapata Computing, a startup founded by a team including two of her mentors, Aspuru-Guzik and Johnson. As a research scientist, shell continue to work on improving algorithms for early stage quantum computers and she hopes to one day help deliver quantum computers their quantum advantage, the pivotal moment when quantum computers will eclipse the classical in both speed and accuracy for certain tasks.

But to get there, Sim said, You need a quantum computer with tens of thousands or even millions of quantum bits (or qubits). Today, one of the best computers has on the order of 100 qubits. In the meantime, she plans to work to get the most of out of current noisy quantum computers. This could still be useful in accelerating the design of new chemicals, materials, and drugs.

Even quantum scientists dont fully understand quantum mechanics yet, which makes translation all the more difficult. Encouraged by Aspuru-Guzik, Sim has worked hard to spread the quantum story: She participated in a TalkPython podcast, shared her quantum origin story in a YouTube series called SuperPosition, and posted an article on Medium to discuss variational quantum algorithms with the general public.

At home, she can talk some shop with her father, who designs computer processors (for classical computers), and her younger sister, a computer scientist.

Scientists have this reputation of overwhelming conversations with formulas and equations and everyones like, OK, youre smart. I get that, Sim said. I want to help break that stereotype. Science is like history. And like any good historian, Sim knows how to tell a good story.

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New Ph.D. wants the next generation to pick up the quantum story - Harvard Gazette

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Altcoins soar while Bitcoin and Ethereum price stall near key levels – Cointelegraph

On May 26 the the bullish momentum that had propelled Bitcoin and altcoins into a relief rally was somewhat subdued as traders remain unsure of what may happen next.

After anearly morning attempt by Bitcoinbulls to drive (BTC) price above $40,000 was met with stiff resistance, the digital asset lost momentum and slumped back to the $38,000 support level.

Despite the continued struggle, a few positive signs like a decline in BTC exchange deposits and an uptrend in addresses accumulating Bitcoin suggest thatbears have stopped selling and the worst of the downturn may have passed.

Earlier in the day, Ether (ETH) also rallied close to the $3,000 level but the pullback in BTC price saw the top altcoin fall below $2,800.

While a majority of the cryptocurrencies are well below recently established highs, Polygon (MATIC) price bucked the trend by seeking out a clear V-shaped recovery. The altcoin rallied higher today as the project announced the launch of its SDK stack that will allow developers to easily deploy their own Ethereum-connected blockchains.

Since May 25, MATIC price has rallied 50% from a low of $1.51 to an intraday high at $2.44 on May 26.

According to data from Cointelegraph Markets Pro, market conditions for MATIC have been favorable for some time.

The VORTECS Score, exclusive to Cointelegraph, is an algorithmic comparison of historic and current market conditions derived from a combination of data points including market sentiment, trading volume, recent price movements and Twitter activity.

As seen in the chart above, the VORTECS Score for MATIC has been in the green zone for most of the past week and it registered a high of 94 several times on May 25, around seven hours before the price increased 50% over the next day.

Other notable altcoin performances include an 89% gain for SKALE Network (SKL) and a 67% rally from Enjin Coin (ENJ) . Origin Protocol also gained 53%.

The overall cryptocurrency market cap now stands at $1.7 trillion and Bitcoins dominance rate is 42.5%.

The views and opinions expressed here are solely those of the author and do not necessarily reflect the views of Cointelegraph.com. Every investment and trading move involves risk, you should conduct your own research when making a decision.

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The Crypto Crash Is Here. Here’s Why It’s Time to Buy the Altcoin Dip. – Investorplace.com

Lets talk cryptocurrencies.

The crypto market is wild right now. Absolutely wild. The entire market dropped more than 30% at one point on Wednesday led by a 50%-plus decline in headline names like Ethereum(CCC:ETH-USD) in what was a panic-driven fire sale.

Then, the entire market rebounded by more than 20% on Thursday led by a 30%-plus rise in names like Ethereum in what was a furious recovery.

What in the world is happening? The Cryptochasm!

Follow me here

As many of you know, investment megatrends emerge in two waves.

The first wave is what I like to call the rising tide.

Wall Street gets all excited about an upcoming megatrend. Hyped-up investors high on growth adrenaline rush into the space. They buy up anything and everything that is even tangentially related to the megatrend. Every stock in the space gets priced as if its going to take over the world.

This creates a rising tide that lifts all boats. During this rising tide, everyone has a lot of fun and makes a lot of money.

Then comes the second wave. I call it the curation wave.

In this second wave, early enthusiasm from the first wave moderates. Investors start to get picky. They start to realize that not every company in the space will be a runaway success. They realize that not every stock deserves to be priced for world-domination.

Investors begin curating their investments, separating the wheat from the chaff. They sell the weaker investments. They pile more heavily into the stronger investments.

If the first wave was the fun part, the second wave is the hard part.

You must find the real winners to keep making money if you dont, you could lose all of your gains as the rising tide fades.

Right now, the cryptocurrency market is entering the second wave. The market once high on adrenaline and hype is now correcting lower, and investors are looking more closely at their investments, doubling down on the strong cryptos and ditching the bad cryptos.

The strong cryptos will rebound from here, then go on to change the world and score early investors enormous gains.

The weak cryptos wont. Theyll die. And dip-buyers will get burned as those coins plummet to zero

The key now, of course, is to buy the dip in the strong cryptos.

How do you know what qualifies as a strong crypto?

The short answer: You have to do a lot of work.

Forget following Reddit and buying meme coins because everyone else is doing it. You have to actually do your homework. You have to dig through the whitepapers, read them end-to-end, understand the technology, talk to experts, and extrapolate financial implications.

Its a lot of work because cryptos are a complex science, especially for folks new to the industry.

Lucky for you, you dont actually have to do that because were doing it for you!

We are putting together a team of very qualified cryptocurrency experts who understand blockchain technology at the most granular level, and who are researching cryptos all day, every day.

The teams goal? Put together a portfolio of cryptos that arent all hype and will instead, impact the world over the next two decades the same way that Amazon and Alphabet impacted the world over the past two decades.

We arent done. The job here is never done. There is so much progress and innovation happening in the crypto world right now that our research is a never-ending evolution

The key to striking it rich in the crypto market right now is to buy theright cryptocurrencies the most technologically-advanced cryptocurrencies with the most value-additive applications.

And we are finding a few cryptos that we think thanks to their technological superiority, clear value-props, and widespread use-cases will be enormous winners over the next 3, 5, 10-plus years.

My team and I are currently doing the hard work of sorting through these potential cryptocurrencies and highlighting the best ones the cryptos that will weather the coming cryptocurrency crash and emerge from it ready to soar 10X, 100X, or 1,000X over the next two decades.

Over the coming weeks and months, well introduce these cryptocurrencies toInnovation Investor.But you dont have to wait to sign up, as were currently covering the most hyper-scalable companies within the worlds strongest emerging megatrendsright now. Blockchain is just one part of the picture.

To get started,learn more by clicking here.

On the date of publication, Luke Lango did not have (either directly or indirectly) any positions in the securities mentioned in this video.

By uncovering early investments in hypergrowth industries, Luke Lango puts you on the ground-floor of world-changing megatrends. Its the theme of his premiere technology-focused service, Innovation Investor. To see Lukes entire lineup of innovative cutting-edge stocks, become a subscriber of Innovation Investor today.

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The Crypto Crash Is Here. Here's Why It's Time to Buy the Altcoin Dip. - Investorplace.com

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The Five Best Altcoins to Invest in and Start Building a Crypto Fortune – Investment U

Bitcoin seems to grab the majority of headlines, but its far from the only sensible crypto. In fact, a more wide-ranging list could include dozens of altcoins. But to try and keep things simple, we are just going to go over the five best altcoins that have gotten our attention.

Since you landed on this article, you probably already know what an altcoin is. But just in case, an altcoin is any cryptocurrency that isnt Bitcoin And just so you know, that describes more than 4,000 cryptocurrencies. So there really are a lot to choose from. However, a whole lot of them are junk. Lots of them have little to no trading volume. And lots of them will fail to make any sort of impact before fading into oblivion (taking investors money into the void with them).

Based on this, its imperative to dig into a crypto thats captured your attention before investing in it. That being said, this also depends on what kind of investor you are

Since the beginning of the year, crypto has (mostly) been on fire. Its been minting millionaires left and right this year. Even meme coins like Dogecoin and its meme-of-a-meme spinoff Shiba Inu Coin have turned a few hundred bucks into tens of thousands if not millions of dollars. But this was blind speculation that just happened to pay off. Thats not investing so much as gambling. And if thats your strategy, might I direct you to Telcoin? Or perhaps Yummy Coin?

But if youre looking for the best altcoins to invest in, here are our five favorites.

Were starting our list with the second biggest cryptocurrency out there. This is one of the best altcoins available for two major reasons. One: it has the second largest market cap of any crypto on the market. This shows that it has market power in the crypto world. And it also means that popularity and adoption are wide spread. The second feature that makes this one of the best altcoins is that it powers a dominant percentage of the NFT marketplace. And that dominance has helped it outperform most of its largest competitors.

So far this year, Ethereum is up around 250%. And thats despite a nearly 40% decline in price after news resurfaced of a China crypto ban. We expect Ethereum to bounce back from this flash crash in a major way by the end of the year. All of this makes Ethereum one of if not the best altcoin available right now.

This is one of the oldest altcoins on the market. But dont let its age fool you. It was founded by a former Google and Coinbase engineer that knows the power of utility. And this is what this crypto was based on. This coin was established as a Bitcoin fork. But its not trying to compete with it. Rather its been described as silver to Bitcoins gold.

Another thing that separates Litecoin from its larger competitors is ease to mine. Theres no need for specialized equipment to get in on the mining action. Consumer-grade hardware is enough for most folks.

But perhaps its strongest asset is transaction speed. Transaction times are nearly instant. Whats more, its fees are among the lowest in the cryptosphere. This all adds up to the ability to send Litecoin around the world in less than three minutes. And because its been around so long, you can find it in just about any exchange you choose. Its available in consumer-friendly apps like Robinhood and Webull. You can easily find it in one of our favorite exchanges, Coinbase. And most recently, PayPals (Nasdaq: PYPL) crypto checkout began allowing Litecoin as one of the cryptos it accepts. After all these years, Litecoin is still growing in popularity. And that clearly makes it one of the best altcoins out there.

This altcoin has also seen a staggering increase in value this year. Starting at just $38 a token, its ballooned to near $700 this year. Even though it declined in May (like just about every other altcoin) its not poised to stay down for long. Its simply too valuable because of the essential role it plays in many other altcoins ability to be traded.

Your big centralized exchanges like Coinbase, Binance, Kraken and the like cant list every altcoin out there. Theres just too many. And listing every new initial coin offering ICO wouldnt be good for their image or their customer base. They want to be able to verify the validity of the coins they list. Because not every new crypto is developed with the best intention in mind. But getting listed there can take time. And for new cryptos looking to build up momentum and interest, they need operate via different channels. This is where the Binance Coin plays a major role

Lets say you wanted to invest in SafeMoon when it first came out. Well, before it started getting listed on larger exchanges, the only place you could find it was on the decentralized exchange PancakeSwap. And you cant just go there and exchange dollars for crypto. For the most part you need to start with some Binance Coin in your wallet and exchange it for the altcoin of your choice. Based on this utility alone, Binance will remain one of the best altcoins on the market to invest it.

Stellar Lumens started out the year trading for less than $0.15 a pop. Its since climbed a lot closer to the $1 mark. Part of its increase in value is its growing popularity as an alternative to traditional banking. With more than half of the world living without a banking account, that spells huge opportunity for this altcoin.

Stellar Lumens is the crypto for Stellar a blockchain protocol built for payments systems. This is intended for folks that dont have bank accounts. The goal here is to be able to offer the bankless access to financial products. The team behind it has been making successful strides to connect financial institutions to its blockchain and allow cheap transactions in developing markets.

It also happens to be one of the more environmentally friendly altcoins. Stellar uses a proof-of-stake system as opposed to the proof-of-work model. This means that there is no electricity intense mining associated with Stellar Lumens. Of the total 50 billion Stellar Lumens in creation, roughly 20 billion have been sold into the market. The rest currently sit in the Stellar Lumens Development Foundation. As adoption in emerging markets continues in places like Zimbabwe, Nigeria and Argentina, Stellar Lumens is likely to increase in value. If nothing else, its altruistic nature makes Stellar Lumens one of the best altcoins to keep an eye on this year.

This altcoin is a little different than the rest. Tether is a stablecoin. And its the largest one of its kind by a wide margin. This isnt a crypto to bank on in order to make you rich. This one is a means of diversifying your crypto portfolio with a little stability.

When it first launched in 2014, it was backed 1:1 with U.S. dollars. And even though this is no longer the case, its proven to be an effective store of value.Today, Tether is backed by Tether reserves. And the team behind it has made every attempt to remain transparent about what that means. This transparency and stability have had a huge impact on usage. It currently makes up more than half of the stablecoin market. And adoption is still rising. Now that its on-chain volume has surpassed $1 trillion on a yearly basis, Tether is clearly the most promising stablecoin. And that makes it a powerful example of one of the best altcoins on the market today.

Altcoins have proven to be an amazing way to invest your money this year. And naturally, there have been some hiccups along the way. The rollercoaster rides that cryptos offer is part of their charm to some. But thats also part of the reason some investors remain skeptical. So, to paraphrase the old adage, never invest more than you can afford to lose. However, if you stick with it long enough riding out the volatility will become second nature.

Even the best altcoins will continue to see dips in value. But over time, the highs are proving to get higher. And the lows have been nowhere near as low as they have been in the past.

If youd like to learn about more about the best altcoins and what the future holds for them, we suggest signing up for the Manward Financial Digest e-letter. Founder and crypto expert Andy Snyder has been showing readers how to find the best altcoins on the market for ages. And hes got the stellar track record to prove it. To follow his advice, just drop your email address in the box below.

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Heres How High Bitcoin Could Skyrocket After Severe Correction, According to Altcoin Daily – The Daily Hodl

Altcoin Daily host Aaron Arnold is predicting that a massive bullish resurgence could be in the cards for Bitcoin after the corrective event that saw the leading crypto asset plunge over 50% from its all-time high.

In a new video, Arnold tells his 796,000 YouTube subscribers that the technical pattern that BTC formed while it traded between $50,000 and $60,000 from February to May 2021 does not indicate that the top is in for the flagship crypto asset.

This generally isnt how markets top, especially in crypto. Markets usually top with a blowoff top. Something like this (January 2018). Something like this (2013). Just looking at the shape of the price chart, this isnt normally how we enter a bear market.

During the 2017 bull market, Arnold highlights that Bitcoin went through multiple corrective events that sliced the value of BTC by 29% to 38%.

Keep in mind Bitcoin holders, this literally happens every cycle. Im talking about the final shakeout before the next leg up. Actually, taking a look at just the last cycle, it has happened multiple times, at least one, two, three, four, five, six, where theres a final shakeout and after that, the next leg up in the market. Bitcoin rising higher after the final shakeout.

As for the possibility that BTC could be entering a bear market after it lost over 50% of its value from its all-time high of $64,000, Arnold notes that during the 2013 bull market, Bitcoin collapsed by 83% in the middle of the cycle.

I dont think were going to correct 83% this time I personally dont think so. I think what were seeing is a combination. History is rhyming. Its not exactly like 2017. Its not exactly like 2013. Somewhere in the middle and history is rhyming just like that.

Personally, Im a buyer here If you look at on-chain metrics, they overwhelmingly show that is it the new Bitcoin holders who are selling to the people who have been around for years Weak hands, new hands, new coiners are selling to old hands, to long-term hands, to the strong.

The crypto analyst also highlights that based on historical price action and technical indicators, a 10x explosion is within the realms of possibility for BTC.

Keep in mind, the last time we closed this low, below the 21-week EMA (exponential moving average), Bitcoin rose 1,100%.

I

Featured Image: Shutterstock/Sergii Molchenko

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Cardano Faces an Uphill Battle to Change the Finance World – InvestorPlace

May 18 2021 was a day to be remembered in the cryptocurrency market. A huge selloff sent altcoins such as Cardano (CCC:ADA-USD) into a volatile state on an intraday basis. On May 19, ADA had a low of $1.03 and a high of $2.03.

This is a considerable amount of volatility. While some of it comes from outside factors, such as new regulations, ADAs potential to rise or fall is hard to gauge. The crypto advertises significant advantages over its competitors and has signed some big name deals, but is that enough to make it a buy?

On May 18, the key factor in the altcoin sell off was a cryptocurrency ban in China. The new restrictions came from three of Chinas regulatory bodies: the Payment and Clearing Association of China, the China Banking Association and the National Internet Finance Association of China.

Payment companies and financial institutions are now barred from having any part in transactions or services that use altcoins. The ban is incredibly broad and includes trading, settlement, registration and clearing as restricted activities.

Investors were discouraged from making speculative buys of any cryptocurrencies.

In their announcement of the ban, the three regulatory bodies stated that, recently, cryptocurrency prices have skyrocketed and plummeted, and speculative trading of cryptocurrency has rebounded, seriously infringing on the safety of peoples property and disrupting the normal economic and financial order.

What is interesting, though, is that while the ban prevents new initial coin offerings (ICOs) and exchanges of crypto, individuals are still able to hold altcoins.

The World Economic Forum published a list of countries where cryptocurrency use is most common. In 2020, the percentage of people that said they either used or owned cryptocurrency was 7% for China and 6% for the U.S. If China barred individuals from holding altcoins, the May 18 sell off probably would have been more intense and more severe for the long term.

China has banned further ICOs, and more countries may follow suit soon. Regulatory risks are one of the top threats for cryptocurrencies now, not just locally but globally.

Early in the morning of May 19, the price of ADA was near $1.80. At one point, it fell to about $1.07, then bounced back to $1.80 before declining to about $1.50. All of this happened within hours intraday. Cryptocurrencies are not for every trader or investor, and Cardano is no exception. Some people who bought at the bottom and sold at the top made money, while some lost almost 40% if they bought ADA near the top when the selloff started.

This goes to show that any ADA predictions are pointless. Its nearly impossible to know whether Cardano will rise higher now or fall again. And I agree with the Chinese regulatory bodies that speculative crypto trading is too dangerous and stressful.

I see the business potential for Cardano, but I also see plenty of risks. What can someone do with Ada, Cardanos native coin?

According to Cardano, every ada holder also holds a stake in the Cardano network, and those users can receive rewards. Cardano uses proof-of-stake blockchain architecture instead of proof-of-work, which is used by Bitcoin (CCC:BTC-USD) and Ethereum (CCC:ETH-USD). This means that Cardano is more energy-friendly and efficient compared to BTC and ETH.

Cardano has also been gaining traction over the past couple of years. The Ministry of Education in Georgia and New Balance both signed deals to use ADA in 2019. And just this year, IOHK, the blockchain company that develops the altcoin, made a deal with the Ethiopian government to use Cardano in schools.

The main advantages Cardano claims over Bitcoin and Ethereum are that ADA is faster, scalable, and more flexible. It is often used for smart contracts in the finance world.

Cardano states that it has a goal of making the world work better for all. This is intriguing, but it also seems challenging.

The value tag is much different than the price tag. In 2017, Cardano had a market capitalization of $10 billion. Now it has a market capitalization of over $54 billion.

With a current price of $1.71, compared to just five cents this time last year, this return of over 3,000% seems too stretched for me now.

I would like to see more companies and applications embrace Cardano. Until this happens, I consider it overvalued and suggest that potential investors wait and see before deciding to buy.

On the date of publication, Stavros Georgiadis, CFA did not have (either directly or indirectly) any positions in the securities mentioned in this article. The opinions expressed in this article are those of the writer, subject to the InvestorPlace.comPublishing Guidelines.

Stavros Georgiadis is a CFA charter holder, an Equity Research Analyst, and an Economist. He focuses on U.S. stocks and has his own stock market blog atthestockmarketontheinternet.com/. He has written in the past various articles for other publications and can be reached onTwitterand onLinkedIn.

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