I haven't done one of these in a long time and I was thinking about some of the products I read or watched a while ago. I wonder what our creative members are up to these days?
Kasaka also posted a chapter update. We talked about this interesting webcomic in February.
N. D. Jones has been quite prolific this year and she's got numerous releases so far in 2020. Here's her author page. Take a look and see what new afrofantasy works she's got coming out!
Tapas got a major UI update and Nearly Home is still updating! The most recent update was May 5. Check them out for some killer African action!
Realmz author Anthony Moore (the guy who always live streams on FB) cleared another Limitless Comics Kickstarter. Muffenman #1 met its funding goal and I got my digital copy last month. It's pretty wild so if you're into nu-horror, check it out.
Black Salt: Coreuption is still in progress. It's on the Switch now, which I have to admit is quite a catch. They're working on the soundtrack right now so keep an ear to the ground. The finished project for Steam should be out there soon.
Above/Below is still publishing but The Extras is on hiatus. Let's hope both series continue.
Afromyth Vol 2 came out in Feb, but my queue was full. You should read it and review it! So far it has 4.4 out of 5 stars on Amazon.
A crowd began to form at the train station in Pocatello, Idaho, around 5:15 am on Wednesday, 10 May 1950. Some 700 bleary-eyed townspeople had come to see the president and neither the day’s cold weather nor the hour would deter them. When the train chugged into town, President Harry Truman was standing on the rear platform, ready to greet the crowd. The trip to Pocatello was part of a whistle-stop tour of the northern US that took the president to numerous small towns dotting the railway.
Although Truman spent most of his time in Idaho addressing local agricultural and economic issues, in Pocatello, he talked to the crowd about science. Earlier that morning, as his train sped along the tracks, Truman had signed the National Science Foundation Act of 1950. It created the first federal agency devoted to supporting fundamental research and education across all scientific disciplines. Standing before a group of chilly Idahoans, Truman made a case for the importance of large-scale federal support for scientific research.
The story of NSF’s creation and early years of operation serves as an important window into the growth of postwar federal science policy. Science’s role in World War II had convinced many in the government that public support was needed for scientific research. Once open, NSF became an important site where debates over science policy, federal support for civilian research facilities, and federal support for education in STEM (science, technology, engineering, and mathematics) played out in postwar America.
A Lovecraftian JRPG where you have to consume monsters to survive
Our game Celestial Tear: Lost World is a semi-finalist in the Ultimate Game Idea contest and we are in need of as many VOTESas we can get. This cross-genre space adventure takes action turn based combat and mixes survival mechanics into a fun and sometimes terrifying adventure as consuming grotesque creatures and taking on their abilities is the only way to protect your sanity from the ever haunting Void.
The Haunting Void
Each of the three playable characters can all consume monsters by eating or salvaging their organs or body parts into weapons or gear. Uzu, the fighter, can fashion enough monster parts to create permanent weapon upgrades while Jake, the gunner, can use them to make ammo and other expendable resources. Trask, however, can eat the monsters, absorbing their physical traits and some abilities until she completely metabolizes the energy.
Crafting
This will be a fun, engaging game where battles become varied and exciting as players can choose and execute these unique traits and abilities that the characters naturally possess in conjunction with the varied and weird monsters they consume. They will travel across this weird and almost organic-like planet where caverns seem more like the bowels of a rotting monster than the stony walls of an eroding cavern.
Action Turn-Based Battles
Blending elements of sandbox, survival, and horror with classic, active turn-based, Japanese role-playing style battles, Celestial Tear: Lost World presents a new cross-genre experience unlike anything seen before. With retro pixel-art graphics and a lush, dynamic 16-bit soundtrack, the world of Celestial Tear: Lost World provides an immersive Lovecraftian experience as players travel across this gritty, dark anti-universe. Fans of Final Fantasy, Silent Hill, and even the classic Eternal Darkness will all find something to relish in this cosmic, terrifying adventure.
Topics: Civics, Civil Rights, COVID-19, Existentialism, Fascism, Human Rights
On April 12, 1633, chief inquisitor Father Vincenzo Maculani da Firenzuola, appointed by Pope Urban VIII, begins the inquisition of physicist and astronomer Galileo Galilei. Galileo was ordered to turn himself in to the Holy Office to begin trial for holding the belief that the Earth revolves around the Sun, which was deemed heretical by the Catholic Church. Standard practice demanded that the accused be imprisoned and secluded during the trial.
This was the second time that Galileo was in the hot seat for refusing to accept Church orthodoxy that the Earth was the immovable center of the universe: In 1616, he had been forbidden from holding or defending his beliefs. In the 1633 interrogation, Galileo denied that he “held” belief in the Copernican view but continued to write about the issue and evidence as a means of “discussion” rather than belief. The Church had decided the idea that the Sun moved around the Earth was an absolute fact of scripture that could not be disputed, despite the fact that scientists had known for centuries that the Earth was not the center of the universe.
Authoritarians have a long history of defying science and reality. No one questions now that the Earth isn't the center of the solar system and our understanding of the universe has expanded since Galileo confirmed Copernican Heliocentric Theory. Modern authoritarians resort to pathological lying.
I've discussed Biff's proclivities here and here before. The video above is homage to him without invoking his hideous visage.
He sucks as a moral leader, or comforter-in-chief.
Expect Biff to go full Brown People-Chinese-Mexican-Muslim racist, because, why not?
May 8th was Friday. He managed to fulfill my predictions by Monday.
Like all authoritarians, fascists, Nazis and racists: facts don't matter. What matters is emotion, what a certain thing makes "the base" feel. Most of them, like Biff feel threatened by changing demographics. Fascists take advantage of disasters and chaos, as rampant confusion consolidates their power, and a pandemic is made-to-order. For his bewildered, gun-toting herd, it's like the last gasp of Archie Bunker. They're worried about 2042. I'm worried about Dr. Bright's ominous prediction of this being our "darkest winter." I'm worried about the Forbes article four years ago that capitalism MUST change, or humanity will starve itself to death eight years later in 2050. The so-called white majority becoming numerical minorities will be short-lived, and moot:
Corporate capitalism is committed to the relentless pursuit of growth, even if it ravages the planet and threatens human health.
We need to build a new system: one that will balance economic growth with sustainability and human flourishing.
In one of a number of revolts against colonial rule, in a corner of what is now Tanzania, the Maji Maji Rebellion sought to drive out German colonialists. The rebels were partly incited by a spirit medium who claimed to be possessed by a snake spirit and to have a “war medicine” that would turn German bullets into water. In one of the saddest and most surreal episodes in anti-colonial history, thousands of Africans who put their faith in this magic perished before German machine guns.
It has been axiomatic in anthropology since Bronislaw Malinowski’s seminal work in the early 20th century that people turn to magic when they feel powerless. Soldiers, for example, may repeatedly practice mastery of their weapons, but they know there is still a strong element of chance in whether they live or die in combat, and so they also pray, wear talismans, and develop superstitions about weapons, clothes, or routines that bring luck. In this spirit, the Maji Maji rebels—outgunned but unwilling to tolerate German occupation—put their faith in magic water, as well as their own martial skills, as they rose up.
I don't think it will matter what hue of human is in the numerical majority. This pandemic screams at us that capitalism as we practice it is out of balance with the globe we live on. This pandemic roars at us that all the magical-thinking-whistling-past-the-graveyard in the world won't will it away, nor will opening up too soon and assume callously only "brown people" will die. As much as I love Star Trek as nerd mythology, I'm not expecting a leap in physics, discovering warp drive, and leaving the planet for exciting Alpha Centauri tours. In 2050, I pretty much expect to be either 88, or ashes. I just didn't expect the rest of the world to be ashed with me.
It is, in a dark sense, a brute force way to end inequality, forever.
"Blessed are the meek, for they shall inherit the earth," Matthew 5:5.
Unless there is widespread testing for COVID-19, experts warn, cases will surge as governments reopen more businesses and public spaces. But there is still a woeful shortage of diagnostic tests for coronavirus infections, because of unprecedented demand for chemicals and supplies. The U.S., for instance, does hundreds of thousands of tests a day, but that number is still far short of the millions of daily assays recommended for a safe return to normal.
Now dozens of researchers in the U.S., Israel and Germany are pursuing a strategy to dramatically increase diagnostic capacity: group tests. By pooling samples from many people into a few groups and evaluating pools rather than individuals, the scientists think they can use fewer tests on more people. This approach could lead to the faster detection of individuals who are unwitting carriers of the disease and an ability to quickly clear others who have not been infected. The strategy has been used in the past to successfully detect cases of HIV, chlamydia, malaria and influenza, and was originally conceived during World War II to test thousands of military personnel for syphilis.
“As long as we have no vaccine, we can only stop the transmission of the virus by testing and isolation of people who are infected,” says Sandra Ciesek, director of the Geothe University Frankfurt’s Institute of Medical Virology in Germany. In mid-February, she was among the first to report that people with no symptoms could spread the virus. Since then, Ciesek has been working on a pooled testing technique to identify asymptomatic carriers. The approach “is trying to do more with the same number of tests,” says Tomer Hertz, a computational immunologist at Ben-Gurion University of the Negev in Israel, who is also developing a batch-testing strategy. There is a caveat, though: as the prevalence of the infection in a community goes up, the ability to save resources through group testing goes down.
We are more alike than different. The atoms in our bodies are the same forged in distant stars; Carl Sagan said we are "made of star stuff."
Then: we evolve under ultraviolet light at degree inclinations on the globe, thereby changing the prominence of Melanin in our epidurals. Due to war and conquests, we craft a narrative of what is godly, who is "divine" and who is deviant. Good and evil has a hue or light and darkness. And thus, we craft the seeds of our own self-destruction from ignorance, hubris, racism, snobbery and xenophobia.
Next big thing: Haifei Zhan and colleagues reckon that carbon nanothreads have a future in energy storage. (Courtesy: Queensland University of Technology)
Computational and theoretical studies of diamond-like carbon nanothreads suggest that they could provide an alternative to batteries by storing energy in a strained mechanical system. The team behind the research says that nanothread devices could power electronics and help with the shift towards renewable sources of energy.
The traditional go-to device for energy storage is the electrochemical battery, which predates even the widespread use of electricity. Despite centuries of technological progress and near ubiquitous use, batteries remain prone to the same inefficiencies and hazards as any device based on chemical reactions – sluggish reactions in the cold, the danger of explosion in the heat and the risk of toxic chemical leakages.
Another way of storing energy is to strain a material that then releases energy as it returns to its unstrained state. The strain could be linear like stretching and then launching a rubber band from your finger; or twisted, like a wind-up clock or toy. Over a decade ago, theoretical work done by researchers at the Massachusetts Institute of Technology suggested that strained chords made from carbon nanotubes could achieve impressive energy-storage densities, on account of the material’s unique mechanical properties.
Topics: Civics, Civil Rights, COVID-19, Existentialism, Human Rights, Politics, Women's Rights
Note: Yesterday, eleven years ago, we lost mom before Mother's Day weekend - on a Thursday. Happy Mother's Day - love, "stink."
*****
This was my week of finals: Advanced Nano Systems Monday and Solid State Devices on Wednesday. The first was posted on Blackboard and had a set time to answer all questions, open-book and open notes. That took four hours. Wednesday, the exam was proctored on Zoom: 3 hours. I was completely and utterly wiped out. Now, I have to focus on my preliminary research proposal, meaning I'll be doing a lot of reading, summarizing and crafting the proposal in an NSF-style format suitable for publication. My committee will tear it to shreds. I'm expecting it. As such, I will take blogging breaks from time-to-time. Pursuing a Ph.D. in anything isn't trivial, and nanoengineering is by far not trivial, and is mentally and emotionally exhausting. It will be worth it, though.
The above is how I went to work at Motorola, Advanced Micro Devices and IBM in some capacity. Wearing the garments wasn't an "option." We were - as I stated in Protocols - protecting the product from our contact with the outside world.
I'm bemused by the now popular label, "essential workers," as if these workers weren't essential before a pandemic showed just how essential they really are. Missing from the list are janitorial services, which is why I've always treated the cleaning person with the same respect I would afford an executive: one makes decisions about the company for typically investors; the other decides daily to clean our messes in the loo.
At best, we're looking at a year and a half to a vaccine. On the website The History of Vaccines: "Vaccine development is a long, complex process, often lasting 10-15 years and involving a combination of public and private involvement." It apparently has an exploratory stage, a pre-clinical stage, IND (investigative new drug) application; phases I - III vaccine trials, post-licensure monitoring of vaccines and VAERS: the vaccine adverse event reporting system, in case, ironically the "cure is worse than the disease."
Testing, shelter-in-place, contact tracing: This is how we can slowly open the economy safely and reduce infections/deaths. Tracing has a noble, brute-force history with smallpox. This is so we don't overwhelm the medical community while research pursues a vaccine or cure. Denmark, Germany, Finland and other European countries are opening, and safely for the most part. Mississippi halted their opening after a spike in infections; Florida and Texas will likely soon follow. Per capita tests per million citizens, we're now second to Italy and slightly ahead of South Korea, that have had 256 deaths ...total. It's both embarrassing and sickening to the soul.
(Suggested) extended protocols:
1. Vote November 3, 2020. Especially millennials. My open letter to millennials (Belief in Oneness) before the 2018 midterms preceded the takeover by the democrats, the prescient predictive power of Dr. Rachel Biticofer's modelling and the impeachment of the Russian ass(et). Democracy means "rule of the people." In short: give a shit.
2. Every building, particularly security guards will have to use body temperature infrared thermometers before allowing access. They're commercially available on Amazon. I posted the most expensive one, but there are other products listed. 99.9 degrees Fahrenheit or greater should be deemed a health hazard, and turned away.
3. Schools and manufacturing particularly are going to have to structure "A-B" days: MWF-A, TTh-B; MWF-B, TTh-A etc., where buildings are filled to 1/2 their capacity, controlling access with BTIR thermometers.
4. Schools especially are going to have to record lectures on YouTube if students are turned away; they're going to have to get a doctor's note to return to class.
5. Telecommuting has to be encouraged if possible at all. Zoom isn't going away.
6. Hotels, restaurants, movie theaters and sporting events are going to have to get used to 25-50% occupancy; financial targets will have to be adjusted.
7. The existence of for-profit prisons will have to be revisited. They are not efficacious. They're structured for high occupancy and recidivism, and hotbed for this or any pandemic's spread; so are meat-packing plants and nursing homes.
8. Get used to leaving home like this (showering when you return):
I'm assuming myself asymptomatic: masking protects Y-O-U from M-E. More of us doing this reduces the spread of the virus, while giving a break to emergency services and ventilators. It can be continued for the anti-vaxxer community that won't take a vaccine even if successfully going through trials. I know the history of this country with the Tuskegee experiment. It's lazy scholarship to continually resort to the worst human motivations in the midst of a crisis. Biologists have families, too.
My unfortunate conclusion is, we're going to be at this for a while, post this and any successive administrations' tenures, if we still have a functional republic: the jobs report will be at Depression-era levels; William Barr is pulverizing the rule of law as it's now apparently fine to lie to the F.B.I. after admitting to it twice under oath.
We're in the fight of our lives, and we're literally on our own.
Odes to the Multiverse is a collection of short works consisting of vignettes, meant to be digested in small doses, accompanied by several longer short stories for more leisurely enjoyment.
This book features punk scifi, space opera, horror & urban fantasy vignettes and short stories featuring cosmic tales of distant worlds and strange futures where earthbound horrors unfold. This omnibus invites you to marvel at the macabre and maleficent; and embrace the weird and wonderful.
Odes to the Multiverse is available for Kindle and in Print from Amazon, as well as a number of other retailers.
Posted by Nelo Maxwell on April 27, 2020 at 3:46pm
The following comics are adult in nature. Featuring superheroes and sex, the main character Dark Spider traverses, the law, identities and universes to stop threats from this world and beyond.
Can make a Heav'n of Hell, a Hell of Heav'n. What matter where, if I be still the same, And what I should be, all but less then he Whom Thunder hath made greater? Here at least We shall be free; th' Almighty hath not built Here for his envy, will not drive us hence: Here we may reign secure, and in my choyce To reign is worth ambition though in Hell: Better to reign in Hell, then serve in Heav'n. But wherefore let we then our faithful friends, Th' associates and copartners of our loss Lye thus astonisht on th' oblivious Pool, And call them not to share with us their part In this unhappy Mansion, or once more With rallied Arms to try what may be yet Regaind in Heav'n, or what more lost in Hell?
Colonial weaponizing of smallpox against Native Americans was first reported by 19th-century historian Francis Parkman, who came across correspondence in which Sir Jeffery Amherst, commander in chief of the British forces in North America in the early 1760s, had discussed its use with Col. Henry Bouquet, a subordinate on the western frontier during the French and Indian War.
Early American historian Elizabeth Fenn of the University of Colorado Boulder lays out her theory on what happened in her 2000 article in the Journal of American History. In the late spring of 1763, Delaware, Shawnee and Mingo warriors, inspired by Ottawa war leader Pontiac, laid siege to Fort Pitt, an outpost at the confluence of the Allegheny and Monongahela rivers in present-day downtown Pittsburgh.
The fort’s commander, Capt. Simeon Ecuyer, reported in a June 16 message to his superior, Philadelphia-based Col. Henry Bouquet, that the situation was dire, with local traders and colonists taking refuge inside the fort’s walls. Ecuyer wasn’t just afraid of his Native American adversaries. The fort’s hospital had patients with smallpox, and Ecuyer feared the disease might overwhelm the population inside the fort’s cramped confines.
Bouquet, in turn, passed along the news about the smallpox inside Fort Pitt to his own superior, Amherst, in a June 23 letter. In Amherst’s July 7 response, he cold-bloodedly saw an opportunity in the disease outbreak. “Could it not be contrived to Send the Small Pox among those Disaffected Tribes of Indians? We must, on this occasion, Use Every Stratagem in our power to Reduce them.”
Historian Philip Ranlet of Hunter College and author of a 2000 article on the smallpox blanket incident in Pennsylvania History: A Journal of Mid-Atlantic Studies, also casts doubt. “There is no evidence that the scheme worked,” Ranlet says. “The infection on the blankets was apparently old, so no one could catch smallpox from the blankets. Besides, the Indians just had smallpox—the smallpox that reached Fort Pitt had come from Indians—and anyone susceptible to smallpox had already had it.”
The most important indication that the scheme was a bust, Ranlet says, “is that Trent would have bragged in his journal if the scheme had worked. He is silent as to what happened.”
Even if it didn’t work, British officers’ willingness to contemplate using smallpox against the Indians was a sign of their callousness. “Even for that time period, it violated civilized notions of war,” says Kelton, who notes that disease “kills indiscriminately—it would kill women and children, not just warriors.”
- To attempt infection of peoples whose land you robbed from them.
- To offer blue states accept bankruptcy versus getting a bailout like the "too big to fail businesses and banks."
- To refuse W.H.O testing that would help flatten the curve in an obtuse effort to win re-election.
- For 26 million people to file unemployment in the richest country in the world.
- For the richest country in the world to be so bereft in the face of a pandemic.
- For its executive to be such a braying buffoon at propaganda "press" briefings where nothing is learned or useful.
- To try gaslighting a pandemic and suggest humans essentially ingestLysol into their systems, guaranteeing this will kill them faster.
More particularly: we barely flinched when we snatched children from their parents; we barely blinked when we put those children in cages. We in Orwellian fashion wouldn't bring ourselves to call them what they really are: concentration camps, now a hot oven for the novel Coronavirus. It's better than Auschwitz or Dachau ovens and kind of "green." That too, is ghoulish.
Cannibalism is the act or practice of species eating the flesh or internal organs of their kind. In the story, scenes of ghouls eating ghouls and humans eating humans pass regularly as the narrative continues.[1][2]
Strictly speaking, one-eyed ghouls always have to cannibalize since they are forced to eat human or ghoul meat. In their case, however, only eating ghoul meat is typically treated as cannibalism.
Ghoul meat tastes disgusting to ghouls, but in contrast to other non-human nutrition, they are able to digest it. Continued cannibalization may trigger a mutation in Rc cells, resulting in turning them into kakujas.
Ultimately, the ghoul is like the pacman emoji in arcade video games: it gobbles until the energy balls are consumed. Ouruboros or cannibalistic ghoul, it consumes its own tail. The fictional monster then resorts to cannibalism - like polar bears impacted by climate change - when all resources and options are exhausted. Pacman and polar bear then wink out of existence.
Conservative columnist Max Boot famously coined the phrase "gang of Putin" in a Washington Post piece last year.
I prefer "ghoulish ossiferous party." You now know ghoul, and ossiferous relates to "sucking the flesh off bones." Both however, are apropos and fitting.
View of the Alpha Centauri system. The bright binary star Alpha Centauri AB lies at the upper left. The much fainter red dwarf star Proxima Centauri is barely discernible towards the lower right of the picture. Credit: Digitized Sky Survey 2; Acknowledgement: Davide De Martin and Mahdi Zamani
Topics: Astronomy, Astrophysics, Exoplanets, Space Exploration
Little is more enticing than the prospect of seeing alien worlds around other stars—and perhaps one day even closely studying their atmosphere and mapping their surface. Such observations are exceedingly difficult, of course. Although more than 4,000 exoplanets are now known, the vast majority of them are too distant and dim for our best telescopes to discern against the glare of their host star. Exoplanets near our solar system provide easier imaging opportunities, however. And no worlds are nearer to us than those thought to orbit the cool, faint red dwarf Proxima Centauri—the closest star to our sun at 4.2 light-years away.
In 2016 astronomers discovered the first known planet in this system: the roughly Earth-sized Proxima b. But because of its star-hugging 11-day orbit around Proxima Centauri, Proxima b is a poor candidate for imaging. Proxima c, by contrast, offers much better chances. Announced in 2019, based on somewhat circumstantial evidence, the planet remains unconfirmed. If real, it is estimated to be several times more massive than Earth—a so-called super Earth or mini Neptune—and to orbit Proxima Centauri at about 1.5 times the span between Earth and the sun. Its size and distance from its star make the world a tempting target for current and near-future exoplanet-imaging projects. Now, in a new preprint paper accepted for publication in the journal Astronomy & Astrophysics, some astronomers say they might—just might— have managed to see Proxima c for the first time.
“This planet is extremely interesting because Proxima is a star very close to the sun,” says Raffaele Gratton of the Astronomical Observatory of Padova in Italy, who is the study’s lead author. “The idea was that since this planet is [far] from the star, it is possible that it can be observed in direct imaging. We found a reasonable candidate that looks like we have really detected the planet.”
Today poignantly, is the 50th anniversary of Earth Day. Some of us celebrate in willing self-isolation; others wish a repeat of the 1918 Influenza Pandemic by callously campaigning for others to die for an economy so wrought with inequality it cannot handle it's centennial equivalent.
A disclaimer note: Though these are unique times to say the least, this is not a support for fully online STEM education, though there can be some. Science for the most part is done in-person. I hope this is a bridge until we get to that again. It's hard to Zoom a breadboard circuit design or a laboratory set up.
Worldwide demand is growing for effective STEM (science, technology, engineering, and mathematics) education that can produce workers with technical skills. Online classes—affordable, flexible, and accessible—can help meet that demand. Toward that goal, some countries have developed national online higher-education platforms, such as XuetangX in China and Swayam in India. In 2015 eight top Russian universities collaborated to create the National Platform of Open Education, or OpenEdu. Professors from highly ranked departments produced courses for the platform that could then be used, for a fee, by resource-constrained universities. The courses comply with national standards and enable universities to serve more students by reducing the cost per pupil.
A new study from Igor Chirikov at the University of California, Berkeley, and his collaborators at Stanford and Cornell Universities and the National Research University Higher School of Economics in Moscow investigates the effectiveness of the OpenEdu program. The researchers looked at two metrics—effectiveness of instruction and cost savings—and found that the platform was successful on both fronts.
So much for the Moore's law limit. Although under current circumstances, the progression might be stalled by our current viral situation: the cost of chips will go higher, and consumers are currently making choices on food, jobs and toilet paper, not gadgets.
Select foundries are beginning to ramp up their new 5nm processes with 3nm in R&D. The big question is what comes after that.
Work is well underway for the 2nm node and beyond, but there are numerous challenges as well as some uncertainty on the horizon. There already are signs that the foundries have pushed out their 3nm production schedules by a few months due to various technical issues and the unforeseen pandemic outbreak, according to analysts. COVID-19 has slowed the momentum and impacted the sales in the IC industry.
This, in turn, is likely to push back the roadmaps beyond 3nm. Nevertheless, the current climate hasn’t stopped the semiconductor industry. Today, foundries and memory makers are running at relatively high fab utilization rates.
Behind the scenes, meanwhile, foundries and their customers continue to develop their 3nm and 2nm technologies, which are now slated for roughly 2022 and 2024, respectively. Work is also underway for 1nm and beyond, but that’s still far away.
Starting at 3nm, the industry hopes to make the transition from today’s finFET transistors to gate-all-around FETs. At 2nm and perhaps beyond, the industry is looking at current and new versions of gate-all-around transistors.
At these nodes, chipmakers will likely require new equipment, such as the next version of extreme ultraviolet (EUV) lithography. New deposition, etch and inspection/metrology technologies are also in the works.
Needless to say, the design and manufacturing costs are astronomical here. The design cost for a 3nm chip is $650 million, compared to $436.3 million for a 5nm device, and $222.3 million for 7nm, according to IBS. Beyond those nodes, it’s too early to say how much a chip will cost.
Burbidge, pictured with her husband and research partner, Geoffrey, was appointed to numerous leadership positions previously held only by men. | W.W. Girdner/Caltech Archives
Topics: Astronomy, Astrophysics, Diversity, Diversity in Science, Women in Science
Margaret Burbidge, a past president of the American Association for the Advancement of Science who overcame gender discrimination on the way to becoming one of the most influential astrophysicists of her time, died on April 5 at her home in San Francisco. She was 100.
In 1957, Burbidge was the lead author of a study detailing the chemical processes by which elements heavier than lithium, including the carbon and oxygen that drive life on Earth, are created inside stars. The origins of such elements were previously unknown, and the research paper is the foundation of current understanding of what astronomers now call stellar nucleosynthesis.
Later in her career, Burbidge was appointed to numerous leadership positions previously held only by men and helped develop the Faint Object Spectrograph, one of the original scientific instruments aboard NASA’s Hubble Space Telescope. The FOS team provided the first strong, observational evidence for the existence of a supermassive black hole in the core of another galaxy.
Eleanor Margaret Peachey was born in Davenport, England, on August 12, 1919. Her father was a chemistry lecturer in nearby Manchester, and her mother had been one of his students.
When Peachey was two, the family moved to London, where cloudy skies often prevented starlight from reaching the city.
“The first time I consciously remember really noticing the stars was the summer that I was four, and we were going on a night crossing to France for summer vacation,” Burbidge said in a 1978 interview with the American Institute of Physics. “These twinkling lights became another fascination to me.”
Aware of her interest in the stars, Peachey’s grandfather gave her books by English astronomer James Jeans for her 12th and 13th birthdays. By the age of 19, she had graduated with honors from University College London, where she studied astronomy, physics and mathematics. In 1943, she earned her Ph.D. from UCL.
After receiving her doctorate in the midst of World War II, Peachey continued to use the telescope at the UCL Observatory, sometimes with bombs exploding in the city around her. Hoping to work with better equipment and clearer skies, she applied for a fellowship that would have placed her at the Mount Wilson Observatory outside of Los Angeles.
“The turn-down letter simply pointed out that Carnegie Fellowships were available only for men,” Burbidge wrote in a 1994 memoir. “A guiding operational principle in my life was activated: If frustrated in one’s endeavor by a stone wall or any kind of blockage, one must find a way around — another route towards one’s goal. This is advice I have given to many women facing similar situations.”
In 1948, Peachey married Geoffrey Burbidge, a UCL graduate student in physics who soon switched fields to collaborate with his wife on her astronomy research. When Geoff applied for the same Carnegie Fellowship, he was accepted, and Margaret took a position at the California Institute of Technology in Pasadena. When they needed to use the Mount Wilson telescope, the couple would arrive with Margaret posing as her husband’s assistant.
Will Smith as U.S. Army virologist Lt. Col. Robert Neville in the movie, "I Am Legend."
Topics: Civics, Civil Rights, COVID-19, Elections, Existentialism, Fascism, Human Rights
Plot: "In 2009, a genetically re-engineered measles virus, originally created as a cure for cancer, turns lethal. The virus kills 90% (5.4 billion out of 6 billion) of the world's population and turns 9.8% (588 million) into vampiric, cannibalistic mutants called Darkseekers, who are extremely vulnerable to sunlight. The remaining 0.2% (12 million) of the population are immune to the virus and are the prey of the mutant Darkseekers.
Three years after the outbreak, U.S. Army virologist Lt. Col. Robert Neville lives an isolated life in the deserted ruins of Manhattan, unsure if any other uninfected humans are left.
Neville's daily routine includes experimenting on infected rats to find a cure for the virus, searching for food and supplies, and waiting each day for any immune humans who might respond to his continuous recorded radio broadcasts, which instruct them to meet him at midday at the South Street Seaport.
Flashbacks reveal that his wife and daughter died in a helicopter accident during the chaotic evacuation of Manhattan, as the military enforced a quarantine of the island in 2009. Neville stayed behind on the island with other military personnel." (Wikipedia)
I worked in cleanrooms in the semiconductor industry, the most stringent being Class 1. The old criteria meant 0.5 microns of particles per cubic feet of air. (The newest guidelines were adopted in 2001, metric and still pretty stringent.) Each employee passed through air showers to push off any particulates from their clothing. Smokers are encouraged not to indulge, and cologne is prohibited - smoke and scent are particles. We then put our street garb in a locker, putting on green hosptial gowns and fab shoes that never left the site. Then we donned clean room gowns - "bunny suits" - before going into the alien, hepa-filtered environment, protecting it from any hair, skin, sweat or dirt we could shed that would inhibit the functionality of integrated circuits. I tried to drink as little water as possible before going on the floor. Going to the bathroom, or lunch was a pain.
I have developed a unique protocol for assaulting what used to be trivial things like: getting the mail, mowing the lawn - grass grows as rains falls during pandemics - or, going to the grocers for (what's left of) supplies.
1. I fashion a mask from my father's handkerchiefs and rubber bands per the CDC guidelines.
2. I use cloth/rubber work gloves for mowing as the rubber is tactile enough for me to operate equipment and pay for items at the grocery store.
3. After I enter the house, I immediately put all clothing - including my gloves - in the washer. I proceed to the shower.
I am approximately 45 minutes from the hospital that I was born in. I am in the city I earned an undergraduate in Engineering Physics and a Masters in Nanoengineering. I feel like each day outside my door, I enter an alien landscape. Shopping is now foraging for food at several department stores. The shelves are emptying as the undocumented workers that pick our food are also impacted by this virus. We're going to start seeing shortages. Perhaps I need to look at hunting. Thankfully, there are no Darkseekers.
Now, as many other STEM graduate researchers are doing, I'm continuing Ph.D. studies online. No one knows what this is supposed to look like, since before the entire planet became as hostile as Mars, it was done in-person for the most part.
Wisconsin showed the depth of depravity in the "gang of Putin" from the Supreme Courts at both federal and state levels and its extensively word-salad challenged faux mob head: they'd rather kill us than allow people to vote. It's almost a public admittance that they know they have no ideas to convince a majority of the electorate to vote for. They're reduced to deplorables, fascists, homophobes, racists, rubes, Sambos, sexists, tax cheaters, wife beaters and zombies. NO ONE with a sane grasp of reality - whether voting during a pandemic or by mail - would consciously vote for four more years of this shit. "Planet of the Apes" had intelligent, evolved primates. This is more like "Conquest of the Stupid People." We apparently didn't have to wait 500 years to get to "Idiocracy." Speaking of which, someone wants to open the economy prematurely to save his own ass, since he's supposedly a "stable genius" and wolf-of-Wall-Street business wizard after six bankruptcies. He just didn't tell you, the land he's wizard of is Oz.
He hits the nine signs of a sociopath lotto, and the only thing that lowers my systolic and diastolic blood pressure is avoiding those Joseph Goebbels' styled Ministry of Untruth press briefings. They're absolute useless, word-salad garbage.
He won Wisconsin in 2016. Their citizens showed the resolve we've GOT to have to repel Russian meddling and voter suppression: we've literally got to crawl over glass to save this republic, otherwise, I'm pretty sure we'll no longer have one. The inverse of federal republics is fascist dictatorships. That's only fun for fascists and death cult members.
Will Smith is an actor. "I Am Legend" is a movie, for which he likely received a fat 20 million dollar check. Just about that many people filed for unemployment. He's made a lot of movies since then, and barring we burrow underground, he'll probably make a few more before he retires to that big mansion in Calabasas, California.
The suddenly unemployed are still waiting for theirs.
Silicon sees the light: Elham Fadaly (left) and Alain Dijkstra in their Eindhoven lab. (Courtesy: Sicco van Grieken/SURF)
Topics: Optics, Electrical Engineering, Nanotechnology, Research, Solar Power, Spectroscopy
A light-emitting silicon-based material with a direct bandgap has been created in the lab, fifty years after its electronic properties were first predicted. This feat was achieved by an international team led by Erik Bakkers at Eindhoven University of Technology in the Netherlands. They describe the new nanowire material as the “Holy Grail” of microelectronics. With further work, light-emitting silicon-based devices could be used to create low-cost components for optical communications, computing, solar energy and spectroscopy.
Silicon is the wonder material of electronics. It is cheap and plentiful and can be fabricated into ever smaller transistors that can be packed onto chips at increasing densities. But silicon has a fatal flaw when it comes to being used as a light source or solar cell. The semiconductor has an “indirect” electronic bandgap, which means that electronic transitions between the material’s valence and conduction bands involve vibrations in the crystal lattice. As a result, it is very unlikely that an excited electron in the conduction band of silicon will decay to the valence band by emitting light. Conversely, the absorption of light by silicon does not tend to excite valence electrons into the conduction band – a requirement of a solar cell.
Topics: African Americans, Civil Rights, COVID-19, Human Rights, Medical Science
In recent weeks, my patients in an urgent care in central Brooklyn came in progressively sicker by the day. They were mostly Black and Brown. Many complained of fever, cough and worsening shortness of breath. I even sent a few of the sickest patients to the ER. COVID-19 had arrived in New York City in full-form, hitting its largely Black and Brown areas the hardest.
Only mere weeks into the COVID-19 pandemic, epidemiologists have not yet had the opportunity to disaggregate nationwide morbidity and mortality data by race, but Black Americans will undoubtedly be one of the most harshly affected demographic groups.
In recent weeks, my patients in an urgent care in central Brooklyn came in progressively sicker by the day. They were mostly Black and Brown. Many complained of fever, cough and worsening shortness of breath. I even sent a few of the sickest patients to the ER. COVID-19 had arrived in New York City in full-form, hitting its largely Black and Brown areas the hardest.
Only mere weeks into the COVID-19 pandemic, epidemiologists have not yet had the opportunity to disaggregate nationwide morbidity and mortality data by race, but Black Americans will undoubtedly be one of the most harshly affected demographic groups.
This pandemic will likely magnify and further reinforce racialized health inequities, which have been both persistent and profound over the last five decades, and Black Americans have experienced the worst health outcomes of any racial group.
To fling my arms wide In some place of the sun, To whirl and to dance Till the white day is done. Then rest at cool evening Beneath a tall tree While night comes on gently, Dark like me- That is my dream!
To fling my arms wide In the face of the sun, Dance! Whirl! Whirl! Till the quick day is done. Rest at pale evening... A tall, slim tree... Night coming tenderly Black like me.
It was hard to tell at the time — with the distraction of the Y2K bug, the explosion of reality television, and the popularity of post-grunge music — that the turn of the millennium was also the beginning of the end of easy computing improvements. A golden age of computing, which powered intensive data and computational science for decades, would soon be slowly drawing to a close. Even with novel ways of assembling computing systems, and new algorithms that take advantage of the architecture, the performance gains as predicted by Moore’s law were bound to come to an end — but in a way few people expected.
Moore’s law is the observation that the number of transistors in dense integrated circuits doubles roughly every two years. Before the turn of the millennium, all a computational scientist needed to do to have more than twice as fast a computer was to wait two years. Calculations that would have been impractical became accessible to desktop users. It was a time of plenty, and many problems could be solved by brute-force computing, from the quantum interactions of particles to the formation of galaxies. Giant lattices could be modeled, and enormous numbers of particles tracked. Improved computers enabled the analysis of genomic variations in entire communities and facilitated the advent of machine-learning techniques in AI.
Fundamental physics limits will ultimately put an end to transistor shrinkage in Moore’s law, and we are close to getting there. Today, chip production creates structures in silicon that are 14 nanometers wide and decreasing, and seven-nanometer elements are coming to market. At these sizes, thousands of these elements would fit in the width of a human hair. Feature sizes of less than five nanometers will probably be impossible because of quantum tunneling, in which electrons undesirably leak out of such narrow gaps.
A Reckoning for Moore’s Law Why upgrading your computer every two years no longer makes sense. Ian Fisk, Simon's Foundation
A cosmic homicide in action, with a wayward star being shredded by the intense gravitational pull of a black hole that contains tens of thousands of solar masses in an artist's impression obtained by Reuters April 2, 2020. NASA-ESA/D. Player/Handout via REUTERS.
Topics: Astrophysics, Black Holes, Cosmology, General Relativity, Hubble
Using data from the Hubble Space Telescope and two X-ray observatories, the researchers determined that this black hole is more than 50,000 times the mass of our sun and located 740 million light years from Earth in a dwarf galaxy, one containing far fewer stars than our Milky Way.
Black holes are extraordinarily dense objects possessing gravitational pulls so powerful that not even light can escape.
This is one of the few “intermediate-mass” black holes ever identified, being far smaller than the supermassive black holes that reside at the center of large galaxies but far larger than so-called stellar-mass black holes formed by the collapse of massive individual stars.
“We confirmed that an object that we discovered originally back in 2010 is indeed an intermediate-mass black hole that ripped apart and swallowed a passing star,” said University of Toulouse astrophysicist Natalie Webb, a co-author of the study published this week in Astrophysical Journal Letters.
