A Cheaper Method For Graphene Production
Researchers have found that spraying high energy plasma at cheap graphite can make the valuable material graphene. Continue reading A Cheaper Method For Graphene Production
Researchers have found that spraying high energy plasma at cheap graphite can make the valuable material graphene. Continue reading A Cheaper Method For Graphene Production
Manasvi Verma, 1st year PhD student in the Biological and Biomedical Sciences Program at Harvard Medical School. Jovana Andrejevic is a fifth-year Applied Physics Ph.D. student in the School of Engineering and Applied Sciences at Harvard University. cover Image by Vlad Vasnetsov from Pixabay. This biography is part of our “Picture a Scientist” initiative. To learn more about the amazing men and women who paved … Continue reading John Dabiri: The oceanic adventures of a bioengineer
Those of us privileged enough to frequent aquariums have probably experienced the physical inability to move past the illuminated jellyfish enclosures. Something about their mesmerizing movements holds us captive. Most of us, however, admire the jellyfish, murmur incoherently about how majestic they are, and move on. John Dabiri, fortunately, is not most of us. Born to Nigerian immigrant parents in 1980, Dabiri is an aeronautics … Continue reading John Dabiri: The oceanic adventures of a bioengineer
How do you introduce yourself, scientifically? My name is David Kolchmeyer and I am a theoretical physicist. I’m interested in quantum gravity, which is a theory of gravity that obeys the rules of quantum mechanics. Quantum mechanics is the fundamental framework upon which much of my field is built. I’m most interested in the properties of black holes, which are a good system for studying quantum gravity. … Continue reading What Does A Theoretical Physicist Do?
Koby Ljunggren is a first-year Ph.D. student in the Biophysics Program at Harvard University. Abby Knecht is a second year graduate student in the Molecules Cells and Organisms program at Harvard University where she is studying self versus non-self recognition in bacteria. Cover image by Image by stokpic from Pixabay. This biography is part of our “Picture a Scientist” initiative. To learn more about the amazing … Continue reading Herman Branson: a pivotal figure in protein biology
Using electrical inputs and CRISPR biology, researchers have programmed bacteria to encode binary data. Continue reading Scientists Store Data in DNA of Living Bacteria
Breakthrough research published in Nucleic Acids Research suggests SARS-CoV-2-related RNA may serve as potential drug targets for COVID-19. Continue reading Preliminary Studies Point toward New COVID-19 Drug Targets
by Xiaomeng Han In the spring of 1912, a baby girl was born to a family in China. It was the family’s tradition that all the boys in the generation have the character “Chien” in their first names, followed by characters from the phrase “Ying-Shiung-Hao-Jie”, which means “heroes”. The parents believed their daughter should be treated equally, so they named her “Chien-Shiung”. They were determined … Continue reading Chien-Shiung Wu — A Heroic Experimental Physicist
by Matthew Yeh Ever wondered how laser eye surgery can be so precise, or how scientists can study processes that unravel over a billionth of a billionth of a second? Donna Strickland has got you covered! While a PhD student at the University of Rochester, she developed the technique of chirped pulse amplification (CPA), thus enabling the creation of ultra-short, high-intensity laser pulses. Beyond LASIK, … Continue reading Donna Strickland: Life in the (ultra)fast lane
Jupiter’s moon Europa might not need the sun’s rays to glow. If so, its color will shed light on the chemistry of the ocean world. Continue reading Europa’s Glowing Ice Could Shine Light on the Moon’s Subterranean Secrets