Tag Archives: nature

design employment • Re: Got laid off… want to relocate, but where to?

I escaped AZ. In terms of ID its a barren wasteland. It stems from the nature of the state where music and art are the first things cut for education budgets. It is after all #49 in education spending nationwide.

Have you seen the job at MTD in Tempe ? Do an Indeed search for ID in Tucson. You could always apply for one of the many Honeywell ID jobs they never fill. Boon on Tempe. Ping. You might find it to be more njoyable….

Unfortunately, ID is a young persons game and by young I mean under 40 years old.

PM if you want to know more.


Bug-eye design makes perovskite solar cells more durable

Packing tiny solar cells together like the micro-lenses in the compound eye of an insect could pave the way for perovskite solar panels.

For a new study, researchers used the insect-inspired design to protect the fragile photovoltaic material from deteriorating when exposed to heat, moisture, and mechanical stress.

“Perovskites are the most fragile materials ever tested in the history of our lab.”

“Perovskites are promising, low-cost materials that convert sunlight to electricity as efficiently as conventional solar cells made of silicon,” says Reinhold Dauskardt, a professor of materials science and engineering at Stanford University. “The problem is that perovskites are extremely unstable and mechanically fragile. They would barely survive the manufacturing process, let alone be durable long term in the environment.”

Most solar devices, like rooftop panels, use a flat, or planar, design. But that approach doesn’t work well with perovskite.

“Perovskites are the most fragile materials ever tested in the history of our lab,” says graduate student Nicholas Rolston, a co-lead author of the study that appears in Energy & Environmental Science. “This fragility is related to the brittle, salt-like crystal structure of perovskite, which has mechanical properties similar to table salt.”

To address the durability challenge, scientists turned to nature.

“We were inspired by the compound eye of the fly, which consists of hundreds of tiny segmented eyes,” Dauskardt says. “It has a beautiful honeycomb shape with built-in redundancy: If you lose one segment, hundreds of others will operate. Each segment is very fragile, but it’s shielded by a scaffold wall around it.”

Using the compound eye as a model, the researchers created a compound solar cell consisting of a vast honeycomb of perovskite microcells, each encapsulated in a hexagon-shaped scaffold just 0.02 inches (500 microns) wide.

“The scaffold is made of an inexpensive epoxy resin widely used in the microelectronics industry,” Rolston says “It’s resilient to mechanical stresses and thus far more resistant to fracture.”

Tests conducted during the study show that the scaffolding had little effect on how efficiently perovskite converted light into electricity.

“We got nearly the same power-conversion efficiencies out of each little perovskite cell that we would get from a planar solar cell,” Dauskardt says. “So we achieved a huge increase in fracture resistance with no penalty for efficiency.”

Perovskites with flipped crystals boost solar cells

But could the new device withstand the kind of heat and humidity that conventional rooftop solar panels endure?

To find out, researchers exposed encapsulated perovskite cells to temperatures of 185 F (85 C) and 85 percent relative humidity for six weeks. Despite these extreme conditions, the cells continued to generate electricity at relatively high rates of efficiency.

Can this hybrid material double solar cell efficiency?

Dauskardt and colleagues have filed a provisional patent for the new technology. To improve efficiency, they are studying new ways to scatter light from the scaffold into the perovskite core of each cell.

“We are very excited about these results,” he says. “It’s a new way of thinking about designing solar cells. These scaffold cells also look really cool, so there are some interesting aesthetic possibilities for real-world applications.”

Postdoctoral scholars Brian Watson and Adam Printz and also co-lead authors of the work. The National Science Foundation and a grant from the Stanford Precourt Institute for Energy provided funding.

Source: Stanford University

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The-Human-Aura-300x150

general design discussion • The Human Aura

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Since ancient times we have seen images and paintings of diverse spiritual leaders crossways various traditions however one thing that is common amongst all of them is the halo that environs their head which is recognized as the Aura- energy arena. It not only surrounds just the head however also extends all round your body. This aura signifies your physical, emotional mental, as well as divine energies.

The aura is frequently seen a mix of fine colored frequencies wherever each color defines its own distinct nature plus characteristics. The shaking of this aura is actually fine and delicate so we need very fine tools to detect it otherwise may be we can use our inborn instinctive mechanism plus our latent psychic perspective to train ourselves not merely to see the aura however also to interpret the diverse colours and forms in the aura which can disclose us a lot of unspoken information

What Is the Human Aura?

The human aura is an area of subtle, glowing radiation adjacent us and spreading outer from our physical form. Auras are connected to the electromagnetic area of the body plus serve as a visual amount of our mental, expressive, physical plus spiritual states.

Everything that we do otherwise think touches the aura so it is typically in a state of flux, always changing, founded on our mental meanderings plus physical health. The aura is moreover affected by the energies of the atmosphere, the force fields of the world and the radio frequencies that interpenetrate all methods of a matter. The aura is an electric signature of who we are.

The Color of the Human Aura

The colors of the aura might glow and discharge with joy and energy as we keep a state of holiness in God. Or the colors might become dull, constructed and stultified once we are gloomy, while we allow ourselves to be unhappy when we criticize or see life as less than lovely.

Appreciation strengthens the aura as the heart originates a pink plus golden sun-like happiness. And at other times while we put ourselves down otherwise enter into the criticism of others, the size and happiness of our auras lessen. Holding imageries and ideas of ourselves as well as others as less than entire also impinges on our aptitude to send out auric areas of light energy that bless plus uplift.

Thoughts, Feelings, Diet as well as the Human Aura

Diet has an influence on the aura. But more prominently, what we take in with our eyes and ears and whatever we think affects the power and pattern of the aura. While we put our courtesy upon God and all that this period represents for us, the rotating of our chakras quickens and a resonance with the potentials of God starts to cleanse the aura plus expand it.

The Human Aura as well as the Chakras

The chakras are similar generating stations inside us. Alike to the mitochondria, those organelle control houses which reside inside each human cell, these places of light can be an excessive self-regenerating emphasis.

We can imagine our chakras every day. And as we emphasis on a precise chakra, we see its petals rotating and then quickening in perfect balance and equilibrium. We see the entire radiance of these seven main generating stations increasing and blessing ourselves as well as all those who drive within our range of influence.

The excellence of our prayers is reliant on the excellence of our heart, our awareness…and, so, our aura. If we wish to be of superior service and efficacy, if we wish to perform alchemical feats for the good of manhood, we must first go inside, self-assess as well as get in balance. We must appear to our chakras and wash them every day in the light of God. In order, their acceleration will make a rise and expansion in an awareness that is transformational.

The entirety of who we are is transmission to the world over the aura that discharges out from us, even though maximum persons do not see this aurora borealis-similar light show around themselves and others. And if we wish to upsurge the beauty, intensity as well as a size of our aura, it will definitely occur as we emphasize more and more on all that is optimistic, kind, considerate, forgiving, and just as well as loving.
spirit Secret


We have 27 kinds of emotion, not just 6

A new study has pinpointed 27 separate categories of human emotions, challenging an old assumption in psychology that most emotions can be categorized as happiness, sadness, anger, surprise, fear, or disgust.

Using novel statistical models to analyze the responses of more than 800 men and women to over 2,000 emotionally evocative video clips, researchers identified the 27 distinct categories of emotion and created a multidimensional, interactive map to show how they’re connected.

“Emotional experiences are so much richer and more nuanced than previously thought.”

“We found that 27 distinct dimensions, not six, were necessary to account for the way hundreds of people reliably reported feeling in response to each video,” says study senior author Dacher Keltner, a psychology professor at the University of California, Berkeley.

Moreover, in contrast to the notion that each emotional state is an island, the study found that “there are smooth gradients of emotion between, say, awe and peacefulness, horror and sadness, and amusement and adoration,” Keltner says.

“We don’t get finite clusters of emotions in the map because everything is interconnected,” says study lead author Alan Cowen, a doctoral student in neuroscience at the university. “Emotional experiences are so much richer and more nuanced than previously thought.”

“Our hope is that our findings will help other scientists and engineers more precisely capture the emotional states that underlie moods, brain activity, and expressive signals, leading to improved psychiatric treatments, an understanding of the brain basis of emotion and technology responsive to our emotional needs,” he adds.

Check out the interactive emotion map. (Warning: Some of the map’s video clips may be inappropriate or upsetting)

For the study, a demographically diverse group of 853 men and women went online to view a random sampling of silent 5- to-10-second videos intended to evoke a broad range of emotions.

Themes from the 2,185 video clips—collected from various online sources for the study—included births and babies, weddings and proposals, death and suffering, spiders and snakes, physical pratfalls and risky stunts, sexual acts, natural disasters, wondrous nature, and awkward handshakes.

Three separate groups of study participants watched sequences of videos, and, after viewing each clip, completed a reporting task. The first group freely reported their emotional responses to each of 30 video clips.

“Their responses reflected a rich and nuanced array of emotional states, ranging from nostalgia to feeling ‘grossed out,’” Cowen says.

Should kids learn emotions alongside ABC?

The second group ranked each video according to how strongly it made them feel admiration, adoration, aesthetic appreciation, amusement, anger, anxiety, awe, awkwardness, boredom, calmness, confusion, contempt, craving, disappointment, disgust, empathic pain, entrancement, envy, excitement, fear, guilt, horror, interest, joy, nostalgia, pride, relief, romance, sadness, satisfaction, sexual desire, surprise, sympathy, and triumph.

“We sought to shed light on the full palette of emotions that color our inner world.”

Here, the experimenters found that participants converged on similar responses, with more than half of the viewers reporting the same category of emotion for each video.

The final cohort rated their emotional responses on a scale of 1 to 9 to each of a dozen videos based on such dichotomies as positive versus negative, excitement versus calmness, and dominance versus submissiveness. Researchers were able to predict how participants would score the videos based on how previous participants had assessed the emotions the videos elicited.

Overall, the results showed that study participants generally shared the same or similar emotional responses to each of the videos, providing a wealth of data that allowed researchers to identify 27 distinct categories of emotion.

Through statistical modeling and visualization techniques, the researchers organized the emotional responses to each video into a semantic atlas of human emotions. On the map, each of the 27 distinct categories of emotion corresponds to a particular color.

Fighting negative emotions can make you feel worse

“We sought to shed light on the full palette of emotions that color our inner world,” Cowen says.

Their findings appear in the Proceedings of the National Academy of Sciences.

Source: UC Berkeley

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Thinking you’re not fit enough might cut lifespan

New research finds that people who think they are less active than others in a similar age bracket die younger than those who believe they are more active—even if their actual activity levels are similar.

“Our findings fall in line with a growing body of research suggesting that our mindsets—in this case, beliefs about how much exercise we are getting relative to others—can play a crucial role in our health,” says Alia Crum, assistant professor of psychology at Stanford University.

For the study in Health Psychology, researchers analyzed surveys from more than 60,000 US adults from three national data sets. The surveys documented participants’ levels of physical activity, health, and personal background, among other measures. In one of the samples, participants wore an accelerometer to measure their activity over a week.

The researchers were interested in one question in particular: “Would you say that you are physically more active, less active, or about as active as other persons your age?”

The researchers then viewed death records from 2011, which was 21 years after the first survey was conducted. Controlling for physical activity and using statistical models that accounted for age, body mass index, chronic illnesses, and other factors, they found that individuals who believed that they were less active than others were up to 71 percent more likely to die in the follow-up period than individuals who believed that they were more active than their peers.

Stay aware of your movement

In an earlier study, Crum made a group of hotel room attendants aware that the activity they got at work met recommended levels of physical activity. Through this shift in mindsets, the workers, many of whom had previously perceived themselves as inactive, experienced reductions in weight, body fat, and blood pressure, among other positive outcomes.

Those who deem themselves unfit are more likely to remain inactive.

Mindset and perception may have a powerful effect on health because perception can affect motivation, both positively and negatively. People who are made aware of their healthy activity levels—like the hotel room attendants—can build on them and exercise more. Those who deem themselves unfit are more likely to remain inactive, fueling feelings of fear, stress, or depression that negatively affect their health.

The established influence of placebo effects—where patients who think they are getting a treatment experience physiological changes without receiving actual treatment—can also come into play.

In the same way, people who believe they are getting good exercise may experience more physiological benefits from their exercise than those who believe they aren’t getting enough exercise.

“Placebo effects are very robust in medicine. It is only logical to expect that they would play a role in shaping the benefits of behavioral health as well,” Crum says.

Adjust your mindset

The study is correlational in nature so doesn’t prove that perceptions of inactivity cause earlier death. However, other experimental research does suggest a causal nature to the link between perceived amounts of exercise and health outcomes.

You’ll avoid exercise if it feels like a chore

“…it is important to adopt not only healthy behaviors, but also healthy thoughts.”

“So much effort, notably in public health campaigns, is geared toward motivating people to change their behavior: eat healthier, exercise more, and stress less,” Crum says. “But an important variable is being left out of the equation: people’s mindsets about those healthy behaviors.”

In fact, a growing volume of research shows that perceptions and mindsets predict health and longevity, for example, in the domains of stress, diet, and obesity.

That our mindsets could have such potent effects on our physiology may seem provocative and unlikely at first glance, but we shouldn’t be surprised by these results considering the “everyday experiences where our beliefs or a simple thought have very palpable and physiological effects,” Crum says.

“In the case of stress, a thought about something going wrong can make us sweat or [become] shaky or increase our heart rate. With sexual arousal, a simple thought or idea can have immediate physical effects. We experience these things regularly, and yet we’re not cataloguing them as something that matters. For whatever reason—dualism or a prioritization of the material—we tend to ignore the fact that our thoughts, mindsets, and expectations are shaping our everyday physiology.”

30 genes out of 40,000 extend lifespan

Many Americans think that vigorous exercise in a gym is the only way to attain a proper activity level. But being mindful of and feeling good about activities you do every day—like taking the stairs, walking or biking to work, or cleaning the house—could be an easy first step for everyone to benefit their health.

“It’s time that we start taking the role of mindsets in health more seriously,” Crum says. “In the pursuit of health and longevity, it is important to adopt not only healthy behaviors, but also healthy thoughts.”

Source: Stanford University

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Earthquakes we cause are just as strong as nature’s

New research suggests naturally occurring earthquakes and those caused by unconventional oil and gas recovery in the central US share the same shaking potential and can thus cause similar damage.

“People have been debating the strength of induced earthquakes for decades—our study resolves this question…”

The finding contradicts previous observations suggesting that induced earthquakes exhibit weaker shaking than natural ones. The work could help scientists make predictions about future earthquakes and mitigate their potential damage.

“People have been debating the strength of induced earthquakes for decades—our study resolves this question,” says coauthor William Ellsworth, a professor in the geophysics department at Stanford University’s School of Earth, Energy & Environmental Sciences and co-director of the Stanford Center for Induced and Triggered Seismicity (SCITS).

“Now we can begin to reduce our uncertainty about how hard induced earthquakes shake the ground, and that should lead to more accurate estimates of the risks these earthquakes pose to society going forward,” Ellsworth says.

Induced quakes

Earthquakes in the central United States have increased over the past 10 years due to the expansion of unconventional oil and gas operations that discard wastewater by injecting it into the ground. About 3 million people in Oklahoma and southern Kansas live with an increased risk of experiencing induced earthquakes.

“The stress that is released by the earthquakes is there already – by injecting water, you’re just speeding up the process,” says coauthor Gregory Beroza, a professor of geophysics and codirector of SCITS.

“This research sort of simplifies things, and shows that we can use our understanding of all earthquakes for more effective mitigation,” he says.

Oklahoma experienced its largest seismic event in 2016 when three large earthquakes measuring greater than magnitude 5.0 caused significant damage to the area. Since the beginning of 2017, the number of earthquakes magnitude 3.0 and greater has fallen, according to the Oklahoma Geological Survey. That drop is partly due to new regulations to limit wastewater injection that came out of research into induced earthquakes.

Stress drop

To test the destructive power of an earthquake, researchers measured the force driving tectonic plates to slip, known as stress drop—measured by the difference between a fault’s stress before and after an earthquake. The team analyzed seismic data from 39 manmade and natural earthquakes ranging from magnitude 3.3 to 5.8 in the central US and eastern North America.

After accounting for factors such as the type of fault slip and earthquake depth, results show the stress drops of induced and natural earthquakes in the central US share the same characteristics.

A second finding of the research shows that most earthquakes in the eastern US and Canada exhibit stronger shaking potential because they occur on what’s known as reverse faults.

These types of earthquakes are typically associated with mountain building and tend to exhibit more shaking than those that occur in the central US and California. Although the risk for naturally occurring earthquakes is low, the large populations and fragile infrastructure in this region make it vulnerable when earthquakes do occur.

Earthquakes can cause distant undersea landslides months later

The team also analyzed how deep the earthquakes occur underground and concluded that as quakes occur deeper, the rocks become stronger and the stress drop, or force behind the earthquakes, becomes more powerful.

“Both of these conclusions give us new predictive tools to be able to forecast what the ground motions might be in future earthquakes,” Ellsworth says.

“The depth of the quake is also going to be important, and that needs to be considered as people begin to revise these ground-motion models that describe how strong the shaking will be,” he says.

The scientists say that the types of rocks being exploited by unconventional oil and gas recovery in the United States and Canada can be found all over the world, making the results of this study widely applicable.

“As we can learn better practices, we can help ensure that the hazards induced earthquakes pose can be reduced in other parts of the world as well,” Ellsworth says.

Stock index can also detect small earthquakes

The study appears in Science Advances. The study was supported by the Stanford Center for Induced and Triggered Seismicity.

Source: Stanford University

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Clear evidence points to Majorana fermions

After an 80-year quest, researchers have discovered evidence of particles that are their own antiparticles. These “Majorana fermions” could one day help make quantum computers more robust.

In 1928, physicist Paul Dirac made the stunning prediction that every fundamental particle in the universe has an antiparticle—its identical twin but with opposite charge. When particle and antiparticle met they would be annihilated, releasing a poof of energy. Sure enough, a few years later the first antimatter particle—the electron’s opposite, the positron—was discovered, and antimatter quickly became part of popular culture.

But in 1937, another brilliant physicist, Ettore Majorana, introduced a new twist: He predicted that in the class of particles known as fermions, which includes the proton, neutron, electron, neutrino, and quark, there should be particles that are their own antiparticles.

“This research culminates a chase for many years to find chiral Majorana fermions.”

Now a team says it has found the first firm evidence of such a Majorana fermion. It was discovered in a series of lab experiments on exotic materials at the University of California in collaboration with Stanford University. UC Irvine associate professor Jing Xia and UCLA Professor Kang Wang led the work, and followed a plan proposed by Shoucheng Zhang, professor of physics at Stanford, and colleagues. The team reports the results in Science.

“Our team predicted exactly where to find the Majorana fermion and what to look for as its ‘smoking gun’ experimental signature,” says Zhang, a theoretical physicist and one of the senior authors of the research paper. “This discovery concludes one of the most intensive searches in fundamental physics, which spanned exactly 80 years.”

Although the search for the famous fermion seems more intellectual than practical, he adds, it could have real-life implications for building robust quantum computers, although this is admittedly far in the future.

The particular type of Majorana fermion the research team observed is known as a “chiral” fermion because it moves along a one-dimensional path in just one direction. While the experiments that produced it were extremely difficult to conceive, set up and carry out, the signal they produced was clear and unambiguous, the researchers say.

“This research culminates a chase for many years to find chiral Majorana fermions. It will be a landmark in the field,” says Tom Devereaux, director of the Stanford Institute for Materials and Energy Sciences (SIMES) at SLAC National Accelerator Laboratory, where Zhang is a principal investigator.

“It does seem to be a really clean observation of something new,” says Frank Wilczek, a theoretical physicist and Nobel laureate at the Massachusetts Institute of Technology who was not involved in the study.

“It’s not fundamentally surprising, because physicists have thought for a long time that Majorana fermions could arise out of the types of materials used in this experiment. But they put together several elements that had never been put together before, and engineering things so this new kind of quantum particle can be observed in a clean, robust way is a real milestone.”

Looking for ‘quasiparticles’

Majorana’s prediction applied only to fermions that have no charge, like the neutron and neutrino. Scientists have since found an antiparticle for the neutron, but they have good reasons to believe that the neutrino could be its own antiparticle, and there are four experiments underway to find out—including EXO-200, the latest incarnation of the Enriched Xenon Observatory, in New Mexico. But these experiments are extraordinarily difficult and are not expected to produce an answer for about a decade.

About 10 years ago, scientists realized that Majorana fermions might also be created in experiments that explore the physics of materials—and the race was on to make that happen.

What they’ve been looking for are “quasiparticles”—particle-like excitations that arise out of the collective behavior of electrons in superconducting materials, which conduct electricity with 100 percent efficiency. The process that gives rise to these quasiparticles is akin to the way energy turns into short-lived “virtual” particles and back into energy again in the vacuum of space, according to Einstein’s famous equation E = mc2. While quasiparticles are not like the particles found in nature, they would nonetheless be considered real Majorana fermions.

Over the past five years, scientists have had some success with this approach, reporting that they had seen promising Majorana fermion signatures in experiments involving superconducting nanowires.

Images capture half-light, half-matter quasiparticles

But in those cases the quasiparticles were “bound”—pinned to one particular place, rather than propagating in space and time—and it was hard to tell if other effects were contributing to the signals researchers saw, Zhang says.

How they did it

In the latest experiments at UCLA, UC Davis, and UC Irvine, the team stacked thin films of two quantum materials—a superconductor and a magnetic topological insulator—and sent an electrical current through them, all inside a chilled vacuum chamber.

“It’s very unlikely that they occur out in the universe, although who are we to say?”

The top film was a superconductor. The bottom one was a topological insulator, which conducts current only along its surface or edges but not through its middle. Putting them together created a superconducting topological insulator, where electrons zip along two edges of the material’s surface without resistance, like cars on a superhighway.

It was Zhang’s idea to tweak the topological insulator by adding a small amount of magnetic material to it. This made the electrons flow one way along one edge of the surface and the opposite way along the opposite edge.

Then the researchers swept a magnet over the stack. This made the flow of electrons slow, stop and switch direction. These changes were not smooth, but took place in abrupt steps, like identical stairs in a staircase.

At certain points in this cycle, Majorana quasiparticles emerged, arising in pairs out of the superconducting layer and traveling along the edges of the topological insulator just as the electrons did. One member of each pair was deflected out of the path, allowing the researchers to easily measure the flow of the individual quasiparticles that kept forging ahead. Like the electrons, they slowed, stopped and changed direction—but in steps exactly half as high as the ones the electrons took.

These half-steps were the smoking gun evidence the researchers had been looking for.

The results of these experiments are not likely to have any effect on efforts to determine if the neutrino is its own antiparticle, says Stanford physics professor Giorgio Gratta, who played a major role in designing and planning EXO-200.

“The quasiparticles they observed are essentially excitations in a material that behave like Majorana particles,” Gratta says. “But they are not elementary particles and they are made in a very artificial way in a very specially prepared material. It’s very unlikely that they occur out in the universe, although who are we to say?

“On the other hand, neutrinos are everywhere, and if they are found to be Majorana particles we would show that nature not only has made this kind of particles possible but, in fact, has literally filled the universe with them.”

‘Ice fishing’ for neutrinos yields new measurements

He adds, “Where it gets more interesting is that analogies in physics have proved very powerful. And even if they are very different beasts, different processes, maybe we can use one to understand the other. Maybe we will discover something that is interesting for us, too.”

‘Angel’ particles

Far in the future, Zhang says, Majorana fermions could be used to construct robust quantum computers that aren’t thrown off by environmental noise, which has been a big obstacle to their development. Since each Majorana is essentially half a subatomic particle, a single qubit of information could be stored in two widely separated Majorana fermions, decreasing the chance that something could perturb them both at once and make them lose the information they carry.

For now, he suggests a name for the chiral Majorana fermion his team discovered: the “angel particle,” in reference to the best-selling 2000 thriller Angels and Demons in which a secret brotherhood plots to blow up the Vatican with a time bomb whose explosive power comes from matter-antimatter annihilation. Unlike in the book, he noted, in the quantum world of the Majorana fermion there are only angels—no demons.

Scientists from the KACST Center for Excellence in Green Nanotechnology in Saudia Arabia, UC-Davis, Florida State University, Fudan University in Shanghai, and Shanghai Tech University also contributed to the experiment. Major funding came from the SHINES Center, an Energy Frontier Research Center at UC Riverside funded by the US Department of Energy Office of Science. Zhang’s work received funding from the DOE Office of Science through SIMES.

Source: Stanford University

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Spider silk bridges the gap between busted nerves

Tanzania's golden orb-weaver spider, whose silk is so strong that fishermen use it as fishing line

So far as nature’s wonder materials go, spider silk is right up there. Its tremendous strength and elasticity has seen it put to use as violin strings, car seats and possibly further down the track, electronics and gene therapy. Now scientists have uncovered another exciting application for it, using it to bridge the gap between served nerves that would otherwise struggle to be repaired.

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Category: Medical

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Flexible micro-dwelling envisioned as shelter, vacation home and more

The project is named Living Unit on Ljubljana Castle

This unusual-looking little project by Slovenia’s OFIS Architects looks like it could appeal to those looking for a flexible, non-towable tiny house/micro-dwelling. Currently installed in the grounds of Ljubljana Castle, the firm envisions it serving as a shelter, vacation home, housing for researchers, and more.

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Category: Tiny Houses

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