Performing a 51 qubit computation

Qubits, the quantum analog of a digital bit, are envisioned as the building blocks of the future of computation. The quantum bit is special because of its ability to be in simultaneous values of 0 and 1, while digital bits can only be a 0 or a 1, not both. The calculations of quantum problem become exponentially more difficult as larger qubit computations are required: … Continue reading Performing a 51 qubit computation

Expanding the genetic alphabet

Since the beginning of time, the genetic alphabet in all living things has consisted of 4 letters. Now, scientists have discovered a way to expand the genetic code to store and use orders of magnitude more information than ever before. Deoxyribonucleic acid (DNA) is the cellular instructions for proteins: little machines in your cells that perform important functions. DNA normally contains 4 nucleotides (A, T, … Continue reading Expanding the genetic alphabet

Particle Physics Revolutionizes Archaeology

How many mysteries are buried within Egypt’s Great Pyramid of Giza? Whatever the answer, we know of one more. Scientists recently discovered an unknown void in the heart of the pyramid. Over the past centuries, archaeologists have unveiled many features of the pyramid’s interior. If you get a tour today, you can venture along its Grand Gallery, into the king’s chamber, and touch the 4,500-year-old walls … Continue reading Particle Physics Revolutionizes Archaeology

Saying goodbye to our first interstellar visitor

No, I don’t mean Matthew McConaughey. A few weeks ago, our first interstellar visitor flew nearby Earth and now is on its way back out of our solar system. While these types of extra-solar system objects have long been expected to exist as a bi-product of planet formation in nearby solar systems, this is the first ever detected – an event scientists have been waiting decades for. Continue reading Saying goodbye to our first interstellar visitor

Human blood cells

Scientists Learn to 3D Print Cells One Drop at A Time

3D printing is poised to become a major technological advancement in treating injuries and illnesses that cause tissue damage. For scientists, creating artificial tissue with 3D printing has been a challenge. As the 3D printed structure grows in size, cells often move and compromise the tissue’s structural integrity. New work from Oxford University addresses this problem. By encasing cells in nanoliter sized droplets of fat molecules, researchers are able … Continue reading Scientists Learn to 3D Print Cells One Drop at A Time

How Artificial Intelligence Will Revolutionize the Energy Industry

by Franklin Wolfe figures by Franklin Wolfe and Kimia Mavon Earlier this year, Bill Gates, founder of Microsoft and the richest man on Earth, wrote an essay online at “The blog of Bill Gates,” to college students graduating worldwide in 2017. He stated, “If I were starting out today… I would consider three fields. One is artificial intelligence (AI). We have only begun to tap … Continue reading How Artificial Intelligence Will Revolutionize the Energy Industry

From Seed to Organ: Growing a Liver

Over 17,000 Americans are currently waiting for liver transplants, with millions more living with chronic liver disease. There simply aren’t enough healthy organs to go around. So why not engineer them? Growing a liver “from scratch” by using its constituent cells could replace the need for whole organ transplants. Researchers at the Massachusetts Institute of Technology generated hydrogels containing three different types of human cells, … Continue reading From Seed to Organ: Growing a Liver