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 Ok Y'all, just add me to the list of peeps diggin' on Marcus Williams and Greg Burnham's TUSKEGEE HEIRS. Will offer what support I can because THIS is the type of thought, actions and deeds that our creative energies should be focusing on.

 

From the Facebook postings of Greg Burnham and Marcus Williams and their TUSKEGEE HEIRS Group.....

 

""Introducing "Tuskegee Heirs"


Synopsis:


Tuskegee Heirs is a futuristic sci-fi adventure that follows a small squadron of young gifted aviators who are forced to become earth’s last line of defense against a highly advanced military faction bent on destroying civilization as we know it.


Had this concept in my head for a bit and after some wonderful confirmation bestowed this weekend passed(speaking with some awesome kids), I know this needs to happen. The homie Greg Burnham and I will be pumping out the creative juices to bring this to as many eyes as possible in the near future...."

 

I say INDEED to the brothers who has taken a ROBOTECH-esque approach to a historical, AFRICAN AMERICAN institution and gave a it a DIFFERENT life's breath.

 

 

 This has the Spirit of Hip Hop all through it. Something old, creating something new, something borrowed and I will assume the something blue will be the storylines this create team will offer. LOL and to clarify what I mean by "something blue" old school description of Life's problems. Blessings Brothers.

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Qubits @ Room...

Physicists create many entangled states of electrons ("e") and nuclei ("n") in the industrially important semiconductor silicon carbide, all at ambient conditions. (Courtesy: Paul Klimov, University of Chicago)

Topics: Entanglement, Semiconductor Technology, Quantum Computer, Quantum Mechanics

The quantum entanglement of a large ensemble of spins in a semiconductor has been carried out at room temperature for the first time, by researchers in the US. The team entangled more than 10,000 copies of two-qubit entangled states in a commercial silicon-carbide (SiC) wafer at ambient conditions. SiC is widely used in electronics, so this latest achievement could be an important step towards the creation of sophisticated quantum devices that harness entanglement.

Entanglement is a purely quantum-mechanical phenomenon that allows two or more particles to have a much closer relationship than is allowed by classical physics, no matter how far apart they may be. The states of entangled particles are inextricably linked such that any change made to one particle instantly influences the state of the other. Entangled particles are seen as a key component of quantum computers, but for entanglement to be truly utilized in practical applications, researchers must be able to entangle quantum bits (qubits) at room temperature and preserve the entangled state.

Physics World: Physicists entangle qubits in a semiconductor at room temperature
Tushna Commissariat

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Luddites...

Image Source: Smithsonian.com. Ludd, drawn here in 1812, was the fictitious leader of numerous real protests. (Granger Collection, New York)


Topics: Alternative Energy, Climate Change, Economy, Jobs, Politics, Research, STEM


Researching the term Luddite was quite revealing. Ned Lud (or Ludd/Ludham) appears to have been a fiction concocted to coincide with the legend Robin Hood of Sherwood Forest and the "righteousness" of the protesters' cause 1. First of all, they weren't so opposed to technology as most have defined them over time. Their opposition to the technology of the stocking frame appeared to be what is angering swaths of humanity now: increased productivity that has not been - especially lately - proportional to increased wages or employment.

Thus everyone is taken aback at the impotence of self-governance, which is the hallmark of democratic republics. We do not salute a king, we essentially elect our leaders to do the will of the people who sent them to office, leaders often swayed more by the uber class that invest in their election campaigns; less by their "neighbors" they haven't lived next to in quite some time.

Free trade: most of them have been bandied as cause De Jure by some politicians and ignored by others. "Bring the jobs back" seems a simple solution that begs two questions: 1. Even if the jobs came back, would Americans line up and apply for them? 2. What if our modern "stocking frame" of convenient technology and mobile apps doesn't allow the previous jobs to come back?

I receive as member of the American Physics Society its newsletter. In the print issue of Inside the Beltway I read 2, Michael S. Lubell posits the question: "Does Science Bear Any Responsibility for Today’s Political Discontent?" He points out through science there's been an increase in productivity that up until recent history tracked well with wages and jobs. However, from the article:

A new Economic Policy Institute report provides a possible clue. Josh Bivens and Lawrence Mishel, the report’s authors, took a hard look at the impact of productivity, defined as economic output per unit input (e.g., labor and capital); on a typical worker’s compensation. What they detail is profoundly disturbing.

Bivens and Mishel trace the history of productivity and compensation from 1948 to the present. During the first 25 years, hourly compensation fairly tracked gains in productivity, rising 91.3 percent during that period while productivity, driven in large part by technological advances, rose 96.7 percent. But from 1973 through 2014, while productivity continued to soar, rising another 72.2 percent, compensation grew by a paltry 9.2 percent.

In short, during those four decades, the average worker stopped benefiting from science and technology’s largess. But corporations did not: their profits rose dramatically, and their stock prices soared. Between the beginning of 1973 and the end of 2014, for example, the Dow Jones Industrial Average, adjusted for inflation, rose 216 percent.

I do have concerns. Again from APS, the latest new report in the under-representation of African Americans in the Physical Sciences 3. There's concern with women 4 being in a fluctuating but representative small number. Both and other groups has to do with exposure and family income: if your parents are in STEM, you're more likely to follow them; in most cases, you are more likely to run experiments in your room if you can afford them and your neighborhood environment feels safe to do so.

We've gone from "Rosie the Riveter" to "Rosie the Robot Maintainer"; "Rosie the IT expert." We've gone from "I'm not college material," and that person joining a manufacturing firm and earning a living though out a lifetime to raise a family to that option no longer existing. The moribund testing industrial complex is only stressing out teachers and students alike at the K-12 levels, and is not preparing those students for more rigorous collegiate-level work, merely maintaining the inequality status quo 5,6,7. We have an opportunity to construct a future based on alternative energy solutions that could - generate a new level of employment that the nation could educate and prepare a future workforce to fulfill. Such gainful employment would relieve a host of - not ALL - social pressures that are in essence a competition for resources and an artificial, socially inequitable sequester/squandering of the same. We could lead on climate emissions reduction and reduce in-kind, stresses that are currently plaguing our society; that may have built a grievous foundation to the two spectacular attacks in Paris this calendar year, where current climate talks are happening this week. 

What essentially are we going to do with swaths of humanity not prepared for the jobs of the future...or now? Why aren't our elected representatives answering these substantive questions beyond soundbites, sloganeering and talking points or any science-based questions to "inherit the wind" of nuclear codes to possible species extinction?

Perhaps we need to ask them.

1. Smithsonian Institution: What the Luddites Really Fought Against, Richard Conniff

APS News Links
2. Does Science Bear Any Responsibility for Today’s Political Discontent? Michael S. Lubell
3. Underrepresentation of African Americans Persists in Physical Sciences, Emily Conover
4. Women in Physics Statistics
5. Fighting the Gender Gap:Standardized Tests Are Poor Indicators of Ability in Physics
6. Session L5. COM & CSWP: GRE/SAT Predictors of Graduate/Undergradute Performance for Women and Minorities.
7. Abstract: H12.00002 : Allocation of Wealth and Emergence of Inequality

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Wow! I was suprised to see that the BLACK PANTHER will make his debut into the Captain America/Avengers/Marvel Universe in the next CAPTAIN AMERICA: CIVIL WAR movie. Given just these two scenes in the trailer has a person wondering who's side he is on in this movie (if there is a side to be on). ANTHONY MACKEY as The S.H.I.E.L.D. Agent Falcon, DON CHEADLE as War Machine and CHADWICK BOSEMAN as the Panther....

What? NO SAMUEL L. JACKSON? The Quota for BLACK MEN in a movie had been met?? LMAO! JKG Y'all! This should be a good film especially if it is anything like the former two which established that the "A" on Caps forehead had a lil' more meaning than just "AMERICA YO!"

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Finn! I AM YOUR FATHER!!!!

There's scuttlebutt going around that the character Finn in The Force Awakens, may be Lando Calrissian's son. Check this from ScreenRant:

SuperBroMovies was the first to spot an Amazon listing for a Star Wars: The Force Awakens 1000 piece jigsaw puzzle in a collectible tin. That in itself isn’t the exciting part (unless you really like jigsaw puzzles), but the image on the puzzle is of Finn (John Boyega) and the listing explicitly describes him as Lando Calrissian’s son. Lando, of course, was the former owner of the Millennium Falcon: a suave gambler and smuggler who eventually joined the Rebel Alliance. Calrissian was played by Billy Dee Williams, who has hinted that he may make an appearance in the new slate of Star Wars movies.

I guess we will know for sure in a short while. 

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Cyborg Roses...

Researchers in Sweden have used roses to create a number of basic electronic devices. (Courtesy: Eliot Gomez/Linköping University)


Topics: Bioengineering, Biology, Electrical Engineering, Photosynthesis


I have to admit: this would have been a better post around Valentine's Day! Enjoy your turkey, pheasant, Cornish hen (in my case) or vegan meal.

Researchers in Sweden have created electronic circuits and devices that are integrated within living plant material. The team introduced a conductive polymer into the vascular system of plants, which allowed the researchers to create the key components of an electrical circuit. They were also able to demonstrate transistor modulation, digital logic function and elements of a digital display. Plant-integrated electronics could enable us to monitor and regulate plant physiology and harvest energy from photosynthesis, the team says.

Organic electronic materials are polymers and molecules that can conduct and process both electronic and ionic signals. They can be shaped into almost any form and used to build devices that can convert electronic signals into chemical processes, and vice versa. The resulting electrochemical devices can then be used to regulate and monitor biological and chemical processes. Such technologies are currently being exploited in various medical settings, such as drug delivery, regenerative medicine, neuronal interconnects, and diagnostics.

Physics World: Cyborg roses become transistors and logic gates, Michael Allen

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SpaceX Crewed Mission...

SpaceX is modifying Launch Pad 39A at NASA's Kennedy Space Center in Florida to adapt it to the needs of the company's Falcon 9 and Falcon Heavy rockets, which are slated to lift off from the historic pad in the near future. Credit: SpaceX


Topics: International Space Station, NASA, Space Exploration, Spaceflight


It's official: SpaceX will fly NASA astronauts to the International Space Station a few years from now.

California-based SpaceX has secured its first astronaut taxi order under its Commercial Crew Transportation Capability (CCtCap) contract with NASA, agency officials announced Friday (Nov. 20).

"It's really exciting to see SpaceX and Boeing with hardware in flow for their first crew rotation missions," Kathy Lueders, manager of NASA's Commercial Crew Program, said in a statement. "It is important to have at least two healthy and robust capabilities from U.S. companies to deliver crew and critical scientific experiments from American soil to the space station throughout its life span."

Space.com: NASA Orders 1st Crewed Mission from SpaceX, Mike Wall

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Finding Field Equations...

Figure 1. Albert Einstein (1879–1955), in this 1916 photograph, poses in his study at Wittelsbacherstraße 13 in Berlin-Wilmersdorf. (Courtesy of the Leo Baeck Institute, New York.)
Citation: Phys. Today 68, 11, 30 (2015); http://dx.doi.org/10.1063/PT.3.2979


Topics: Einstein, History, General Relativity, Research


In his later years, Einstein often claimed that he had obtained the field equations of general relativity by choosing the mathematically most natural candidate. His writings during the period in which he developed general relativity tell a different story.

This month marks the centenary of the Einstein field equations, the capstone on the general theory of relativity and the highlight of Albert Einstein’s scientific career.1 The equations, which relate spacetime curvature to the energy and momentum of matter, made their first appearance in a four-page paper submitted on 25 November 1915 to the Prussian Academy of Sciences in Berlin and reprinted in TheCollected Papers of Albert Einstein (CPAE),2 volume 6, document 21. How did Einstein, shown in figure 1, arrive at those equations? He later insisted that the gravitational equations “could only be found by a purely formal principle (general covariance).”3 Such statements mainly served to justify his strategy in the search for a unified field theory during the second half of his career. As a description of how he found the field equations of general relativity, they are highly misleading.

The 25 November paper was the last in a series of short communications submitted to the Berlin Academy on four consecutive Thursdays that month (CPAE 6; 21, 22, 24, 25). In the first paper, Einstein replaced the field equations that he had published in 1913 with equations that retain their form under a much broader class of coordinate transformations (see figure 2). In the second, a highly speculative hypothesis he adopted about the nature of matter allowed him to change those equations to equations that are generally covariant—that is, retain their form under arbitrary coordinate transformations. In the fourth, he achieved the same end by changing the field equations of the first paper in a different and more convincing way, as shown in figure 3. In the third, based on the field equations of the second paper but unaffected by the modification of the fourth, he accounted for the 43 seconds of arc per century missing in the Newtonian account of the perihelion motion of Mercury.

Physics Today: Arch and scaffold: How Einstein found his field equations
Michel Janssen and Jürgen Renn

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Alpha Centauri Dreams...

Image Source: NASA - Imagine The Universe!


Topics: Exoplanets, NASA, Planets, Planetary Science, Space Exploration, Research


Physics Database: The famous alpha Centauri system — one of our nearest neighbors in space — happens to be one of the best targets for exoplanet search. In this talk Michael Endl, a research scientist at the University of Texas, will review past and current planet search efforts that targeted the alpha Centauri system. In addition, he will focus on his team’s program, an intensive multi-year observing campaign carried out at Mt John University Observatory in New Zealand. As always, for more high quality videos check out the links below.

Post title derived from the excellent site Centauri-Dreams.org

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I would like to thank everyone here at Black Science Fiction Society for all the help they've offered and given me.  A couple ideas for this book came from science articles I found on this site.  It's been a great two-year journey!  This book is the first part of a trilogy, and it should be highly controversial.  It's out on Kindle only, and is available for lending. 

Thanks again, everybody!

God bless...

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It's a familiar scene: You're waiting for a train, or for a chronically late friend. Bored, you reach for your phone to pull up Twitter -- but you left your phone at home, or the battery's dead. You stare about, panicked, desperate for something stimulating to occupy the next few seemingly endless minutes. Billboards to read? A couple making out to ogle? Anything!

Click here for the full story

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Suicide Squad Trailer

We will see if DC has what it takes with characters outside of the Bat and Soops. Suicide Squad looks dark and procative but I am not sure the addition of Will Smith, Viola Davis Adewale Akinnuoye-Agbaje or Jared Leto's version of the Joker will make this a success. YOUR Thoughts and Feedback BSFS?

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Sole Power...

Image GIF source: MIT Technology Review


Topics: Economy, Jobs, Materials Science, Metamaterials, STEM


Considering the obesity rate in the country and the FitBit craze, this could be a win-win for all of us.

Children have been harnessing energy from their steps ever since 1992, when L.A. Gear introduced sneakers that light up. For most adults, however, the ambient energy created by the simple act of walking is forever lost. Considering that the average person takes around 216 million steps in a lifetime, it’s a significant waste.

Inventor Laurence Kemball-Cook hopes to harness the lost energy at two points of contact: the shoe and the floor. In 2009, Kemball-Cook founded Pavegen, a company whose floor tiles can capture the power of footsteps. The technology uses compression to skim a tiny fraction of the energy created when a human steps on the tile. It’s been installed in more than 100 projects around the world, including a football stadium in Rio de Janeiro and a terminal in Heathrow Airport. The energy is stored in batteries inside the tiles, where it can then be used to power lighting, advertisements, and way-finding solutions, which guide people through an environment via directional arrows.

Now Kemball-Cook and his R&D team have turned their attention to the shoe itself, hoping to apply the same principles used in the tiles as a way to harness personal energy. “The idea is that the energy source would be readily available to the shoe wearer,” explains Kemball-Cook, who has been in discussions with major footwear manufacturers such as Nike and Reebok about ways the technology could be incorporated into consumer products. “You could walk from work and charge your phone en route instead of waiting to use a charger at home. Runners could charge their music players during a jog.”

MIT Technology Review: The Quest to Make Your Shoe a Power Source, Simon Parkin
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Musing Crichton...

Star Trek Wiki Memory Alpha: Nanite

Topics: Diversity in Science, Nanotechnology, Philosophy, Science Fiction, Star Trek, Women in Science

From Physics Database:

Dr. Amanda Barnard is an Office of the Chief Executive (OCE) Science leader, and head of the Virtual Nanoscience Laboratory at CSIRO. She received her PhD in 2003, followed by a Distinguished Postdoctoral Fellow in the Center for Nanoscale Materials at Argonne National Laboratory (USA), and the prestigious senior research position as Violette & Samuel Glasstone Fellow at the University of Oxford (UK) with an Extraordinary Research Fellowship at The Queen’s College.

In this talk Dr Amanda Barnard will take us through the latest advances in nanotechnology and answer the fantastic question: ‘Are nanoparticles alive?’ In the world of science fiction, nanotechnology is often shown as swarms of micro-machines that act without the need for human supervision. Much like their biological counterparts, these imagined devices even sometimes possess their own intelligence. The imagination of science fiction writers has taken this high tech fantasy beyond the reality. But scientists have imagination too, and increasingly they are taking nanomaterials to remarkable places with properties that sound stranger than fiction.
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Power To Pluto...

Image Source: Wired


Topics: Electrical Engineering, Humor, Planetary Science, Space Exploration


This was a rather tongue-in-cheek article, I say that because all solutions point to the company web site and the products it produces or allegedly can produce. It does raise the issue of interplanetary and interstellar travel: charging your cell phone for selfies is kinda low on the scale of concerns once you fly beyond the "Goldilocks Zone" we currently inhabit. Like "The Martian," you're probably going to have to subsist on a lot of veggies even if you didn't like them as a kid since a burger and fries would be well...several billion miles away!

Imagine this. You have just parked your private space ship on Pluto, intrigued by all the recent NASA photos of the not-a-planet small wannabe-could-be-planet, and you realize your cell phone is on its last legs. Power-wise, that is. Not because you skipped the last two upgrades.

What to do? For sure, here on Pluto, a zillion miles away from the sun, rigging up some sort of solar screen recharger thing is out of the question. Not that you can't do that and not because it wouldn't work (eventually) but because you need power fast. There are Pluto selfies to take and tweets to be tweeted.

Mouser Electronics: Portable Power: Especially Useful on Pluto, Arden Henderson

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Wearable Biosensors...

A conformally contacted device on an artificial eye for glucose sensing in tears. Courtesy: YS Rim


Topics: Materials Science, Optical Physics, Semiconductor Technology, Nanotechnology, Thin Films

Okay, I have to admit: the bionic eye freaked me out. I'm trying to get used to it...


Researchers at the California NanoSystems Institute and the University of California, Los Angeles, have developed ultrathin, flexible, metal oxide semiconducting thin films for use in wearable or implantable biosensors. The devices, which are made using a straightforward printing technique, could be used as sensors in non-invasive health monitoring applications like smart contact lenses that monitor a person’s glucose levels, for example.

Nanotechweb: Metal oxide thin films make wearable biosensors

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