Also, I launched my comics line last month with WINTERMAN COMICS #1
#2 drops at the end of this month and so on. In 2018 three new titles will arrive in a very interesting way.
The comics are sold digital-only on AMAZON (for now. other outlets when i get some free time to make the appropriate files)
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Hello Peeps,
Currently I'm in the final stages of applying for a grad program at Michigan State called Literary Neuroscience. This program has had "general" internet info circulating for maybe only 7 years, with arguably a location of no more than 5 schools in the whole USA. After taking the GRE today and sending out my scores to these scores, I was curious in wondering, "Are there any predominantly/historically black schools that house programs with similar combined studies of literature and cognition?" Even though the term "literary neuroscience" is relatively new, I'm sure the concept isn't. As an old saying goes, "There is nothing new under the Sun." Plus, one of thee world's foremost conventional experts on Brain Surgery & Neuroscience is renown doctor/author, Ben Carson, also from Detroit, MI. If anyone has answers and/or feedback to this vital question, let me know. And even if I do end up in Michigan, East Lansing is likely to be somewhat of a post-gentrified Nu Detroit, where in the next 5-10 years, they'll be no shortage from people of color.
Happy Black Friday Shopping Season - AL Bey
okay.
It's been a while so i think is should start out with this.
Next year, in addition to what we all expect to be the miraculous and life-changing BLACK PANTHER feature film, there will also be a new version of the Marvel animated AVENGERS series, featuring Black Panther as well.
When I say "feature" I really mean "focus on" because this next season is so much about Black Panther that they retitled the show to make it clear.
For four seasons the show was called MARVEL'S AVENGERS: ASSEMBLE. NEXT season it will be called MARVEL'S AVENGERS: BLACK PANTHER'S QUEST.
I'm mentioning it here for two reasons.
1) Folks around here need to watch the hell out of this show. It's a totally different vibe than what's gone before on these TV series.
2) The reason I know this is because I'm the head writer. I'm not legally allowed to say anything more than this at this time.
Working for Marvel is like working for the CIA. But I thought I'd drop some info now so you guys can get prepped. By "prepped" I mean "Buckle up."
Here's some of the redesigned characters from the show.
That's it for now. come find me at GAME OF THORNES on twitter if you want to stay up on it or, just watch this space.
https://www.facebook.com/A-Christmas-Carol-called-Chains-146797222605319/
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| Illustration of the ten-qubit processor (Courtesy: Chao Song et al/ Physical Review Letters) |
Topics: Nanotechnology, Quantum Computer, Quantum Mechanics, Superconductors
Physicists in China and the US have built a 10-qubit superconducting quantum processor that could be scaled up to tackle problems not solvable by classical computers. The performance of the device was verified using quantum tomography, which showed that the new approach can generate a true 10-partite Greenberger–Horne–Zeilinger (GHZ) state – the largest yet achieved in a solid-state system.
The field of quantum computing is in its infancy, and a genuinely useful, practical device that outperforms classical computers has not yet been built. At this stage of development, researchers do not even agree on the basics of implementation, but techniques employing superconducting circuits have an advantage over some other designs in that they are based on established and scalable microfabrication processes.
Superconducting quantum computer achieves 10-qubit entanglement
Marric Stephens, Physics World
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| A simulation of the dark matter distribution in the universe 13.6 billion years ago. ILLUSTRATION COURTESY VOLKER SPRINGEL, MAX PLANCK INSTITUTE FOR ASTROPHYSICS, ET AL, NatGeo |
Topics: Astrophysics, Dark Matter, Neutrons, Research, Theoretical Physics
Alliteration source: "For now we see through a glass, darkly; but then face to face: now I know in part; but then shall I know even as also I am known." 1 Corinthians 13:12
Scientists at the University of Sussex have disproved the existence of a specific type of axion - an important candidate 'dark matter' particle - across a wide range of its possible masses.
The data were collected by an international consortium, the Neutron Electric Dipole Moment (nEDM) Collaboration, whose experiment is based at the Paul Scherrer Institut in Switzerland. Data were taken there and, earlier, at the Institut Laue-Langevin in Grenoble.
Professor Philip Harris, Head of Mathematical and Physical Sciences at the University of Sussex, and head of the nEDM group there, said:
"Experts largely agree that a major portion of the mass in the universe consists of 'dark matter'. Its nature, however, remains completely obscure. One kind of hypothetical elementary particle that might make up the dark matter is the so-called axion. If axions with the right properties exist it would be possible to detect their presence through this entirely novel analysis of our data.
"We've analyzed the measurements we took in France and Switzerland and they provide evidence that axions – at least the kind that would have been observable in the experiment – do not exist. These results are a thousand times more sensitive than previous ones and they are based on laboratory measurements rather than astronomical observations. This does not fundamentally rule out the existence of axions, but the scope of characteristics that these particles could have is now distinctly limited.
"The results essentially send physicists back to the drawing board in our hunt for dark matter."
Hunt for dark matter is narrowed by new research, Phys.org More information: C. Abel et al. Search for Axionlike Dark Matter through Nuclear Spin Precession in Electric and Magnetic Fields, Physical Review X (2017). DOI: 10.1103/PhysRevX.7.041034
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| Penn researchers are collaborating to study how giant clams convert sunlight into energy, which could lead to more efficient production of biofuel. Photo credit: Malcolm Browne |
Topics: Biochemistry, Green Energy, Materials Science, Nanotechnology, Physics, Solar Power
Alison Sweeney of the University of Pennsylvania has been studying giant clams since she was a postdoctoral fellow at the University of California, Santa Barbara. These large mollusks, which anchor themselves to coral reefs in the tropical waters of the Indian and Pacific oceans, can grow to up to three-feet long and weigh hundreds of pounds. But their size isn’t the only thing that makes them unique. Anyone who has ever gone snorkeling in Australia or the western tropical Pacific Ocean, Sweeney says, may have noticed that the surfaces of giant clams are iridescent, appearing to sparkle before the naked eye. The lustrous cells on the surface of the clam scatter bright sunlight, which typically runs the risk of causing fatal damage to the cell, but the clams efficiently convert the sunlight into fuel. Using what they learn from these giant clams, the researchers hope to improve the process of producing biofuel.
Sweeney, an assistant professor of physics in the Penn School of Arts and Sciences, and her collaborator Shu Yang, a professor of materials science and engineering in the School of Engineering and Applied Science, refer to the clams as “solar transformers” because they are capable of absorbing bright sunlight at a very high rate and scattering it over a large surface area. When the light is distributed evenly among the thick layer of algae living inside the clam, the algae quickly converts the light into energy.
“What those sparkly cells are doing,” Sweeney says, “is causing light to propagate very deeply into the clam tissue and spread out.”
“What those sparkly cells are doing,” Sweeney says, “is causing light to propagate very deeply into the clam tissue and spread out.”
After coming across Sweeney’s work, Yang struck up a collaboration to see if they could mimic the system by abstracting the principles of the clam’s process to create a material that works similarly. She and Ph.D. student Hye-Na Kim devised a method of synthesizing nanoparticles and adding them to an emulsion — a mixture of water, oil, and soapy molecules called surfactants — to form microbeads mimicking the iridocytes, the cells in giant clams responsible for solar transforming. Their paper has been published in Advanced Materials.
Penn Researchers Working to Mimic Giant Clams to Enhance the Production of Biofuel Ali Sundermier, Evan Lerner, University of Pennsylvania News
Well since the last time I wrote, I went ahead with school. I sadly ended up flunking out. I was made to feel like I didn't belong there. I tried to open up and do different things and it just didn't work. This school is not at all what i thought it would be. They do not welcome writers like me, meaning students that want to be authors. They are more for tv, and movie type of writers.
I was depressed for a while and stopped writing. I was trying to find a better job so I wasn't so stressed. Maybe a year later I'm back to writing again. I write a little everyday thanks to my oldest daughter and Watt Pad. I'm still at my job, which i dont like anymore, so Im in school again, this time its affordable, and they encourage the kind of writer I am.
I am still very much into science fiction and fantasy. I had the pleasure of reading a few samples of books from Tanarive Due. I have also found a bit of inspiration from a few different people who have read my work. Now to find a way to make writing my career. Not quite sure how to start but if this is for me, everything will work out.
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| While quantum entanglement usually spreads through the atoms in an optical lattice via short-range interactions with the atoms' immediate neighbors (left), new theoretical research shows that taking advantage of long-range dipolar interactions among the atoms could enable it to spread more quickly (right), a potential advantage for quantum computing and sensing applications. Credit: Gorshkov and Hanacek/NIST |
Topics: Laser, Materials Science, Optical Physics, Quantum Mechanics
“It is these long-range dipolar interactions in 3-D that enable you to create entanglement much faster than in systems with short-range interactions,” said Gorshkov, a theoretical physicist at NIST and at both the Joint Center for Quantum Information and Computer Science and the Joint Quantum Institute, which are collaborations between NIST and the University of Maryland. “Obviously, if you can throw stuff directly at people who are far away, you can spread the objects faster.”
Applying the technique would center around adjusting the timing of laser light pulses, turning the lasers on and off in particular patterns and rhythms to quick-change the suspended atoms into a coherent entangled system.
The approach also could find application in sensors, which might exploit entanglement to achieve far greater sensitivity than classical systems can. While entanglement-enhanced quantum sensing is a young field, it might allow for high-resolution scanning of tiny objects, such as distinguishing slight temperature differences among parts of an individual living cell or performing magnetic imaging of its interior.
Gorshkov said the method builds on two studies from the 1990s in which different NIST researchers considered the possibility of using a large number of tiny objects—such as a group of atom—as sensors. Atoms could measure the properties of a nearby magnetic field, for example, because the field would change their electrons’ energy levels. These earlier efforts showed that the uncertainty in these measurements would be advantageously lower if the atoms were all entangled, rather than merely a bunch of independent objects that happened to be near one another.
Need Entangled Atoms? Get 'Em FAST! With NIST’s New Patent-Pending Method
Paper: Z. Eldredge, Z.-X. Gong, J. T. Young, A.H. Moosavian, M. Foss-Feig and A.V. Gorshkov. Fast State Transfer and Entanglement Renormalization Using Long-Range Interactions. Physical Review Letters. Published 25 October 2017. DOI: 10.1103/PhysRevLett.119.170503
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| Schematic of the sandwich tunnelling electrode structure functionalized with RGD peptide, with a human integrin &alphaVβ3 protein in the junction gap. Courtesy of Nano Futures. |
Topics: Biology, Biochemistry, Chemistry, Nanotechnology
When electrochemistry, transient charging and heating effects all failed to explain the fluctuating high conductance detected in a human integrin protein, Stuart Lindsay at Arizona State University and his colleagues considered the possibility that the protein’s electronic properties teetered at a critical point between conducting and insulating states. Further analysis of the results revealed characteristics typical of a quantum critical point. While as yet unconfirmed, it is possible this "Goldilocks zone" may aid the protein’s functions, so that evolutionary advantages would have promoted the prevalence of this statistically unlikely electronic behaviour. On a more pragmatic level, the distinctive electronic signal is clearly identified against noisy backgrounds, and may have applications in single-molecule detection.
"There has long been this breadcrumb trail of evidence that proteins behave unusually electronically," explains Lindsay, director of the Biodesign Center for Single Molecule Biophysics at Arizona State University. "All the experiments you can shoot down because you don’t know the state of the protein or how many proteins you have there – here, for the first time, we trap a single protein in a well defined gap and in a condition in which the protein is native."
Lindsay worked alongside researchers at Arizona State University in the US and Eötvös Loránd University in Hungary to characterize the proteins both using a scanning tunnelling microscope (STM) similar to other groups, as well as with a "fixed-gap device" junction developed in work on DNA sequencing. Characterizing proteins by STM raises several issues because the precise chemistry and geometry of the STM tip are not known, and the native environment of these proteins differs greatly from a vacuum, where the physics is well established. However, Lindsay and his colleagues found that their less error-prone fixed-gap device also gave conductances several orders of magnitude greater than expected, and that they fluctuated.
Unexplained huge protein conductances hint at evolution, Anna Demming, Nanotechweb.org
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| Virtual-reality representation of the interior of Khufu's Pyramid. The small structure with the peaked roof near the bottom of the pyramid is the Queen's Chamber where the emulsion and hodoscope detectors were installed. The large inclined structure is the Great Gallery, which leads to King's Chamber. The new void is the white region above the Great Gallery. (Courtesy: ScanPyramids) |
Topics: History, Modern Physics, Particle Physics
A large void hidden deep within Khufu's Pyramid at Giza in Egypt has been discovered by a team of physicists. The first-ever image of the mysterious structure was taken using muons that shower down on Earth after being created when cosmic rays collide with the atmosphere.
The measurements were done by the ScanPyramids collaboration that includes researchers from Egypt, Japan and France. The team used three different muon-imaging techniques to study the pyramid, which was built in about 2500 BCE and is also known as the Great Pyramid and the Pyramid of Cheops.
Called muography, the technique is similar to radiography using X-rays. Dense materials such as stone tend to absorb muons, which travel relatively unhindered through the air. If more muons than expected reach a detector within the pyramid, it means that they must have passed through an air-filled void on their way.
To verify the existence of the void, scientists from the KEK particle physics lab in Japan installed hodoscopes at a separate location within the Queen's Chamber. These comprise layers of plastic scintillator, which measure muon trajectories. Outside the pyramid, physicists from France's nuclear research agency CEA monitored the muon flux through the pyramid using micromegas detectors. These were arranged in muon "telescopes", which are also able to measure muon trajectories.
Muons reveal hidden void in Egyptian pyramid, Hamish Johnston, Physics World
https://www.facebook.com/A-Christmas-Carol-called-Chains-146797222605319/
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| The Marius Hills Skylight, as observed by the Japanese SELENE/Kaguya research team. (Image: NASA/Goddard/Arizona State University) |
Topics: Moon, NASA, Planetary Science, Science Fiction, Space Exploration
Hm. Just in time for Halloween, though (I think) the architecture of science fiction space bases will obviously need an update. This is also the idea motivating any future Martian colonies as well.
New research published in Geophysical Research Letters shows that several pits located near the Marius Hill region of the Moon are large open lava tubes, and that these ancient caverns have the potential to offer, in the words of the researchers, a “pristine environment to conduct scientific examination of the Moon’s composition and potentially serve as secure shelters for humans and instruments.” The team, which included scientists from NASA and Japan’s space agency, JAXA, combined radar and gravity data to make the finding.
No doubt, these caverns would be perfect for aspiring lunar colonists. Inside these large holes, humans would be protected from the Sun’s dangerous rays, and other hazards. The Moon has no atmosphere to speak of, so these “instant” shelters would be extremely advantageous.
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| Philadelphia is shown inside a theoretical lunar lava tube. (Image: Purdue University/David Blair) |
Scientists Just Found the Perfect Spot to Build an Underground Colony on the Moon George Dvorsky, Gizmodo
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| Image Source: Link below |
Topics: Civil Rights, Human Rights, Science, Research
As a no-knock raid (s) may be going on in Washington, DC or surrounding suburbs, this is a follow-up from the piece "The Right to Science," the material sourced from the American Association for the Advancement of Science as is this post.
In the era of "doubling down" on inanity at 140 characters in wee hours of the mornings (paired with septuagenarian bowel movements), AAAS is being very explicit and direct with reality, not "alternative facts," lies and propaganda.
A quote from my professor in Nano Safety:
"All science and engineering has a moral and philosophical component. It is imperative that as future scientists you pursue your research ethically, thinking also of your impact on society going forward." (I have omitted his name for his privacy)
BTW: The interpolation homework wasn't that bad, and we finished the project report. On to the others in Nano Physics and Safety. I will hibernate after finals.
The freedom to pursue science, apply its findings and share its discoveries is linked to the obligation of the scientific community to conduct its work with integrity and keep the interest of humanity as a core tenet, according to a new statement adopted by the American Association for the Advancement of Science’s Board of Directors.
The AAAS Board of Directors adopted the “Statement on Scientific Freedom and Responsibility” on Oct. 12 to govern the organization, its members and guide scientists across the globe – the first known such position adopted by a scientific organization, according to members of the AAAS committee that developed the statement.
“Scientific freedom and scientific responsibility are essential to the advancement of human knowledge for the benefit of all. Scientific freedom is the freedom to engage in scientific inquiry, pursue and apply knowledge, and communicate openly,” the statement says. “This freedom is inextricably linked to and must be exercised in accordance with scientific responsibility. Scientific responsibility is the duty to conduct and apply science with integrity, in the interest of humanity, in a spirit of stewardship for the environment, and with respect for human rights.”
The four-line statement is meant to be a lasting and widely applicable affirmation, recognizing that freedom necessary to extend the global scientific enterprise requires the scientific community to adhere to and apply high ethical standards, interlocking two longstanding pillars of science.
AAAS Adopts Statement Binding Scientific Freedom with Responsibility Anne Q. Hoy, AAAS
Woke up to a brisk 31 degrees in Nashville today. I had forgotten what winter felt like for the last 5 years in Florida now is the wake up call. Wake up call is a good phrase to use in this case. Ask yourself what was your wake up call? How did it occur and better yet what have you done about it? I realized today that i have actually been a member of this site since 2012 and I still believe it was a great idea to join this site. I haven't really been on here and I can legitimately come up with more excuses than Martha Stewart has recipes on why i haven't done anything yet but hey now that's out of the way i can get down to business again. I will be back to punishing this keyboard with work and post on here from now on. I have 7 books to write and number one needs to be finished by March 2018. Hey I have a question and feel free to answer or give your opinion i look forward to hearing them. See i have this plan and as of now it is going into motion what would it take to get you as an artist, animator, publisher, Writer and creator of worlds to actually work as one? Because i don't know about you but i am out to change the world and wreck certain people's nasty agendas and thoughts on who we are and what we should be portrayed as. I am done with the talk now its time to put in the work and show the world at large just how talented we are and most of all show them how to we are leaders as well. So here we go and strike up the band i am now declaring all out war on PROCRASTINATION ON THIS SITE and not doing what we dream of doing and have been dreaming of forever. We all have goals and dreams but the one thing we are missing is action. Me included oh no I am in no means excluded from this as a matter of fact I include myself on this so there it is. OK now.....Your Move!
I have read some intelligent, insightful, and meaningful posts up here. This is not one of those. This is just some shameless self promotion I hope you can enjoy.
First off, I recently licensed the IP for Legends Parallel, Pestilent, and Bob: Sins of the Son to Nerdanatix. They will be developing video games, printing and distributing the comics, and looking into other venues for exploitation, including spin off properties.
This video is a primer designed to give game designers an idea of what they're getting into with Legends Parallel before they slog through the comics and scripts. It is WILDLY NSFW, but it's an accurate preview. It is also a lot of fun to listen to so crank it up and watch it on a big screen.
Legends Parallel Nerdanatix Promo from Bill McCormick on Vimeo.
Next up on my video jukebox today is a brief teaser for my trilogy, The Brittle Riders, which just dropped en toto via Azoth Khem. The basic idea is that the series starts with the death of every man, woman, and child on the planet and then gets kind of dark.
The Brittle Riders Teaser from Bill McCormick on Vimeo.
Lastly, but far from leastly (my post, my imaginary words), I give you Alokia The Kaiju Hunter. This is the only project I have coming out that is purely directed at teens. The crew hails from Japan, Serbia, and Chicago. I'm the Chicago part. This is early in development, we just finished the character designs so they match my script, but we're shooting for summer of 2018 to start regular issues.
It has a drunken gorilla king, so you know kids will love it.
Alokia The Kaiju Hunter Teaser I from Bill McCormick on Vimeo.
And that concludes my interruption of your day. I hope to see everyone at the Motor City Black Age of Comics Convention on November 18th.
