A 76 million-year-old dinosaur skeleton will be auctioned in New York City
The fossilized skeleton of a T. rex relative that roamed the earth about 76 million years ago will be auctioned in New York this month, Sotheby’s announced Tuesday.
The Gorgosaurus skeleton will highlight Sotheby’s natural history auction on July 28, the auction house said.
The Gorgosaurus was an apex carnivore that lived in what is now the western United States and Canada during the late Cretaceous Period. It predated its relative the Tyrannosaurus rex by 10 million years.
The specimen being sold was discovered in 2018 in the Judith River Formation near Havre, Montana, Sotheby’s said. It measures nearly 10 feet (3 meters) tall and 22 (6.7 meters) feet long.
All of the other known Gorgosaurus skeletons are in museum collections, making this one the only specimen available for private ownership, the auction house said.
“In my career, I have had the privilege of handling and selling many exceptional and unique objects, but few have the capacity to inspire wonder and capture imaginations quite like this unbelievable Gorgosaurus skeleton,” Cassandra Hatton, Sotheby’s global head of science and popular culture, said.
Sotheby’s presale estimate for the fossil is $5 million to $8 million.
IOScholarships (IOS), the first of its kind scholarship and financial education platform for minority STEM students has been designed with a streamlined user-friendly interface that offers great functionality to help high school, undergraduate and graduate students find STEM scholarships and internship opportunities. IOScholarships proprietary matching algorithm can match students with life-changing scholarships where their diverse background is valued.
Statistically speaking, minorities tend to be underrepresented in STEM fields. That’s why corporations often create internship opportunities for minorities entering the industry.
“As the job market is becoming more competitive in addition to GPA and personal achievements, employers want to see applicants who have completed one or more internships,” said María Fernanda Trochimezuk, Founder of IOScholarships.
Below we’ve highlighted some of the many internships for minorities in STEM fields
Facebook Software Engineer Internship
The Software Engineer Internship is available to undergraduate and graduate students who are pursuing a degree in computer science or a related field. Interns will help build the next generation of systems behind Facebook’s products, create web applications that reach millions of people, build high volume servers, and be a part of a team that’s working to help people connect with each other around the globe.
Microsoft Internship Program
For Women and Minorities this program is specifically designed for undergraduate minority college freshmen and sophomores interested in a paid summer internship in software engineering. Students must major in Computer Science, Computer Engineering or related disciplines.
Minority Access Internship
The Minority Access Internship Program has internships on offered in the spring, summer and fall to college sophomores, juniors, seniors, graduates, and professionals. Interns receive pre-employment training and counseling on career choices as well as professional development, with the possibility of full-time employment after graduation.
Google offers rich learning experiences for college students that include pay. As a technical intern, you are excited about tackling the hard problems in technology. With internships across the globe, ranging from Software Engineering to User Experience, Google offers many opportunities to grow with them.
The majority of the scholarships and internships featured on the IOScholarships website come directly from corporations and organizations, rather than solely from competitive national pools – thereby maximizing the number of opportunities students have to earn funding for their education.
The platform also offers a Career Aptitude Quiz designed to help students identify the degrees and professions that best fit their skills.
For more information about IOScholarships visit www.ioscholarships.com.
Tendrils of galaxies up to hundreds of millions of light-years long may be the largest spinning objects in the universe, a new study finds. Celestial bodies often spin, from planets to stars to galaxies. However, giant clusters of galaxies often spin very slowly, if at all, and so many researchers thought that is where spinning might end on cosmic scales, study co-author Noam Libeskind, a cosmologist at the Leibniz Institute for Astrophysics Potsdam in Germany, told Space.com.
But in the new research, Libeskind and his colleagues found that cosmic filaments, or gigantic tubes made of galaxies, apparently spin. “There are structures so vast that entire galaxies are just specks of dust,” Libeskind said. “These huge filaments are much, much bigger than clusters.”
Previous research suggested that after the universe was born in the Big Bang about 13.8 billion years ago, much of the gas that makes up most of the known matter of the cosmos collapsed to form colossal sheets. These sheets then broke apart to form the filaments of a vast cosmic web.
Using data from the Sloan Digital Sky Survey, the scientists examined more than 17,000 filaments, analyzing the velocity at which the galaxies making up these giant tubes moved within each tendril. The researchers found that the way in which these galaxies moved suggested they were rotating around the central axis of each filament.
The fastest the researchers saw galaxies whirl around the hollow centers of these tendrils was about 223,700 mph (360,000 kph). The scientists noted they do not suggest that every single filament in the universe spins, but that spinning filaments do seem to exist.
The big question is, “Why do they spin?” Libeskind said. The Big Bang would not have endowed the universe with any primordial spin. As such, whatever caused these filaments to spin must have originated later in history as the structures formed, he said.
Click here to read the full article on Space.com.
By Ashley Strickland, CNN
When astronauts venture outside of the International Space Station to go on spacewalks, the most important thing they have to do is focus. This may sound simple, but imagine trying to focus on a memorized set of tasks while stepping out of an airlock and wearing a 300-pound spacesuit — with the glow of planet Earth and the sun and the dark void of the universe all around you. A tether connects you to the space station, and the absence of gravity keeps you from falling.
“There’s a lot of things that you really need to do, one of which is just keep your focus, even though it’s amazing out there,” said NASA astronaut Mike Fincke. “It’s really truly breathtaking. The only thing between you and the rest of the universe, seeing the whole cosmos of creation, is the glass faceplate of your visor on your helmet, and it’s just awe-inspiring.”
Astronaut Mike Fincke conducted a spacewalk on August 3, 2004, while wearing the Russian Orlan spacesuit. You can see Earth behind him.
Depending on the orientation of the space station, which completes 16 orbits of the Earth each day while moving at 17,500 miles per hour, our planet can appear above or below the astronauts.
Fincke is a veteran of spaceflight. He’s spent 382 days in space, and he’s gone on nine spacewalks in Russian and American spacesuits. Fincke is training in Texas for his fourth spaceflight and will launch to the space station later this year on the first crewed experimental test flight of Boeing’s Starliner.
More than 550 people have been to space and about half of them have been on a spacewalk, Fincke said. Spacewalks are often referred to as EVAs, or extravehicular activities.
The first spacewalk by an American astronaut was conducted by NASA astronaut Ed White on June 3, 1965. He left the Gemini 4 capsule at 3:45 p.m. ET and remained outside of it for 23 minutes. (Soviet cosmonaut Aleksei A. Leonov completed the world’s first spacewalk on March 18 of that year.)
Gemini 4 circled the Earth 66 times in four days. During the spacewalk, White began over the Pacific Ocean near Hawaii and went back inside the capsule as they flew over the Gulf of Mexico.
He exited the spacecraft using a hand-held oxygen-jet gun to push himself out, attached to a 25-foot safety tether. NASA astronaut James McDivitt, on the mission with White, took photos of White in space from inside the capsule.
White later said the spacewalk was the most comfortable part of the mission, and said the order to end it was the “saddest moment” of his life, according to NASA.
Click here to read the full article on CNN.
By Tshiamo Mobe, Global Citizen
Climate change is an issue that affects everyone on the planet but women and girls are the ones suffering its effects the most. Why? Because women and girls have less access to quality education and later, job opportunities. These structural disadvantages keep them in poverty. In fact, women make up 70% of the world’s poor. In a nutshell, climate change impacts the poor the most and the poor are mostly women.
Poverty driven by and made worse by climate change also makes girls more susceptible to child marriage, because it drives hunger and girls getting married often means one less mouth to feed for their parents. Climate change also leads to geopolitical instability which, in turn, results in greater instances of violence — which we know disproportionately impacts women and girls.
Ironically, saving the planet has been made to seem a “women’s job”. This phenomenon, dubbed the “eco gender gap”, sees the burden of climate responsibility placed squarely on women’s shoulders through “green” campaigns and products that are overwhelmingly marketed to women.
There are several hypotheses for why this is. Firstly, women are the more powerful consumers (they drive 70-80% of all purchasing decisions). Secondly, they are disproportionately responsible, still, for the domestic sphere. And finally, going green is seen as a women’s job because women’s personalities are supposedly more nurturing and socially responsible.
Women should be involved in fighting the climate crisis at every level — from the kitchen to the science lab to the boardroom. Ruth Bader Ginsburg explained it best when she said: “Women belong in all places where decisions are being made.” However, women are underrepresented in the science field (including climate science), with just 30% of research positions held by women and fewer still holding senior positions. The Reuters Hot List of 1,000 scientists features just 122 women.
Having more women climate scientists could allow for an increased emphasis on understanding and providing solutions for some of the most far-reaching implications of climate change. Diversity in background and experiences allows for different perspectives. More perspectives allow for different research questions to arise or even a different approach to the same question.
There are, however, women all over the world in the fields of science, technology, engineering, and mathematics (STEM) that have made some incredible strides in the fight against the climate crisis, from fire-resistant coating to protect places prone to wildfires, to a water-storing park for a region usually overwhelmed by floods. Here are just some of the world’s incredible women scientists leading the way on tackling the climate crisis.
Click here to read the full article on Global Citizen.
As 2023 has arrived, you may be looking to take the next big step in your STEM education journey. While specific needs will differ from person to person, knowing which schools are the best for a STEM education can be a great start.
Here are the top STEM schools of the last year:
Massachusetts Institute of Technology: The Massachusetts Institute of Technology, most popularly referred to as MIT, is a private land-grant research university. The school is best known for its key role in the development of modern technology and science.
- Location: Cambridge, Massachusetts
- Average Tuition: $74,500 without grants, $21,100 with grants
- Acceptance Rate: 7%
- Graduation Rate: 94%
- Notable Alumni: Apollo 11 Astronaut: Buzz Aldrin; Economics Nobel laureate: Esther Duflo; CEO of General Motors: Alfred P. Sloan
Georgia Institute of Technology: The Georgia Institute of Technology, commonly referred to as Georgia Tech, is a public research university and institute of technology. Their specialty is in science and technology, but they are additionally recognized as an elite institution for computer science, engineering and business.
- Location: Atlanta, Georgia
- Average Tuition: $30,600 without grants, $18,400 with grants
- Acceptance Rate: 21%
- Graduation Rate: 87%
- Notable Alumni: President Jimmy Carter; Nobel Prize in Chemistry Winner: Kary Mullis; CEO of Earthlink: Charles “Garry” Betty
California Institute of Technology: The California Institute of Technology, also known as Caltech, is a private research university known for its specialties in science and engineering. Caltech is ranked among the best academic institutions in the world and is among the most selective in the U.S.
- Location: Pasadena, California
- Average Tuition: $79,900 without grants, $28,100 with grants
- Acceptance Rate: 6%
- Graduation Rate: 92%
- Notable Alumni: Father of Silicon Valley: William Shockley; Co-founder of JPL: Qian Xuesen; Director of NSF: France A. Córdova
Harvey Mudd College: Harvey Mudd College is an American private college in Claremont, California focused on science and engineering. The school produces graduates who earn the highest mid-career salaries of any college or university in the country.
- Location: Claremont, California
- Average Tuition: $81,800 without grants, $39,300 with grants
- Acceptance Rate: 14%
- Graduation Rate: 92%
- Notable Alumni: Co-inventor of SQL: Donald D. Chamberlain; Former US Ambassador to Israel: Richard H. Jones; Esports commentator and game designer: Sean “Day9” Plott
Stanford University: Stanford University is a private research university and one of the top-ranking universities in the world. Though they have many specialties, they are known for their graduate programs in law, medicine, education and business.
- Location: Stanford, California
- Average Tuition: $80,400 without grants, $21,100 with grants
- Acceptance Rate: 4%
- Graduation Rate: 94%
- Notable Alumni: President John F. Kennedy; Astronaut Mae Jemison; Co-creator of the internet: Vint Cerf
University of California, Berkeley: A founding member of the Association of American Universities, UC Berkeley is a public land-grant research university. As one of the top universities in the country, Berkley hosts many leading research institutes dedicated to science, engineering and mathematics.
- Location: Berkeley, California
- Average Tuition: $42,700 without grants, $20,400 with grants
- Acceptance Rate: 16%
- Graduation Rate: 92%
- Notable Alumni: Co-founder of Apple Computer: Steve Wozniak; Astronaut Leroy Chiao; Nobel laureate in Physics and former Secretary of Energy: Steven Chu
University of California, San Diego: UC San Diego is a public land-grant research university specializing in medicine and oceanography. The school is home to the region’s only academic health system, UC San Diego Health.
- Location: La Jolla, California
- Average Tuition: $36,300 without grants, $16,100 with grants
- Acceptance Rate: 31%
- Graduation Rate: 86%
- Notable Alumni: Philanthropist and GoPro Founder: Nick Woodman; Nobel Prize Winner in Medicine: Susumu Tonegawa; Professor and Political Activist: Angela Davis
Texas A&M University-College Station: Texas A&M is a public land-grant research university and senior military college. They are home to one of the largest student bodies in the United States and hold simultaneous designations as a land, sea and space grant institution.
- Location: College Station, Texas
- Average Tuition: $32,300 without grants, $21,000 with grants
- Acceptance Rate: 58%
- Graduation Rate: 82%
- Notable Alumni: Former US Secretary of Energy: Ricky Perry; Mechanical engineer and first woman to be chief flight director at NASA: Holly Ridings; CEO of U.S. Wal-Mart Stores: Eduardo Castro-Wright
University of Illinois at Urbana-Champaign: The University of Illinois Urbana-Champaign, or UIUC for short, is a public land-grant research university. Besides producing several Nobel laureates and Pulitzer Prize winners, UIUC is home to the second-largest university library in the country and the fastest supercomputer on a university campus. They are also home to Research Park, an innovation center for some of the biggest start-ups and corporations in the country.
- Location: Champaign, Illinois
- Average Tuition: $32,000 without grants, $14,300 with grants
- Acceptance Rate: 59%
- Graduation Rate: 84%
- Notable Alumni: Double Nobel prize winner in Physics: John Bardeen; Paypal Creator: Max Levchin; YouTube Founders: Steve Chen and Jawed Karim
University of Michigan: The University of Michigan is a public research university consisting of nineteen colleges and degrees in 250 disciplines. They specialize in architecture and urban planning, business, medicine, law, public policy, pharmacy, social work, public health and dentistry. The school has produced over 250 high-level government officials such as senators, cabinet secretaries and governors.
- Location: Ann Arbor, Michigan
- Average Tuition: $32,000 without grants, $14,300 with grants
- Acceptance Rate: 23%
- Graduation Rate: 92%
- Notable Alumni: Former United States Secretary of Agriculture: Julius Sterling Morton; Boeing co-founder: Edgar Nathaniel Gott; Founder of the Swarm Corporation and “Father of Artificial Life”: Chris Langton
Sources: Money.com, College Avenue Student Loans, Wikipedia
By SCOTT NEUMAN, NPR
All evidence points to the fact that Mars once had flowing water, but numerous flybys, orbiters, landers and rovers have confirmed one undeniable fact — any liquid water that was once on its surface is now long gone.
A study out of Washington University in St. Louis might have found the reason: Mars, which is about half the size of Earth, and just over one-tenth the mass of our own watery world, might just be too small.
One idea, the Mars Ocean Hypothesis, suggests that Mars not only had some liquid water, but a lot of it. But the new study’s co-author Kun Wang says his team’s finding, which was published this week in the Proceedings of the National Academy of Sciences, pours cold water on that notion.
“Mars’ fate was decided from the beginning,” Wang, an assistant professor of Earth and planetary sciences, said in a statement. “There is likely a threshold on the size requirements of rocky planets to retain enough water to enable habitability and plate tectonics.”
That’s because the lower mass and gravity of Mars makes it easier for volatile elements and compounds such as water to escape from its surface into space.
Led by Zhen Tian, a graduate student in Wang’s laboratory, the researchers looked at 20 Martian meteorites ranging in age from about 200 million years old to 4 billion years, dating to a time when the solar system was still in the chaos of formation.
The researchers analyzed a somewhat volatile element — potassium — to help understand how water would have behaved on the surface of Mars.
Speaking to NPR, Wang said the team measured the ratio of two isotopes of potassium — potassium-39 and potassium-41 — in the meteorites. In lower gravity environments, such as Mars, the potassium-39 is more easily lost to space, leaving behind a higher ratio of the heavier isotope, potassium-41. Water behaves in much the same way, indicating that most of it would have been lost to space during the formation of Mars.
It’s something Wang and his colleagues saw even in the oldest meteorites, suggesting that this was an issue for Martian water right from the beginning.
The team also looked at samples from the moon and from an asteroid, both much smaller and drier than either Earth or Mars, to study the potassium isotopes in them. They found a direct correlation between mass and the volatiles — or lack thereof — in the samples.
The liquid water that did remain on the Martian surface carved out the now-desiccated canyons, riverbeds and other formations that we see there today, Wang says. But that water, too, would likely have disappeared had it not been trapped as ice at the Martian poles as the climate on the planet became colder, he notes.
Click here to read the full article on NPR.
By Katie Hunt, CNN
Defined by their disappearance dinosaurs might appear to be evolutionary failures. Not so.
Dinosaurs survived and thrived for 165 million years — far longer than the roughly 300,000 years modern humans have so far roamed the planet.
They lived on every continent, munched on plants, snapped their jaws at insects, itched from fleas, suffered from disease, got into fights, snoozed, performed elaborate courtship rituals and looked after their young. The creatures were much more diverse — and downright bizarre — than what we might recall from childhood books.
Were it not for an asteroid strike 66 million years ago, the ancient creatures still might have dominated our world. And they still are here, in the form of birds we see around us today.
Scientists have discovered more in the past two decades than they had in the prior 200 years about how dinosaurs behaved and evolved. Here’s what’s new and different about what is known of dinosaurs.
How many dinosaurs were there?
The short answer: Lots.
Take T. Rex, the predator with banana-sized teeth that is perhaps the best studied dinosaur. Scientists believe that each T. rex generation was 20,000 individuals, and this adds up to a total of 2.5 billion during the 2.4 million years they are thought to have lived.
While it’s only an estimate and relies on lots of assumptions, it’s a good reminder that the fossil record only captures a tiny fraction of ancient life. The same team of researchers purports that for every 80 million adult T. rexs, there is only one clearly identifiable specimen in a museum.
Scientists have definitively identified around 900 dinosaur species — although there are plenty more potential species for which paleontologists don’t quite have enough bones or the fossils aren’t well preserved enough to truly designate them as such. And there are about 50 new dinosaurs discovered each year, inspiring many scientists to think we’re experiencing a golden age of paleontology.
Many, many more species existed — one estimate suggests that there were between 50,000 and 500,000, but we might never find their fossil remains.
So many species could exist because they were highly specialized, meaning different types of dinosaurs had different sources of food and could live in the same habitats without competing. For example, with unusually large eyes and hair-trigger hearing, Shuuvia deserti, a tiny desert-dwelling dinosaur evolved to hunt at night, while Mononykus had perplexingly stunted forelimbs, each of which had only one functional finger and claw — perhaps to eat ants or termites.
It’s worth pointing out, of course, that many of the dinosaurs you might be familiar with did not live together as one community. Stegosaurus and T. rex never co-existed, separated by 80 million years of evolution. In fact, the time separating Stegosaurus and Tyrannosaurus is greater than the time separating T. rex and you.
What did they look like?
The first dinosaur discoveries, the earliest more than 150 years ago, focused on the sensational: The big bones and skulls we know from museum atriums.
But dinosaurs came in all shapes and sizes. In fact, some of the most exciting finds in recent years have been tiny. In 2016, a tail belonging to a sparrow-sized creature could have danced in the palm of your hand was found preserved in three dimensions in a chunk of amber.
Click here to read the full article on CNN.
Albert Einstein (1879-1955) is one of the most famous scientists of all time, and his name has become almost synonymous with the word “genius.”
While his reputation owes something to his eccentric appearance and occasional pronouncements on philosophy, world politics and other non-scientific topics, his real claim to fame comes from his contributions to modern physics, which have changed our entire perception of the universe and helped shape the world we live in today.
Here’s a look at some of the world-changing concepts we owe to Einstein.
One of Einstein’s earliest achievements, at the age of 26, was his theory of special relativity — so-called because it deals with relative motion in the special case where gravitational forces are neglected. This may sound innocuous, but it was one of the greatest scientific revolutions in history, completely changing the way physicists think about space and time. In effect, Einstein merged these into a single space-time continuum. One reason we think of space and time as being completely separate is because we measure them in different units, such as miles and seconds, respectively. But Einstein showed how they are actually interchangeable, linked to each other through the speed of light — approximately 186,000 miles per second (300,000 kilometers per second).
Perhaps the most famous consequence of special relativity is that nothing can travel faster than light. But it also means that things start to behave very oddly as the speed of light is approached. If you could see a spaceship that was traveling at 80% the speed of light, it would look 40% shorter than when it appeared at rest. And if you could see inside, everything would appear to move in slow motion, with a clock taking 100 seconds to tick through a minute, according to Georgia State University’s HyperPhysics website. This means the spaceship’s crew would actually age more slowly the faster they are traveling.
E = mc^2
An unexpected offshoot of special relativity was Einstein’s celebrated equation E = mc^2, which is likely the only mathematical formula to have reached the status of cultural icon. The equation expresses the equivalence of mass (m) and energy (E), two physical parameters previously believed to be completely separate. In traditional physics, mass measures the amount of matter contained in an object, whereas energy is a property the object has by virtue of its motion and the forces acting on it. Additionally, energy can exist in the complete absence of matter, for example in light or radio waves. However, Einstein’s equation says that mass and energy are essentially the same thing, as long as you multiply the mass by c^2 — the square of the speed of light, which is a very big number — to ensure it ends up in the same units as energy.
This means that an object gains mass as it moves faster, simply because it’s gaining energy. It also means that even an inert, stationary object has a huge amount of energy locked up inside it. Besides being a mind-blowing idea, the concept has practical applications in the world of high-energy particle physics. According to the European Council for Nuclear Research (CERN), if sufficiently energetic particles are smashed together, the energy of the collision can create new matter in the form of additional particles.
Lasers are an essential component of modern technology and are used in everything from barcode readers and laser pointers to holograms and fiber-optic communication. Although lasers are not commonly associated with Einstein, it was ultimately his work that made them possible. The word laser, coined in 1959, stands for “light amplification by stimulated emission of radiation” — and stimulated emission is a concept Einstein developed more than 40 years earlier, according to the American Physical Society. In 1917, Einstein wrote a paper on the quantum theory of radiation that described, among other things, how a photon of light passing through a substance could stimulate the emission of further photons.
Einstein realized that the new photons travel in the same direction, and with the same frequency and phase, as the original photon. This results in a cascade effect as more and more virtually identical photons are produced. As a theoretician, Einstein didn’t take the idea any further, while other scientists were slow to recognize the enormous practical potential of stimulated emission. But the world got there in the end, and people are still finding new applications for lasers today, from anti-drone weapons to super-fast computers.
Black holes and wormholes
Einstein’s theory of special relativity showed that space-time can do some pretty weird things even in the absence of gravitational fields. But that’s only the tip of the iceberg, as Einstein discovered when he finally succeeded in adding gravity into the mix, in his theory of general relativity. He found that massive objects like planets and stars actually distort the fabric of space-time, and it’s this distortion that produces the effects we perceive as gravity.
Einstein explained general relativity through a complex set of equations, which have an enormous range of applications. Perhaps the most famous solution to Einstein’s equations came from Karl Schwarzschild’s solution in 1916 — a black hole. Even weirder is a solution that Einstein himself developed in 1935 in collaboration with Nathan Rosen, describing the possibility of shortcuts from one point in space-time to another. Originally dubbed Einstein-Rosen bridges, these are now known to all fans of science fiction by the more familiar name of wormholes.
The expanding universe
One of the first things Einstein did with his equations of general relativity, back in 1915, was to apply them to the universe as a whole. But the answer that came out looked wrong to him. It implied that the fabric of space itself was in a state of continuous expansion, pulling galaxies along with it so the distances between them were constantly growing. Common sense told Einstein that this couldn’t be true, so he added something called the cosmological constant to his equations to produce a well-behaved, static universe.
But in 1929, Edwin Hubble’s observations of other galaxies showed that the universe really is expanding, apparently in just the way that Einstein’s original equations predicted. It looked like the end of the line for the cosmological constant, which Einstein later described as his biggest blunder. That wasn’t the end of the story, however. Based on more refined measurements of the expansion of the universe, we now know that it’s speeding up, rather than slowing down as it ought to in the absence of a cosmological constant. So it looks as though Einstein’s “blunder” wasn’t such an error after all.
Click here to read the full article on Live Science.
As 2022 comes to a close and the New Years’ resolutions start to flow, you may have “Pursue a New Career” as one of your 2023 goals.
The STEM field is growing now more than ever with jobs in every sector of science, technology, engineering, arts and design and mathematics. Here are the top jobs in the STEM field going into the new year:
Bioengineers and Biomedical Engineers
Bioengineers and biomedical engineers combine engineering principles with sciences to design and create equipment, devices, computer systems and software. They are usually responsible for designing and operating medical equipment and devices such as artificial organs, prosthetic limbs and diagnostic technology. The bioengineering field is one of the highest “in-demand” jobs currently. They are currently estimated to grow at about 10 percent, a much higher rate than average.
- Education: Bioengineers and biomedical engineers typically need a bachelor’s degree in bioengineering, biomedical engineering or a related engineering field. Some positions require a graduate degree.
- Top States of Employment: California, Illinois, Massachusetts, Minnesota and Texas
- Average Pay: $97,410 per year
Physicists study the interactions of matter and energy. Theoretical physicists and (including astronomers) may study the nature of time or the origin of the universe. They typically work on research teams to conduct research and experiments about the natural world, but they also work to design and create lasers, telescopes and other scientific equipment that will aid them in their research. Not only are jobs in this field in high demand, growing at about 8 percent, but are one of the highest paid jobs in the STEM field today.
- Education: Physicists and astronomers typically need a Ph.D. for jobs in research and academia. However, physicist jobs in the federal government typically require a bachelor’s degree in physics.
- Top States of Employment: California, Colorado, Maryland, New York and Virginia
- Average Pay: $147,450 per year
Computer and Research Information Scientists
Computer and information research scientists design innovative uses for new and existing technology. They study and solve complex problems in computing for business, science, medicine etc. and have a profound knowledge in programming, complex algorithms and robotics. Many of their day-to-day tasks consist of research, computer work, team collaboration and experimentation. Jobs are growing at a little over four times the normal rate compared to average, with a whopping 21 percent increase.
- Education: Computer and information research scientists typically need a master’s or higher degree in computer science or a related field, such as computer engineering. For federal government jobs, a bachelor’s degree may be sufficient for certain positions.
- Top States of Employment: California, Maryland, Texas, Virginia and Washington
- Average Pay: $131, 490 per year
Software developers create the computer applications that allow users to do specific tasks and the underlying systems that run the devices or control networks. They typically work with cliental to assess the company’s current programming and computer systems and work to create systems that are more efficient and helpful to their needs. They can also be responsible for the creation, development and functionality of computer programs and systems. Software development is a rapidly growing industry with a 25 percent outlook.
- Education: Software developers typically only need a bachelor’s degree to work in the field.
- Top States of Employment: California, New York, Texas, Virginia and Washington
- Average Pay: $109, 020 per year
Information Security Analysts
Information security analysts plan and carry out security measures to protect an organization’s computer networks and systems. They are heavily involved with creating their organization’s disaster recovery plan, maintaining software, monitoring networks and fixing potential and confirmed program threats. They must also keep up to date on the latest news and developments surrounding the tech field. IT Analysts are one of the fastest growing fields in the STEM field at 35 percent.
- Education: Information security analysts typically need a bachelor’s degree in a computer science field, along with related work experience. Employers may prefer to hire analysts who have professional certification.
- Top States of Employment: Florida, Maryland, New York, Texas and Virginia
- Average Pay: $102, 600 per year
Sources: Bureau of Labor Statistics, Oak Ridge Institute for Science and Education, NBC
By DAVID NIELD, Science Alert.
Our planet and everything that lives on it is buckling under the weight of all the plastic waste we’re producing. The volume of these non-biodegradable materials discarded after use is only increasing, so we need new ways to tackle them, and fast.
A new study demonstrates the proof-of-concept of an entirely new approach to plastic recycling, inspired by the way nature naturally ‘recycles’ the components of organic polymers present in our environment.
The approach takes guidance from the fact that proteins within organic polymers are constantly broken down into parts and reassembled into different proteins, without losing the quality of the building blocks. In essence, when it comes to recycling plastic – a synthetic polymer – without degrading it, we have to think smaller.
Proteins are one of the main organic compounds that act as building blocks for everything biological. They’re long chains of molecules (or monomers) known as amino acids, and researchers think that the way these molecules can be broken up and reconfigured suggests a potential strategy for recycling synthetic polymers.
“A protein is like a string of pearls, where each pearl is an amino acid,” says materials scientist Simone Giaveri, from the École polytechnique fédérale de Lausanne (EPFL) in Switzerland.
“Each pearl has a different color, and the color sequence determines the string structure and consequently its properties. In nature, protein chains break up into the constituent amino acids, and cells put such amino acids back together to form new proteins – that is, they create new strings of pearls with a different color sequence.”
The researchers have called their approach “nature-inspired circular-economy recycling”, or NaCRe for short.
In lab tests, the team was able to divide selected proteins into amino acids, then assemble them into new proteins with different structures and uses. In one case, they turned the proteins from silk into green fluorescent protein, which is a glowing tracer used in biomedical research. Despite this deconstruction and reconstruction, the quality of the proteins remains constant.
Click here to read the full article on Science Alert.