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Space Plane...

Credit: ESA/J. Huart, 2011

Topics: European Space Agency, Space Exploration, Spaceflight

The European Space Agency (ESA) plans to launch an experimental space plane this Wednesday to test out technologies needed for vehicles to survive the return to Earth from space.

The unmanned space plane, called the Intermediate eXperimental Vehicle (IXV), is slated to blast off Wednesday (Feb. 11) at 8 a.m. EST (1300 GMT) from French Guiana. Its suborbital flight will last 100 minutes.

Space.com: Europe's Experimental Mini-Space Shuttle to Launch Wednesday, by Elizabeth Howell, Space.com contributor

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Dr. Ernest Everett Just...

Image source: National Academy of Sciences - African American History Program

Topics: Biology, Cells, Diversity, Fraternity, History, Diversity in Science

Earnest Everett Just was an African-American biologist and educator best known for his pioneering work in the physiology of development, especially in fertilization.

“We feel the beauty of nature because we are part of nature and because we know that however much in our separate domains we abstract from the unity of nature, this unity remains. Although we may deal with particulars, we return finally to the whole pattern woven out of these.”

—Ernest Everett Just

Synopsis

Born on August 14, 1883, in Charleston, South Carolina, Earnest Everett Just was an African-American biologist and educator who pioneered many areas on the physiology of development, including fertilization, experimental parthenogenesis, hydration, cell division, dehydration in living cells and ultraviolet carcinogenic radiation effects on cells. Just's legacy of accomplishments followed him long after his death, on October 27, 1941.

Early Life

Earnest Everett Just was born on August 14, 1883, in Charleston, South Carolina, to Charles Frazier and Mary Matthews Just. Known as an intelligent and inquisitive student, Just studied at Kimball Hall Academy in New Hampshire before enrolling at Dartmouth College.

It was during his university years that Just discovered an interest in biology after reading a paper on fertilization and egg development. This bright young man earned the highest grades in Greek during his freshman year, and was selected as a Rufus Choate scholar for two years. He graduated as the sole magna cum laude student in 1907, also receiving honors in botany, sociology and history.

Career Success

Just's first job out of college was as a teacher and researcher at the traditionally all-black Howard University. Later, in 1909, he worked in research at Woods Hole Marine Biological Laboratory in Massachusetts. Just furthered his education by obtaining a Doctor of Philosophy degree from the University of Chicago, where he studied experimental embryology and graduated magna cum laude.

If that wasn't enough:

When Just graduated from Dartmouth, he was immediately offered a job as an English teacher at Howard University. Two years later, he accepted an appointment as an instructor in biology, and eventually devoted all of his time to teaching biology. In 1912, he established and became the head of Howard's Department of Zoology. 

While at Howard, Just was approached by Edgar A. Love, Oscar J. Cooper, and Frank Coleman about starting a fraternity on Howard's campus. Fearful of the political threat a secret organization of young blacks might pose to Howard's white administration, the university's faculty and administration opposed the whole idea. Just worked at mediating the controversy. And on 15 December 1911, the Alpha chapter of Omega Psi Phi was organized at Howard University.

Because of the difficulty black scientist at that time had obtaining appointments, Just's first inquiries into the possibility of conducting basic research were not initially encouraged. Eventually Frank Lillie, Director of the Marine Biological Laboratory (MBL) in Wood's Hole, MA, noticed his determination, brought him to the MBL to study and act as a lab assistant. Just became fascinated with problems of fertilization and development. In 1912, he published his first paper in the Biological Bulletin. In 1915, the NAACP awarded Just the first Springarn Medal. After many delays and obstacles, he obtained his PhD, in 1916, summa cum laude, from the University of Chicago.

1. Ernest Everett Just. (2015). The Biography.com website. Retrieved 03:26, Jan 27, 2015, from http://www.biography.com/people/ernest-everett-just-9359195.
2. Lambda Gamma Gamma, Omega Psi Phi: Dr. Ernest Everett Just

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Quantum Mazes...

The quickest way to solve a maze exploits both quantum and classical processes, say physicists who have demonstrated the effect for the first time.


Topics: Biology, Photonics, Quantum Biology, Quantum Mechanics


TECHNOLOGY REVIEW: The emerging discipline of quantum biology is attempting to understand the role quantum mechanics plays in the processes of life, such as photosynthesis—the capture of sunlight by plants and its conversion into stored energy.

One phenomenon that physicists have observed is the transfer of energy across giant protein matrices that appears to occur extremely rapidly with close to 100 percent efficiency. These matrices are like giant mazes so the question is how energy can find its way across the structures before it dissipates.

The classical solution to this problem is to explore the maze with a series of random hops. But this process would take so long that most of the energy would be lost.

That’s why physicists think that quantum processes must somehow be involved. Their initial thinking was that the quantum process of energy transfer might work by exploring many routes through the maze at the same time. This superposition of states would then collapse when the solution was found. In this way, the maze can be solved rapidly and the energy transferred efficiently.

Abstract


Escaping from a complex maze, by exploring different paths with several decision-making branches in order to reach the exit, has always been a very challenging and fascinating task. Wave field and quantum objects may explore a complex structure in parallel by interference effects, but without necessarily leading to more efficient transport. Here, inspired by recent observations in biological energy transport phenomena, we demonstrate how a quantum walker can efficiently reach the output of a maze by partially suppressing the presence of interference. In particular, we show theoretically an unprecedented improvement in transport efficiency for increasing maze size with respect to purely quantum and classical approaches. In addition, we investigate experimentally these hybrid transport phenomena, by mapping the maze problem in an integrated waveguide array, probed by coherent light, hence successfully testing our theoretical results. These achievements may lead towards future bio-inspired photonics technologies for more efficient transport and computation.

Physics arXiv: Fast Escape from Quantum Mazes in Integrated Photonics
Filippo Caruso, Andrea Crespi, Anna Gabriella Ciriolo, Fabio Sciarrino, Roberto Osellame

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{Lorraine Hansberry’s play A Raisin in the Sun was one of the many works the FBI reviewed before publication.}

Newly declassified documents from the FBI reveal how the US federal agency under J Edgar Hoover monitored the activities of dozens of prominent African American writers for decades, devoting thousands of pages to detailing their activities and critiquing their work.

Click here for the full story

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A Newbie Again

Hi there!!!

I am new here (2015) but hope to share and looking forward to participating on this site!  Lots here to get acquainted with.

In 2013 I self-published a short story compilation called "Flight of Fantasy Collection" which I hope to republish (long story).  I also published a novella - "First Lost Risen" (2013) - which is currently only available in ebook format on Amazon.  I had some time on my hands and went through various stuff I'd written over the years and found I had quite a few stories in the sci/fantasy genre so I decided to do something about it.

I'm currently putting a programme together for here in the UK to get out and about again following a series of setbacks.  I also write stories around female related issues, so there's a lot that I draw from around the challenges life throws at us!  I'm basically a spiritual type of person and I think that comes through in some of my work.  I've given away loads of books and mostly people of African descent, tell me that before they read my work, they'd never read any science fiction but would certainly read more.  Well, I don't represent the whole of sci/fantasy writing so I hope they get on well with the diversity that's out there!!!

One Love

Patricia

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Speculative Futures #3...



Topics: Indy Publishing, Science Fiction, Speculative Fiction

Tori #1

Written & Illustrated by Alfonza Lee Hobbie

Captain Tori Anderson’s life just keeps on getting better! Ten years ago a mob hit squad known as the Maddox Clan tried to kill Captain Anderson and her brother. They failed. Tori and her brother were saved by some passing monks. The Maddox Clan wants desperately to finish the job. It’s a matter of reputation. On a planet light-years away from known space. There is a very powerful and deadly Witch. She, the Mob, and the Federation wants Captain Anderson in pieces.

More at:
http://blacksciencefictionsociety.com/page/featured-comic-book
http://www.indyplanet.com/front/product/103860/

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As Elders Leave the Planet...

Source: Princeton.edu


Topics: Nobel Prize, Particle Physics, Passage, K-meson, Symmetry


I mourn again the loss of another Nobel Laureate, one week from Dr. Townes. As elders inevitably leave the planet, they will be replaced, obviously. The impressive achievements of giants like Townes and Fitch is they did it before an Internet; search engines or laptops. They did their work most likely with primitive mainframes, logarithm tables, CRC handbooks and slide rules. There's a certain romanticism to that.

I really don't know if this is recent info, but I found this description from his Professor Emeritus page at Princeton quite intriguing:

Most recently I have been pursuing the question of the existence of the H particle ("H" for hexaquark). This particle was first proposed by Robert Jaffe who noted that the special symmetry of two u, two d, and two s quarks should lead to a stable particle (stable with respect to the strong interactions) with the quark content of two lambdas. He estimated that the mass should be about 80 MeV below the sum of the masses of two lambda particles. Subsequent calculations using a wide variety of models have given mass estimates ranging from values less than the deuteron to unbound states. The existence of the H remains an experimental question. The driving interest in the particle lies in its being a new state of matter (six quarks in one bag). In addition, if the mass is near the deuteron, it could have a lifetime sufficiently long to have cosmological significance.

From NobelPrize.org:

A Small but Clear Lack of Symmetry


For a long time, physicists assumed that different types of symmetries characterise nature. In a kind of mirror-world the physical laws should be the same if right and left are exchanged and if matter is replaced by antimatter. The left-right symmetry had already been shown to be violated when Val Fitch and James Cronin in 1964 discovered that in the decay of the neutral K-meson the matter-antimatter symmetry is also violated. They could also show that symmetry under time-reversal is not valid: reactions going backward in time are not identical to those going forward.

Nobel Prize in Physics 1980:
James Watson Cronin (student), Val Logsdon Fitch (professor)

News at Princeton:
Nobel Laureate and Princeton physicist Val Fitch dies at age 91
Catherine Zandonella

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Emmett Chappelle...

Image Source: Link below

Topics: ATP, Astronaut, Biology, GI Bill, Mars, NASA, Environmental Management

Chappelle was drafted into the U.S. Army, right after graduating from the Phoenix Union Colored High School in 1942. He was assigned to the Army Specialized Training Program, where he was able to take some engineering courses. Chappelle was later reassigned to the all-Black 92nd Infantry Division and served in Italy. After returning to the U.S., Chappelle went on to earn his A.A. degree from Phoenix College. With the help provided by the GI Bill of Rights, Chappelle was able to receive his B.S. degree in biology from the University of California at Berkeley in 1950.

Chappelle went on to serve as an instructor at the Meharry Medical College in Nashville, Tennessee from 1950 to 1953, where he was also able to conduct his own research. Chappelle’s work was noticed by the scientific community, and he accepted an offer to study at the University of Washington, where he received his M.S. degree in biology in 1954. Chappelle continued his graduate studies at Stanford University, though he did not complete a Ph.D. degree. In 1958 Chappelle joined the Research Institute for Advanced Studies in Baltimore, where his research aided in the creation of a safe oxygen supply for astronauts. He went on to work for Hazelton Laboratories in 1963. In 1966, Chappelle joined the National Aeronautics and Space Administration (NASA) as a part of the Goddard Space Flight Center. Chappelle’s research has focused in the area of luminescence, which is light without heat. He has been involved in a number of projects, including the Viking space craft. Chappelle used chemicals from fireflies as well as adenosine triphosphate (ATP) to develop a method of detecting life on Mars. He used this research in bioluminescence, light produced by living organisms, to detect bacteria in water, as well as in improving environmental management.

The History Makers: Emmett Chappelle

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Pseudo Scientists...

Image Source: Skeptical Raptor Blog

Topics: AIDS, Anti-vaxxers, Commentary, Measles, Pseudoscience

Recalling a conversation with my wife's cousin, I tried to reassure him of the oft-misplaced fear of microwave ovens by explaining the electromagnetic spectrum. I was going to tell him that microwaves are well below the visible spectrum, not nearly as energetic as gamma rays, and that his cancer concerns were best focused on UV sun block and staying away from nuclear test sites.

"I don't want to hear that," he exclaimed rudely, "I don't care what you have to say." I almost felt the urge to ask him if "all lawyers were criminals" and if IT could be considered a part of computer science (both his certifications). I politely decided instead to focus on the meal and other conversations.

We are inundated with self-described "Google scholars" like Jenny McCarthy, whose previous career achievement prior to a brief gig on "The View" was "Playmate of the year." She has since been rewarded for her lack of concern with academics with her own satellite radio station (I have not listened to) where I'm sure, she spouts equally non-intellectual drivel. And Jenny McCarthy, Alicia Silverstone and certain politicians are truly "not scientists."

Previously, we went through the faux Ebola epidemic, hyped up to adequate fear levels to have impact on the midterm elections. We have more of a possibility of measles transmission than Ebola. We are currently in a resurgence of the measles, which I remember was "defeated" when I was a child, now reborn in the fears of conspiracy theorists - cross cultural, as many African Americans recall the Tuskegee Experiment - and the other-ing of the government without appreciation of the simple civics definition of what government is in a democratic republic: "We The People." This could potentially impact citizens successfully managing AIDS currently, as their immune systems are already compromised.

Technology has freed both the intellectual and the nincompoop; it has empowered the citizen journalist and the loudmouth. File Transfer Protocol cum Hypertext Transfer Protocol (http://) has evolved to deliver information in creative and myriad ways...but, "Google" nor a strong opinion are adequate substitutes for degrees in STEM fields. "We live in a society exquisitely dependent on science and technology, in which hardly anyone knows anything about science and technology," Carl Sagan. This is sadly still true, and we tend to promote such persons like climate deniers overseeing NASA.

We want the convenience of science without the appreciation of the sacrifice it takes to master it. Scientists and engineers have some interest and abilities in the fields they are attracted to, but they like anyone else, have to study rigorously to work through formulas, memorize theorems, read and understand research papers as well as write many of their own and submit to massive, blistering critique of their ideas. It is what differentiates science from pseudoscience; fact from dangerous fiction. In this case instead of an abnormal fear of microwave ovens (cousin's); a resurgence of what used to be a deadly pandemic, and might in the technically advanced 21st century, happen again.

I'll be going to both family reunions this summer. I think if my wife's cousin and I happen upon that conversation again, I'll respond with "oh, and I hear all lawyers are criminals," just to get his attention...

Alternet: 9 Craziest Claims Made by Anti-Vaxxers, Cliff Weathers
NY Times: The Dangers of PseudoscienceMassimo Pigliucci and Maarten Boudry

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Speculative Futures #2...



Topics: Afrofuturism, Futurism, Science Fiction, Speculative Fiction


(W) Kenneth A. Strickland

In 1945, the town of Four Corners, Georgia found they were having babies born with four-arms. It happened on the black side of town first, and they tried to keep it a secret. until the first white babies were born with four-arms. Now the two sides of the town had to come together to save itself and regain its balance.

More at:
http://blacksciencefictionsociety.com/page/book-of-the-month
http://mythicallegends.com/index.php/2013-03-11-06-01-03

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Giving Meaning...

Image Source: CBSNEWS link below

Topics: Commentary, Economy, Futurism, Money

noun



a current medium of exchange in the form of coins and banknotes; coins and banknotes collectively.



"I counted the money before putting it in my wallet"



synonyms: cash, hard cash, ready money; More

formal

sums of money.

plural noun: moneys; plural noun: monies

"a statement of all moneys paid into and out of the account"

the assets, property, and resources owned by someone or something; wealth.

"the college is very short of money"

synonyms: wealth, riches, fortune, affluence, assets, liquid assets, resources, means

"she married him for his money"

Money means more than the coin, paper or plastic to acquire goods and services. Money is linked to complex emotions, feelings and behaviors. Each person has "money messages" that are based on past experiences, what you observed and what you were taught. These money messages reflect the attitudes, perceptions and expectations that influence your financial behaviors today.

Money, money, money, money, money [6x]



Some people got to have it



Some people really need it



Listen to me y'all, do things

Do things, do bad things with it

You wanna do things, do things

Do things, good things with it

Talk about cash money, money

Talk about cash money

Dollar bills, yall

The O'Jays: "For the Love of Money"

One of the more preposterous things Trekkies/Trekkers accept is the notion put forth that humankind somehow evolved beyond the need for money (noted exception given to the fictional Feringi). That would solve a myriad of problems: greed, hierarchy, the military-industrial-complex, outsourcing, the prison-industrial-complex, poverty, etc.

A large part of that stems from one of the key the faux technologies: teleportation and matter replication. A propulsion method like Warp Drive wouldn't change minds and hearts, neither would the advent of Vulcans (as the initial motivations of the fictional Dr. Zefram Cochrane were hardly altruistic). The ability to speak to what amounts to either a Genie or 3D printer on steroids and get what you want (see: "Tea, Earl Grey") would put us immediately beyond our paltry rating by Carl Sagan as a 0.7 rating on the Kardashev scale. Any such liberating technology - like green tech, solar energy and wind - would likely be opposed vigorously by the "powers that be" whose progenitors made their family wealth on the fossilized deaths of ancient rain forests and dinosaurs.

Rather than violating the Heisenberg Uncertainty Principle (a quote: "How do your Heisenberg Compensators work?" Answer from script writer: "very well, I might add"), we should demand and give new meaning to this replacement for barter; this representation for resource; this excuse for hierarchy and presumed omnipotent powers to humans that put their skirts and pants on with the same physics we all do: just with servants that have also bought into the myth of their divinity. I'm sure with dinosaurs, their economy had to do with size, muscle and teeth, all reduced by meteor to another form of their energy we pay for at the pump.



Rather than alchemical transmutations of matter, we all need to change what we've given so important a meaning in our lives as a species.

CBSNEWS: The Secret Meaning of Money, Mark Jaffe
Money Ed: The Meaning of Money

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Dr. Daniel Dale Williams...



Topics: Biology, Medicine, Diversity, Diversity in Science

Daniel Hale Williams was a physician who performed the first known open-heart surgery in the United States and who founded a hospital with an interracial staff.

Synopsis

Born on January 18, 1856, in Hollidaysburg, Pennsylvania, Daniel Hale Williams pursued a pioneering career in medicine. An African-American doctor, in 1893, Williams opened Provident Hospital, the first medical facility to have an interracial staff. He was also the first physician to successfully complete open-heart surgery on a patient. Williams later became chief surgeon of the Freedmen’s Hospital.

Early Life

Daniel Hale Williams III was born on January 18, 1856, in Hollidaysburg, Pennsylvania, to Sarah Price Williams and Daniel Hale Williams II. The couple had several children, with the elder Daniel H. Williams inheriting a barber business. He also worked with the Equal Rights League, a black civil rights organization active during the Reconstruction era.

After the elder Williams died, a 10-year-old Daniel was sent to live in Baltimore, Maryland, with family friends. He became a shoemaker’s apprentice but disliked the work and decided to return to his family, who had moved to Illinois. Like his father, he took up barbering, but ultimately decided he wanted to pursue his education. He worked as an apprentice with Dr. Henry Palmer, a highly accomplished surgeon, and then completed further training at Chicago Medical College.

Daniel Hale Williams. (2015). The Biography.com website. Retrieved 03:05, Jan 26, 2015, from http://www.biography.com/people/daniel-hale-williams-9532269.

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Interstellar Transitions...

Space.com: The Spaceships of 'Interstellar' Explained

Topics: Colonization, Evolution, Exoplanets, Founder's Effect, Interstellar Travel

Part of the reason we became a "United States of America" was in the coming to America.

I'm sure the Native Americans would have looked far more Asian had they stayed from the land bridge into Alaska. I'm sure if the colonists were not so, if they had stayed in Europe (or, kidnapped from Africa), they probably would know how to survive in their typical environments and predictable weather. The first winters were brutal; the Native Americans who helped them survive were repaid sadly, with a distasteful brutality.

However, the first Martians will likely be former Earthlings that will not have alien natives to push around. They will however, have 1/3 g and a completely different weather environment - i.e., far away from the sun; no air outside their habitats to breath, no green grass or blue skies. Like the colonists to the Americas, there will be substantial mental changes that will occur, hopefully directed and positive. Distant from the former home world, they will no longer have close ties to it. In one hundred years of colonization - four generations - might want to be "on their own," independent, establish their own economy, product and trade to barter with. The farther from home we venture, warp drive or sub light, the more likely aliens we encounter will eventually be us.

One of the more prescient things - which featured the many talents of its actors - was the crew of the Enterprise seemed to be always doing something: plays, harps or Holodecks. The Terran analogy would be life on a submarine - literal death, either crushing ocean pressure or the cold vacuum of space - is outside the hull of your vessel, so keeping your mind busy is imperative to not going stir crazy (submariners can disagree with my analogy freely). We also may not become the "United Federations of Planets" utopia Gene Roddenberry envisioned,  unless our current self-centered, selfish philosophies don't change as we venture forth. Lighting a "candle in the darkness," we should consider where our next steps fall.
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Let me start by saying, I'm a frugal dude with my finances but this project is something I think we should stand behind (if you can afford it). This is our history in film , our POV in visual narrative at a time when  mainstream cinema presented Blacks as the help, some type of coon-ish joke or some other form degradation. I'm a collector of sorts and this is definitely one for the film collection. check it out... I hope you enjoy and support (donations can be as low as $5).

https://www.kickstarter.com/projects/kinolorber/pioneers-of-african-american-cinema?ref=nav_search

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Speculative Futures #1...



Topics: Afrofuturism, Diversity, Science Fiction, Speculative Fiction

Genius Issues 1 - 5
(W) Adam Freeman & Marc Bernardin
(A) Afua Richardson

What if the greatest military mind of our generation was born to a people who are already supremely conditioned to wage war, who know nothing but violence since birth, and must continually adapt to new predators in order to survive? What if the second coming of Alexander the Great, of Genghis Khan, of Napoleon, of Patton...what if it was a teenaged girl from South Central, L.A. named Destiny? And what if she decides to secede three blocks of the ‘Hood from the Union? Who is going to take it back from her and her army of gangbangers? Who CAN?

More at:
http://blacksciencefictionsociety.com/page/featured-comic-book
https://imagecomics.com/comics/releases/genius-1

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Silicene Transistor...

Image: University of Texas at Austin, Source: IEEE link below

Topics: Graphene, Nanotechnology, Semiconductor Technology, STEM

TECHNOLOGY REVIEW: An exotic but tricky-to-use new form of silicon is being eyed as a way to build much faster computer chips. And now, those who see its potential can claim a minor victory by making the first transistors out of the stuff.

The material in question, called silicene, comes in layers of silicon just one-atom thick. This structure gives the material fantastic electrical properties, but it also means it’s devilishly tricky to produce and work with. Even testing its basic properties in the lab has proved difficult.

Now Deji Akinwande, a computer engineer at the University of Texas at Austin, has figured out how to work with the stubborn material well enough to make the first silicene transistors. His first-of-their-kind devices are described today in the journal Nature Nanotechnology, and they live up to silicene’s promise by switching with extraordinary speed.

Another atom-thick material, graphene, which is made from carbon, has gained attention in recent years for its own electrical properties. The appeal of silicene, says Akinwande, is that it’s made from the stuff Silicon Valley was built on. In theory, it should be easier for chipmakers to work with than some new material. “If we can get good properties out of it, it can be translated immediately by the semiconductor industry,” Akinwande says.


Deji received a B.S/M.S. combined degree in Electrical Engineering and Applied Physics from Case Western Reserve University, Cleveland, Ohio. His master’s research involved the development and characterization of evanescent microwave probes for non-destructive imaging of materials. Afterwards, he gained experience designing and testing a variety of analog circuits from MHz to 110 GHz for network analyzer and signal generator instruments at Agilent Technologies in northern California.

He subsequently worked at XtremeSpectrum, Freescale and Motorola on the modeling, design and testing of the first commercial 100 Mb/s ultra-wideband receiver chip.

He received the Ph.D. degree from Stanford University in December 2009. His thesis focused on the physics, chemistry, materials and electronic properties of carbon materials. He has published widely on carbon nanomaterials in a variety of disciplines including physics, chemistry, materials, and electrical engineering journals.

Professor Akinwande joined UT Austin starting from January 2010, and he is a member of IEEE, APS, ACS, and MRS societies.

Extreme Tech:
Silicene could help create create an alternative to graphene with many of its benefitsJoel Hruska
Nature: Graphene's cousin silicene makes transistor debut, Mark Peplow
Spectrum IEEE: Transistor Made From Silicene for the First Time,
Dexter Johnston

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Dr. Charles Drew...

Image Source: Biography.com

Topics: Biology, Blood Banks, Diversity, Diversity in Science, History

Synopsis

Charles Richard Drew was born on June 3, 1904, in Washington, D.C. He was an African-American physician who developed ways to process and store blood plasma in "blood banks." He directed the blood plasma programs of the United States and Great Britain in World War II, but resigned after a ruling that the blood of African-Americans would be segregated. He died on April 1, 1950.

Early Life

Drew grew up in Washington, D.C. as the oldest son of a carpet layer. In his youth, Drew showed great athletic talent. He won several medals for swimming in his elementary years, and later branched out to football, basketball and other sports. After graduating from Dunbar High School in 1922, Drew went to Amherst College on a sports scholarship. There, he distinguished himself on the track and football teams.

Drew completed his bachelor's degree at Amherst in 1926, but didn't have enough money to pursue his dream of attending medical school. He worked as a biology instructor and a coach for Morgan College, now Morgan State University, in Baltimore for two years. In 1928, he applied to medical schools and enrolled at McGill University in Montreal, Canada.

At McGill University, Drew quickly proved to be a top student. He won a prize in neuroanatomy and was a member of the Alpha Omega Alpha, a medical honor society. Graduating in 1933, Drew was second in his class and earned both Doctor of Medicine and Master of Surgery degrees. He did his internship and residency at the Royal Victoria Hospital and the Montreal General Hospital. During this time, Drew studied with Dr. John Beattie, and they examined problems and issues regarding blood transfusions.

Father of Blood Banks

In 1938, Drew received a Rockefeller Fellowship to study at Columbia University and train at the Presbyterian Hospital in New York City. There, he continued his exploration of blood-related matters with John Scudder. Drew developed a method for processing and preserving blood plasma, or blood without cells. Plasma lasts much longer than whole blood, making it possible to be stored or "banked" for longer periods of time. He discovered that the plasma could be dried and then reconstituted when needed. His research served as the basis of his doctorate thesis, "Banked Blood," and he received his doctorate degree in 1940. Drew became the first African-American to earn this degree from Columbia.

As World War II raged in Europe, Drew was asked to head up a special medical effort known as "Blood for Britain." He organized the collection and processing of blood plasma from several New York hospitals, and the shipments of these life-saving materials overseas to treat causalities in the war. According to one report, Drew helped collect roughly 14,500 pints of plasma.

In 1941, Drew worked on another blood bank effort, this time for the American Red Cross. He worked on developing a blood bank to be used for U.S. military personnel. But not long into his tenure there, Drew became frustrated with the military's request for segregating the blood donated by African Americans. At first, the military did not want to use blood from African Americans, but they later said it could only be used for African-American soldiers. Drew was outraged by this racist policy, and resigned his post after only a few months.

Charles Drew. (2015). The Biography.com website. Retrieved 01:49, Jan 26, 2015, from http://www.biography.com/people/charles-drew-9279094.

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Through a Mirror Darkly...

Zoomed-in image from the Dark Energy Camera of the center of the globular star cluster 47 Tucanae, which lies about 17,000 light years from Earth. Credit: Dark Energy Survey Collaboration.

Topics: Astrophysics, Chile Observatory, Dark Energy, Dark Matter

A post at Argonne from 2012 I unintentionally missed - my apologies. I'll check up on current status of the project, and likely do a follow-on post.

Eight billion years ago, rays of light from distant galaxies began their long journey to Earth. On Sept. 12, that ancient starlight found its way to a mountaintop in Chile, where the newly-constructed Dark Energy Camera – the most powerful sky-mapping machine ever created – captured and recorded it for the first time.

That light may hold within it the answer to one of the biggest mysteries in physics: why the expansion of the universe is speeding up.

Scientists on the Dark Energy Survey collaboration, including representatives from the U.S. Department of Energy’s (DOE) Argonne National Laboratory, announced this week that the Dark Energy Camera has achieved “first light.” The first pictures of the southern sky were taken by the 570-megapixel camera, the product of eight years of planning and construction, on Sept. 12.

“The achievement of first light through the Dark Energy Camera begins a significant new era in our exploration of the cosmic frontier,” said James Siegrist, DOE Associate Director of Science for High Energy Physics. “The results of this survey will bring us closer to understanding the mystery of dark energy, and what it means for the universe.”

The Dark Energy Camera was constructed at DOE’s Fermi National Accelerator Laboratory in Batavia, Illinois, and mounted on the Victor M. Blanco telescope at the National Science Foundation’s Cerro Tololo Inter-American Observatory (CTIO) in Chile.

With this device, roughly the size of a phone booth, astronomers and physicists will probe the mystery of dark energy, which gives rise to the force they believe is causing the universe to expand faster and faster.

“With all of our amazing scientific progress in the last century, we still only understand the four percent of the universe that is made of normal matter. The Dark Energy Survey will help us understand the other 96 percent, which we believe is made of dark matter and dark energy,” said Steve Kuhlmann, leader of the Dark Energy Survey group at Argonne.

Argonne National Laboratories:
Dark energy camera to probe universe’s biggest mysteries

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The Grand Dame...

Source: JenebaSpeaks.com

Topics: Octavia Butler, Science Fiction, Speculative Fiction

I came to Octavia Butler in "Mind of My Mind" midway in the Patternist series; followed by "Parable of the Sower" and "Parable of the Talents." It was a respite from often, science fiction clearly written without other cultures in mind. Literary whitewashing tends to translate in realities where diversity cannot be tolerated. She sadly left us in 2006 due to poor health. It is a wonder some of her books haven't made it into the theaters, especially the Parable series. I can only hope they will be one day.


Octavia Estelle Butler, often referred to as the “grand dame of science fiction,” was born in Pasadena, California on June 22, 1947. She received an Associate of Arts degree in 1968 from Pasadena Community College, and also attended California State University in Los Angeles and the University of California, Los Angeles. During 1969 and 1970, she studied at the Screenwriter’s Guild Open Door Program and the Clarion Science Fiction Writers’ Workshop, where she took a class with science fiction master Harlan Ellison (who later became her mentor), and which led to Butler selling her first science fiction stories.

Butler’s first story, “Crossover,” was published in the 1971 Clarion anthology. Patternmaster, her first novel and the first title of her five-volume Patternist series, was published in 1976, followed by Mind of My Mind in 1977. Others in the series include Survivor (1978), Wild Seed (1980), which won the James Tiptree Award, and Clay’s Ark (1984).

With the publication of Kindred in 1979, Butler was able to support herself writing full time. She won the Hugo Award in 1984 for her short story, “Speech Sounds,” and in 1985, Butler’s novelette “Bloodchild” won a Hugo Award, a Nebula Award, the Locus Award, and an award for best novelette from Science Fiction Chronicle.

Other books by Octavia E. Butler include the Xenogenesis trilogy: Dawn (1987), Adulthood Rites (1988) and Imago (1989), and a short story collection, Bloodchild and Other Stories (1995). Parable of the Sower (1993), the first of her Earthseed series, was a finalist for the Nebula Award as well as a New York Times Notable Book of the Year. The book’s sequel, Parable of the Talents (1998), won a Nebula Award.

In 1995 Butler was awarded a prestigious MacArthur Foundation fellowship.

Awards

1980, Creative Arts Award, L.A. YWCA

1984, Hugo Award for Best Short Story – Speech Sounds

1984, Nebula Award for Best Novelette – Bloodchild

1985, Science Fiction Chronicle Award for Best Novelette – Bloodchild

1985, Locus Award for Best Novelette – Bloodchild

1985, Hugo Award for Best Novelette – Bloodchild

1995, MacArthur Foundation “Genius” Grant

1999, Nebula Award for Best Novel – Parable of the Talents

2000, PEN American Center lifetime achievement award in writing

2010, Inductee Science Fiction Hall of Fame

2012, Solstice Award, Science Fiction & Fantasy Writers of America

Site: OctaviaButler.org
Amazon.com: Octavia Butler
Barnes and Noble: Octavia Butler

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