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Ethereum, Stellar Lumens, VET bounce back as alts resist corrections – AMBCrypto English

After a brief period of sustained corrections, it would seem that the markets altcoins are finally finding some momentum after many of the alts recorded some gains of their own over the past 24-hours. This should come as a relief for many since surprisingly, not many altcoins had followed Bitcoins lead when it hiked and consolidated, despite their high correlation with the king coin.

Ethereum [ETH]

Ethereum, the worlds largest altcoin, was one of the crypto markets stars in the early part of 2019. However, all its recorded gains over the aforementioned period of time were wiped out within a few days by the market crash in March. Since then, ETH has recovered well, with the altcoin, at the time of writing, being traded at $212.02. In fact, ETH was up by over 3.5% over the course of 24-hours, the movement that came as a relief for many since it followed a period of bearish market behavior.

The positive momentum in the Ethereum market was highlighted by the technical indicators. While theParabolic SARsdotted markers were well below the price candles, theRelative Strength Indexwas positioned well between the oversold and overbought zone after a brief period where it seemed to be surging towards the latter.

The price-performance follows a report which suggested that while Bitcoin Hodlers are inclined to splash their cash, ETH Hodlers transactions are largely no more than $20.

Stellar Lumens [XLM]

Like Ethereum, XLMs movements lately have been punctuated by minor dips that would stall the market momentum and put a brake on XLMs uptrend. However, this too was reversed, with the price of the token climbing at the time of writing at the rate of 2.5% over 24-hours, with the press time price observed to be $0.07.

However, XLMs indicators didnt seem to be as confident as the cryptos price performance charts. While the mouth of theBollinger Bandswas uniform, theMACDline was closing in on the Signal line for a bullish crossover. However, in light of the final price candle on the chart being red, this may not transpire.

XLM was in the news recently after its native organization, the Stellar Development Foundation announced a $5M investment in Bill Barhydts Abra.

VeChain [VET]

VeChain, the 35th ranked cryptocurrency on CoinMarketCap, is one of the few alts that is still making its way to recovering the losses incurred back in March. At the time of writing, VeChain was priced at $0.005, with the tokens price still a long way away from its resistance at $0.008.

However, the last few days have accrued some gains for the token, with 5 of the last 7 price candles found to be green, suggesting some bullishness. This was highlighted by the findings of theAwesome Oscillatorand the stabilizingChaikin Money Flow.

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Physicist Brian Greene on learning to focus on the here and now – KCRW

The coronavirus pandemic is a reminder that things can change fast and unexpectedly. As much as we look for stability, things come and go, and we live and die. Theoretical physicist and mathematician Brian Greene explains why understanding the science behind the impermanence in our world can lead to a more fulfilling life.

He explains his theories with KCRWs Jonathan Bastian. This interview has been abbreviated and edited for clarity.

In your most recent book, you write about the concept of impermanence. When did that idea become apparent to you?

Brian Greene: I think at various levels of conscious awareness, we know that we are impermanent. And it hits us in different ways at different times, depending upon where we are mentally, spiritually and what's happening in the world around us.

When I was in college and seriously thinking about what I wanted to do, I had a conversation with a mentor of mine who told me he does mathematics because once you prove a theorem in mathematics, it's true forever, it will never not be true.

That just hit me. It was a powerful moment when I recognized that you can't say that about many things in the world. And that's when I started to really think about whats available in this life that does transcend our own impermanence.

How do you then arrive at the concept of impermanence?

There is this sensibility that if you can uncover the deep laws of the universe, you are touching something that was always true. One of the things I do in the book is explore the degree to which that is actually true. Does a law of physics, does quantum mechanics have any meaning or value or purpose in the absence of human beings, or in the absence of another life form that can contemplate it? What does a deep equation mean if there isn't any conscious awareness to contemplate it?

In the far future, as I argue in the book, it's quite likely there won't be any life forms. And without lifeforms to contemplate Einsteins equations, his theory of relativity, it's hard for me to see that they have any standing in terms of the permanence that we as living creatures aspire to.

How did you come to grips with this? Did you have some kind of existential awakening?

I definitely went through a dark stance from immersing myself in the idea that you are transcending human impermanence, whether it's quantum mechanics or relativity or what have you. That was how I lived my life for many decades. And then to recognize that that perspective is probably not right, that was a shift.

But then I had this other moment in, of all places, a Starbucks. A shift that happened inside of me, where I felt like a change in perspective from grasping for an ephemeral future to just focusing on the here and now.

...Do what we've heard from mindfulness teachers and sages and philosophers across the ages to focus on the here and now, as that is the only place in which value and meaning can actually have an anchor.

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Quantum Computing Market New Technology Innovations, Advancements and Global Development Analysis 2020 to 2025 – Cole of Duty

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Researchers Have Found a New Way to Convert Waste Heat Into Electricity to Power Small Devices – SciTechDaily

This diagram shows researchers how electrical energy exists in a sample of Fe3Ga. Credit: 2020 Sakai et al

A thin, iron-based generator uses waste heat to provide small amounts of power.

Researchers have found a way to convert heat energy into electricity with a nontoxic material. The material is mostly iron which is extremely cheap given its relative abundance. A generator based on this material could power small devices such as remote sensors or wearable devices. The material can be thin so it could be shaped into various forms.

Theres no such thing as a free lunch, or free energy. But if your energy demands are low enough, say for example in the case of a small sensor of some kind, then there is a way to harness heat energy to supply your power without wires or batteries. Research Associate Akito Sakai and group members from his laboratory at the University of Tokyo Institute for Solid State Physics and Department of Physics, led by Professor Satoru Nakatsuji, and from the Department of Applied Physics, led by Professor Ryotaro Arita, have taken steps towards this goal with their innovative iron-based thermoelectric material.

Thermoelectric devices based on the anomalous Nernst effect (left) and the Seebeck effect (right). (V) represents the direction of current, (T) the temperature gradient and (M) the magnetic field. Credit: 2020 Sakai et al

So far, all the study on thermoelectric generation has focused on the established but limited Seebeck effect, said Nakatsuji. In contrast, we focused on a relatively less familiar phenomenon called the anomalous Nernst effect (ANE).

ANE produces a voltage perpendicular to the direction of a temperature gradient across the surface of a suitable material. The phenomenon could help simplify the design of thermoelectric generators and enhance their conversion efficiency if the right materials become more readily available.

A diagram to show the nodal web structure responsible for the anomalous Nernst effect. Credit: 2020 Sakai et al

We made a material that is 75 percent iron and 25 percent aluminum (Fe3Al) or gallium (Fe3Ga) by a process called doping, said Sakai. This significantly boosted ANE. We saw a twentyfold jump in voltage compared to undoped samples, which was exciting to see.

This is not the first time the team has demonstrated ANE, but previous experiments used materials less readily available and more expensive than iron. The attraction of this device is partly its low-cost and nontoxic constituents, but also the fact that it can be made in a thin-film form so that it can be molded to suit various applications.

The thin and flexible structures we can now create could harvest energy more efficiently than generators based on the Seebeck effect, explained Sakai. I hope our discovery can lead to thermoelectric technologies to power wearable devices, remote sensors in inaccessible places where batteries are impractical, and more.

Before recent times this kind of development in materials science would mainly come about from repeated iterations and refinements in experiments which were both time-consuming and expensive. But the team relied heavily on computational methods for numerical calculations effectively reducing time between the initial idea and proof of success.

Numerical calculations contributed greatly to our discovery; for example, high-speed automatic calculations helped us find suitable materials to test, said Nakatsuji. And first principles calculations based on quantum mechanics shortcut the process of analyzing electronic structures we call nodal webs which are crucial for our experiments.

Up until now this kind of numerical calculation was prohibitively difficult, said Arita. So we hope that not only our materials, but our computational techniques can be useful tools for others as well. We are all keen to one day see devices based on our discovery.

###

Reference: Iron-based binary ferromagnets for transverse thermoelectric conversion by Akito Sakai, Susumu Minami, Takashi Koretsune, Taishi Chen, Tomoya Higo, Yangming Wang, Takuya Nomoto, Motoaki Hirayama, Shinji Miwa, Daisuke Nishio-Hamane, Fumiyuki Ishii, Ryotaro Arita and Satoru Nakatsuji, 27 April 2020, Nature.DOI: 10.1038/s41586-020-2230-z

This work is partially supported by CREST (JPMJCR18T3), PRESTO (JPMJPR15N5), Japan Science and Technology Agency, by Grants-in-Aids for Scientific Research on Innovative Areas (JP15H05882 and JP15H05883) from the Ministry of Education, Culture, Sports, Science, and Technology of Japan, and by Grants-in-Aid for Scientific Research (JP16H02209, JP16H06345, JP19H00650) from the Japanese Society for the Promotion of Science (JSPS). The work for first-principles calculation was supported in part by JSPS Grant-in-Aid for Scientific Research on Innovative Areas (JP18H04481 and JP19H05825) and by MEXT as a social and scientific priority issue (Creation of new functional devices and high-performance materials to support next-generation industries) to be tackled by using post-K computer (hp180206 and hp190169).

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Cliff’s Edge — The Past Hypothesis – Adventist Review

May 9, 2020

CLIFFORD GOLDSTEIN

For decades I have been reading popularized books on quantum physics, relativity (special and general), and cosmology by young men brilliant enough to get doctoral degrees in mathematical physics or theoretical physics or theoretical mathematical physics or whatever, and also to write accessible books that sell in numbers I drool over.

However, as the years roll by (or whatever their physics teaches that time does), its finally dawning on these wunderkinds what the philosophical premises of their science mean for them, their families, their lifes work. After all, according to these premises, the universe that they have so deeply studied is (depending on the math in their equations) either going to tear apart, collapse in on itself, or just flat out burn out.

Enough to make even these demigods wonder, Whats it all about? Or if its about anything at all? Or is it all just as meaningless as their premises imply?

Take, for example, Brian Greene, a professor of physics and mathematics at Columbia University and renowned for groundbreaking discoveries in string theory. Greene has also authored such bestsellers as The Elegant Universe (1999) The Fabric of the Cosmos (2004), The Hidden Reality (2011), and his latest, Until the End of Time: Mind, Matter, and our Search for Meaning in an Evolving Universe (2020).

A plug for Until the End of Time says that through a series of nested stories that explain distinct but interwoven layers of realityfrom quantum mechanics to consciousness to black holesGreene provides us with a clearer sense of how we came to be, a finer picture of where we are now, and a firmer understanding of where we are headed.

Really?

Sure, Brian Greene has his conjectures, his speculations, some no doubt greatly influenced by his unchallenged expertise in mathematical physics. But thats all that they are, speculations and conjectures, which are also (Im afraid) exceedingly limited by his unproven philosophical claim that without intent or design, without forethought or judgment, without planning or deliberation, the cosmos yields meticulously ordered configurations of particles from atoms to stars to life.

How this happened, of course, is the big question; what it all means, the bigger one. Nevertheless, he claims that entropy and gravity together are at the heart of how a universe heading toward ever-greater disorder can nevertheless yield and support ordered structures like stars, planets, and people. He writes that by the grace of random chance, funneled through natures laws, that is, through gravity and entropythe universe, life, human consciousness all came into existence. (Gracethats the word he used!)

Everyones familiar with gravity, and with entropy, too, though it needs a bit of explaining. Entropy is a statistical principle that describes why cars rust, why our bodies fall apart, and why all things, if left alone, move toward disorder. (Dont put thought or energy into keeping up your abode, and see what happens to it.) Entropy (also known as the Second Law of Thermodynamics) is the measure of that disorder: low entropy, order; high entropy, disorder, and our universe is moving, inexorably, toward higher entropy, higher disorder.

To use an image that Greene uses, imagine 100 pennies all heads up on a table. By comparison he writes, if we consider even a slightly different outcome, say in which we have a single tail (and the other 99 pennies are still all heads), there are a hundred different ways this can happen: the lone tail could be the first coin, or it could be the second coin, or the third, and so on up to the hundredth coin. Getting 99 heads is thus a hundred times easiera hundred times more likelythan getting all heads.

If you keep going, the ways of getting more tails amid heads keep rising. There are 4,950 ways to get two tails; 161,700 ways to three tails; 4,000,004 ways for four tails, and so forth until the numbers peak at 50 heads and 50 tails. Green writes that at this point, there are about a hundred billion billion billion possible combinations (well, 100, 891, 344, 545, 564, 193, 334, 812, 497, 256 combinations).

Now, lets move from coins to atoms, the stuff of existence (at least as stuff appears to us when we look at it). A bunch of random atoms are much more likely to remain a bunch of random atoms than to form, say, a cat or a copy of The Iliad, just as 100 random coins on a table are more likely to be in disarray than to be all heads (or tails) up, or even to get real close to either configuration. Things go from order to disorder simply because there are a whole lot more ways to be disordered than ordered.

Fine, but how does this law-like tendency for all things toward disorder, toward higher entropy, lead to all the ordered and organized structures that exist, everything from stars to human consciousness? Greene answers: its gravity. When theres enough gravityenough sufficiently concentrated stuffordered structures can form, he claims, then he spends a hunk of his book explaining how it happened.

How successfully Greene make his case, readers of Until the End of Time can decide for themselves. I want, instead, to look at something he wrote about entropy that, I humbly suggest, presents a major flaw in his thinking. Its whats known as The Past Hypothesis.

Lets go back to the 100 coins on the table, but now in a high entropy state, a state of high disorder. Suppose, as you were studying why the coins were like that, you developed a theory which required that at first these coins were in a low entropy state, all heads up, say. Fine. But this leaves open the simple question: How did they get that way? The answers obvious: some intelligence deliberately arranged the coins into that low-entropy state. How else?

But suppose that an unproven philosophical premise behind the science investigating the coins is that their existence, however it began, did so without intent or design, without forethought or judgment, without planning or deliberation. You, therefore, would need another explanation for this hypothetical low-entropy, highly ordered state of 100 heads up coins as an initial condition. (In fact, you probably would have never theorized an intelligence behind it because your philosophical presupposition, from the start, forbade it.)

Lets again move from coins to atoms, the atoms in our universe, which are in a high entropy state, and getting higher. The problem comes from The Past Hypothesis, which teaches that the universe started out in a state of low entropy.

A hundred pennies with all heads, writes Greene, has low entropy and yet admits an immediate explanationinstead of dumping the coins on the table, someone carefully arranged them. But what or who arranged the special low-entropy configuration of the early universe? Without a complete theory of cosmic origins, science cant provide an answer.

Who (perhaps a Freudian slip of the computer keys?) or what arranged the special low-entropy configuration of the universe? If 100 coins heads up, a fairly simple configuration no matter how unlikely, needed someone to arrange them, then what about the early conditions of our universe, which must have been much more complex than a mere 100 heads up coins? To paraphrase Greene, Who or what arranged it that way?

In a line from his book (the line that prompted this column), Greene just shrugged his shoulders at this question and said: For now, we will simply assume that one way or another, the early universe transitioned into this low-entropy, highly ordered configuration, sparking the bang and allowing us to declare that the rest is history.

One way or another the early universe just happened to be highly ordered? If, in seeking to understand the origins and nature of the 100 coins on the table, you just shrugged off their low-entropy beginnings with, Well, lets just assume that, somehow, the 100 coins all got heads up, youd be sneered at. Yet Greene does that with something astronomically more complicated than 100 heads up coins, the low-entropy state of the early universe.

Too bad Greene, echoing Galileo, Copernicus, Kepler, and Newton, cant say something like: Look, I am a scientist. I study only natural phenomena, which means that even though, obviously, some intelligence must have created the low-entropy state of the early universe, I dont deal with that but only with what comes after, or the like. Of course, even if inclined to say that, he would be derided, ridiculed, and tarred-and-feathered as the intellectual equivalent of a flat-earther or Holocaust-denier.

Theres a tragic irony, however, in not acknowledging the obvious. Until the End of Time reflects Greenes attempt to come to terms with the fact that, according to his science, every memory of him and of everything that he accomplished, along with the memory of everyone else and of everything that they accomplished, are all going to vanish into eternal oblivion as if never existing or happening to begin with. Yet he wrote about how, in a Starbucks, it hit him that when you realize the universe will be bereft of stars and planets and things that think, your regard for our era can appreciate toward reverence.

It can? For most people, every conscious moment in our era is overshadowed by the certainty thatbecause they unfold in a universe that one day will be bereft of stars and planets and things that thinkthese moments ultimately mean nothing. So how much reverence does nothing deserve? The Hebrew Scripture says that God has put olam (eternity) in our hearts (Eccl. 3:11), and as long as we can envision an olam that steamrolls every memory of us into the dirt as it moves on without us, we are left to flail about in a search for meaning amid a universe that, according to Greenes unproven presuppositions, offers none.

Its painful, because the low entropy state of the early cosmos points to the only logical past hypothesisa Creator. This Creator and His gracenot the grace of random chance, funneled through natures laws, which, after supposedly creating us, destroy us (some grace)His grace promises, for those who accept it, eternal life (John 17:3) in the same olam that the Creator has, yes, put in our hearts.

Clifford Goldstein is editor of the Adult Sabbath School Bible Study Guide. His latest book, Baptizing the Devil: Evolution and the Seduction of Christianity, is available from Pacific Press.

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‘The Theory of Everything’ by Wolfram Gets Criticized by Physicists – Interesting Engineering

Last month, physicist and entrepreneur Stephen Wolfram in essence claimed to have created a theory of everything. Wolfram went on to publish a 448-page paper explaining his "path to the fundamental theory of physics." Quite the manifesto!

However, the scientific community isn't buying into this theory quite yet and has been questioning his thought process and theories.

SEE ALSO: THE WOLFRAM PHYSICS PROJECT: ONE FUNDAMENTAL PHYSICS THEORY TO RULE THEM ALL

According to Scientific American, who first reported on the matter, many of the scientists who have read Wolfram's paper are not convinced. They have stated that the main issue with his ideas is that they're too computational. The Universe and the laws of physics are treated like a computer that's running code.

So, for now, these scientists are sticking closely to the tried and tested theories, which they believe are more accurate than Wolfram's.

Wolfram's ideas were in fact first put forward in his 2002 book "A New Kind of Science," which was well-received by the press, but not the physics community.

"I do fault myself for not having done this 20 years ago," Wolfram toldScientific American. "To be fair, I also fault some people in the physics community for trying to prevent it happening 20 years ago. They were successful."

Wolfram explained his to-the-point thinking about his new ideas "Even when the underlying rules for a system are extremely simple, the behavior of the system as a whole can be essentially arbitrarily rich and complex.And this got me thinking: Could the universe work this way?"

Wolfram has yet to identify these rules, however, and without rules, concrete new predictions can't be tried and tested.

"The experimental predictions of [quantum physics and general relativity] have been confirmed to many decimal placesin some cases, to a precision of one part in [10 billion]," saidDaniel Harlow, a physicist at the Massachusetts Institute of Technology. "So far I see no indication that this could be done using the simple kinds of [computational rules] advocated by Wolfram. The successes he claims are, at best, qualitative."

As seen by Harlow's comment, which is echoed within the scientific community, sticking to the tried-and-test rules they already know is more appealing at the moment. It looks like the theory of everything will remain right where it's been for the time being.

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Nine graduates head off to continue their higher educational pursuits – Nevada Today

Several University of Nevada, Reno McNair Scholars Program scholars have recently been notified of prestigious awards, many accompanied with financial grants as well.

Seniors Edward Cruz, Valeria Nava and Guglielmo Panelli were selected for the competitive National Science Foundation Graduate Research Fellowship. Fellow McNair scholar and former President of the Associated Students of the University of Nevada Anthony Martinez was selected for the Henry Albert Public Service Award.

The National Science Foundation Graduate Research Fellowship Program is a prestigious grant awarded annually by theNationalScienceFoundationto only 2,000 students pursuing research-based master's and doctoral degrees in the natural, social and engineering sciences at U.S. institutions.

Receiving this award is arguably my most note-worthy achievement to date, Panelli said. The financial assistance that accompanies this award provides me with more freedom to pursue my interests in graduate school. With this funding, I will be able to take an extra rotation with a research group in my first year to solidify my interest and will have the ability to postpone teaching until later in my graduate career so I can focus on choosing a research group that is the perfect match for me.

Valeria Nava feels as though all her hard work has amounted to something fruitful.

Im very thankful that my parents instilled in me the privilege of getting an education, an opportunity that they and many of my other family members did not have, Nava said. Id like to think that Im an example of a person who is statistically prone to not finish high school or college but overcame the challenges of being a first-generation student. I really hope to serve as an example to other underrepresented students in academia and demonstrate the possibilities of achieving even the most prestigious awards despite their backgrounds.

For Anthony Martinez, the Henry Albert Public Service Award is awarded to University of Nevada, Reno students chosen by a group of administrators and community members. Students are chosen for their impact and dedication to the community.

It made me feel as if all my work was noticed and was great because I felt as if I was following in the footsteps of one of my most notable mentors Hannah Jackson, who received it last year, and her work is still noticed today, Martinez said. I think research is necessary, but I also value service as a core part of my life.

The McNair Scholars Program is a federal TRiO program designed to prepare undergraduate students for doctoral studies through involvement in research and other scholarly activities. Their mission is to help first-generation, low-income and underrepresented college sophomores and juniors to increase the number of underrepresented persons pursuing teaching, research and administrative careers in higher education.

The McNair Scholars program has had a huge impact on my education, Cruz said. I wouldve never really imagined my undergraduate years to turn out the way they have, and it really is due to the mentorship that I have received in my lab, from my research mentor, Dr. Ian Wallace, and from the McNair Scholars program. As a first-generation student, the program really helped with graduate admissions and staying on top of applications and requirements.

Additional McNair Scholars Program graduating seniors include Jacob Trzaska who will be attending the University of Arizona for a Ph.D in optical sciences, Celeste Rodriquez who will be attending Brown University for the biosciences PREP program, Giselle Marquez who will be continuing at the University of Nevada, Reno for a masters of art degree in psychology with a specialization in behavioral analysis, and Jessny Joseph who is undecided but has applied to Brown University, Columbia University, Cornell University, Harvard University and University of California, Los Angeles.

The McNair Scholars Program is currently accepting student applications until October 1, 2020.

Inquiries can be addressed directly to the program staff: Assistant Director, Dr. Karla Hernndez karlah@unr.edu and Student Success Specialist, Heather Williams, heatherw@unr.edu

Here is a closer look at four of the nine McNair Scholars graduating this semester from the University and preparing for their next steps at their chosen Ph.D. programs and graduate schools.

Edward Cruz is a biochemistry and molecular biology major and plans to attend Princeton University in the fall to begin his Ph.D. program to continue in molecular biology. Cruz studied under faculty research mentor Dr. Ian Wallaec who helped him in his writing and experiments, and was supportive of his goals. He is also a recipient of the Goldwater Scholarship, which is granted to students in a STEM field (science, technology, engineering and math). He always knew he wanted to go to graduate school and the McNair Scholars Program has been a great tool in helping him achieve that goal.

McNair helps in so many ways that I cant imagine applying without being part of the program, Cruz said. They always informed us of scholarships and helped us with all our statements, and all the students formed a great community during application time. Being part of McNair also comes with many benefits such as GRE preparation and application fee waivers.

Cruz is excited to continue developing as a scientist at Princeton and aims to become a more active member in his community. His long-term goals are to become an academic researcher and teach at the university level.

Valeria Nava is an environmental engineer major and plans to attend Nava studied under faculty research mentor Dr. Yu Yang, whom she says she owes her success to and believed in her abilities before she did.

There is absolutely no question, whatsoever, that I am enrolled in a top-tier graduate school because of the McNair Scholars Program, Nava said. I would have never gotten this far without the support that everyone in McNair has provided me. They support you as an early researcher and the program lays out all the tools necessary to be a successful graduate school applicant. Plus, they provide an endless amount of resources to pursue other opportunities to help you as a student and researcher.

Nava is grateful for her time spent at the University and is hopeful for her future at Carnegie Mellon, where she will enroll in dual doctoral programs of environmental engineering and public policy.

Former ASUN President Anthony Martinez is a triple major in political science, international affairs and Spanish. Martinez studied under faculty research mentor Dr. Daniel Enrique Prez, who was a role model and showed him that gay men of color belonged in research. He plans to attend graduate school at Texas Tech University or the University of Southern California in the fall. Martinez has achieved many accomplishments during his undergraduate career and delivers an inspiring statement about his time at the University.

I think one quote that sticks with me is, Throw me to the wolves, and I'll return leading the pack, Martinez said. I came to the University having no idea how college worked, and I was a first-generation student trying to figure out my way around the University and where I fit in and even if I belong. Here I am, a senior year McNair scholar, student body president, triple major with a full ride to get a masters degree. Its not easy.

Martinez hopes to take a breather after he graduates but is excited for the next leg of his journey in higher education. He also hopes to give back to students and the community, to help individuals the same way they helped him.

Guglielmo Panelli is a physics and mathematics dual major and is continuing his education in a doctoral program at Stanford University. Panelli studied under faculty research mentors Drs. Andrei Derevianko, Joshua Williams and Melodi Rodrigue. Throughout his undergraduate career, he has achieved the Goldwater Scholarship, the Nevada Undergraduate Research Award, the NSF EPSCoR Scholarship, the Senior Scholar Award for the College of Science and the NSF Graduate Research Fellowship.

I feel that my time at the University would not have been replicable at any other institution, Panelli said. I have had the opportunity to participate in four research projects from things like exoplanet detection and philosophy of quantum mechanics to splitting molecules with X-rays and even searching for dark matter with GPS satellites. Ive been able explore my interest in teaching and science education as a learning assistant for the Department of Physics. Currently, along with my research, I am one of the senior co-editors for NSURJ where I am able to assist students in research from the beginning stages to the end stages.

Panelli looks forward to his next six years in the Stanford Physics Department. He hopes to solidify his field of interest and progress in his future of research.

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Nine graduates head off to continue their higher educational pursuits - Nevada Today

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Why Self-Awareness and Communication Are Key for Self-Taught Players and Luthiers – Premier Guitar

With his signature guitar built by our columnist at the ready, Japanese artist Jinmo publicly celebrates each time he completes a deadline with a different pipe and the words, Banzai! Im free!

Its hard to believe, but this is my100th column for Premier Guitar. So, this month, Id like to allow myself to get a bit more personal and talk a little about what it means to be on this side of the desk. When I first started writing this column, it had a huge impact on my workflow by adding two additional deadlines to my already busy monthly schedule: an early one to decide on the topic for the month, and the submission deadline for PG. Im sure every colleague at PG knows the feeling of panic when searching for a subject and then collecting all the needed information with a deadline looming. I was certain I couldnt manage it for more than six months before needing a break. Well, here we are approaching nine years.

Its no secret that Im not an expert when it comes to vintage stuff, but often, historical contexts play an important role in why things have developed in a specific direction. The amount of information out there is vast, and its easy to overlook or misinterpret certain details when researching decades of developments and products. I feel pretty safe when it comes to physics, but Im also aware of the massive amount of collective expertise among PG readers regarding many topics. Luckily, I havent causedor dont know ofany remarkable shit storms so far!

Were all learning. Autodidacticism is self-learningself-taught education without the guidance of masters such as teachers and professors, or institutions like schools and universities. Interestingly, the number of autodidacts among musicians and luthiers is huge. But what does this mean for our expertise and skills?

Luckily, making and hearing music has such a high emotional value that a relatively small amount of self-taught playing skills can create rock-star fame. Similarly, simply knowing how to work with wood can result in a good instrument, but, in both cases, its more by accident than on purpose.

Its worth reminding self-learners about the dangers of knowledge gaps and the resulting risk of failing to correctly connect the dots.

Some argue that self-teaching is the ideal and only way of keeping a free mind, and that it often results in outsider art. However, self-learning can easily turn into cherry picking while quietly skipping all the difficult, unpleasant, and toilsome parts. Its worth reminding self-learners about the dangers of knowledge gaps and the resulting risk of failing to correctly connect the dots.

Its like a friend who wants to study quantum mechanics, but insists on skipping all classic physics. (As if there is any sort of real understanding in quantum mechanics anyway!) Or the one who likes to study astrophysics without the basic ballistics and equations of motion in gravity fields. Its pretty obvious that this kind of learning will end in dilettantism. As applicable to music, this is exactly what created the outsider genre, synonymous with self-taught, untrained, naive, and primitive.

Somehow, we are all doing self-teaching in certain areas of our lives, but there is a line before it becomes involuntarily comical due to a lack of self-awareness, incompetence to judge your own standing, and a lack of communication. Communicating with others is like getting your knowledge tested. A good example would be a luthier and marketing expert talking about physics and the acoustical outcome of their instruments, or me writing columns about vintage instruments.

Nobody can reach an expert level in all areas, so at least be aware of that, especially once you have professional ambitions as a musician or a luthier. Otherwise, proclamations like we use roasted maple for the neck, as the resonances are hardened in a marketing video, or there is no F# on a bass by a self-taught bassist can easily backfire.

Im here in hopes of helping to raise your knowledge about all things bass, and I look forward to continuing to do so. Thank you for your continued reading and commenting!

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Why Self-Awareness and Communication Are Key for Self-Taught Players and Luthiers - Premier Guitar

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GitHub gets a built-in IDE with Codespaces, discussion forums and more – TechCrunch

Under different circumstances, GitHub would be hosting its Satellite conference in Paris this week. Like so many other events, GitHub decided to switch Satellite to a virtual event, but that isnt stopping the Microsoft-owned company from announcing quite a bit of news this week.

The highlight of GitHubs announcement is surely the launch of GitHub Codespaces, which gives developers a full cloud-hosted development environment in the cloud, based on Microsofts VS Code editor. If that name sounds familiar, thats likely because Microsoft itself rebranded Visual Studio Code Online to Visual Studio Codespaces a week ago and GitHub is essentially taking the same concepts and technology and is now integrating it directly inside its service. If youve seen VS Online/Codespaces before, the GitHub environment will look very similar.

Contributing code to a community can be hard. Every repository has its own way of configuring a dev environment, which often requires dozens of steps before you can write any code, writes Shanku Niyogi, GitHubs SVP of Product, in todays announcement. Even worse, sometimes the environment of two projects you are working on conflict with one another. GitHub Codespaces gives you a fully-featured cloud-hosted dev environment that spins up in seconds, directly within GitHub, so you can start contributing to a project right away.

Currently, GitHub Codespaces is in beta and available for free. The company hasnt set any pricing for the service once it goes live, but Niyogi says the pricing will look similar to that of GitHub Actions, where it charges for computationally intensive tasks like builds. Microsoft currently charges VS Codespaces users by the hour and depending on the kind of virtual machine they are using.

The other major new feature the company is announcing today is GitHub Discussions. These are essentially discussion forums for a given project. While GitHub already allowed for some degree of conversation around code through issues and pull requests, Discussions are meant to enable unstructured threaded conversations. They also lend themselves to Q&As, and GitHub notes that they can be a good place for maintaining FAQs and other documents.

Currently, Discussions are in beta for open-source communities and will be available for other projects soon.

On the security front, GitHub is also announcing two new features: code scanning and secret scanning. Code scanning checks your code for potential security vulnerabilities. Its powered by CodeQL and free for open-source projects. Secret scanning is now available for private repositories (a similar feature has been available for public projects since 2018). Both of these features are part of GitHub Advanced Security.

As for GitHubs enterprise customers, the company today announced the launch of Private Instances, a new fully managed service for enterprise customers that want to use GitHub in the cloud but know that their code is fully isolated from the rest of the companys users. Private Instances provides enhanced security, compliance, and policy features including bring-your-own-key encryption, backup archiving, and compliance with regional data sovereignty requirements, GitHub explains in todays announcement.

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GitHub gets a built-in IDE with Codespaces, discussion forums and more - TechCrunch

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Warren Buffett Probably Won’t Buy These 3 Stocks, but You Probably Should – The Motley Fool

There are thousands of stocks on the market. Warren Buffett owns very few of them. Most of his fortune is tied up in Berkshire Hathaway (NYSE:BRK.A) (NYSE:BRK.B) stock. And while Berkshire invests in publicly traded companies, its portfolio includes only around 40 stocks.

Buffett doesn't personally pick all of Berkshire's investments these days, but he's still actively involved in the decision-making process. Here are three stocks that the Oracle of Omaha probably won't buy or approve buying. But they belong on your list to consider.

Image source: The Motley Fool.

Shoulda, woulda, coulda. That's the story for Warren Buffett andAlphabet (NASDAQ:GOOG) (NASDAQ:GOOGL). Buffett told Berkshire shareholders in 2017 that he should have bought shares of the Google parent years ago but didn't. He's leery of the stock now because of technological uncertainty that Alphabet faces.

Don't get too hung up on Buffett's reluctance to buy Alphabet stock now, though. While every tech company deals with uncertainty, there are quite a few certainties that make Alphabet attractive.

For one thing, Alphabet's moat is rock-solid. No rival is going to dethrone the company's position among search engines, the area where it makes most of its money. Another certainty for Alphabet is that it will have plenty of cash to invest in keeping up with technological advances. The company reported nearly $120 billion in cash, cash equivalents, and marketable securities at the end of the first quarter.

Even some of the fronts that are less certain for Alphabet are still very promising. Its Google Cloud business still ranks only in third place in the cloud hosting market but is growing fast. No one knows how long it will take for self-driving cars to become widely adopted, but there's a really good chance that Alphabet's Waymo will be a major player in the market when it happens.

What about the uncertainty related to the COVID-19 pandemic? Alphabet should be able to weather the storm relatively well based on its Q1 results.

Buffett joked some about marijuana in his comments at the annual Berkshire Hathaway shareholders meeting last weekend. But it's highly unlikely the billionaire investor will opt to buy anymarijuana stocks.If he did, though, my vote would be forInnovative Industrial Properties (NYSE:IIPR) to be at the top of his list.

Innovative Industrial Properties (IIP) ranks as the leading real estate investment trust (REIT) focused on the medical cannabis market. The company's business model focuses primarily on sale-leaseback deals, where it buys a property from a medical cannabis operator then leases the property back to the customer. Both sides win. The customer gets an influx of cash, while IIP gets a long-term revenue stream.

This business model has proven to be quite successful for IIP. The company's revenue and profits have skyrocketed in recent years. There should also be plenty of opportunities for IIP to grow in the future with markets expanding in the 33 states where medical cannabis is already legal and more states potentially on the way to legalize medical cannabis later this year.

IIP is a rarity in the cannabis industry in that it pays a dividend. The company's dividend yield currently stands at a little over 5%. With the prospects for more earnings growth, it's a pretty good bet that more dividend hikes are in store.

If you check out Berkshire Hathaway's investment portfolio, you'll find that it's mainly loaded with large-cap stocks. While Berkshire owns a handful of smaller stocks,Livongo Health (NASDAQ:LVGO) might fly beneath Buffett's radar with its market cap below $5 billion. But I don't think Livongo will be this small for much longer.

Unlike Alphabet and Innovative Industrial Properties (and Berkshire itself, for that matter), Livongo has been a huge winner so far in 2020. The company's technology that helps individuals managed chronic conditions more effectively has been a big hit with employers and payers looking for ways to keep healthcare costs under control. Livongo's customer base now includes more than 30% of the Fortune 500.

Livongo initially focused only on diabetes management. Now, though, the company is also targeting hypertension and sees opportunities for using its technology to assist patients with behavioral health issues and help individuals manage their weight. Diabetes and hypertension by themselves present a huge potential market of close to $47 billion per year.

The main negative for Livongo Health is that it isn't profitable yet. However, with the tremendous growth runway and an attractive subscription-based model, I think it's only a matter of time before the company will begin to deliver solid profits. And maybe, just maybe, Livongo will be big enough in the near future to catch the eye of a certain investing legend in Nebraska.

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Warren Buffett Probably Won't Buy These 3 Stocks, but You Probably Should - The Motley Fool

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