by Lillian Pao (’18) Stone tools have been around for millions of years. It is a technology that has evolved with the hominin phenotype. About three million years ago, flake-making was mastered by the African hominins, followed by handaxes 1.75 million years ago, and custom complex stone reductions by 1.6 million years ago. Professor Mark W. Moore from the University of New England and a … Continue reading The Exploration of Stone Tools
by Julia Newman (’19) Oilseeds are incredibly valuable in our society because they are applicable to a wide array of industries. Currently, soybeans, sunflowers, and rapeseeds are the most commonly used plants for their oils due to their high nutritional value, ability to reduce the risk of cardiovascular disease, and large quantity of oil extracted per plant. However, it was recently discovered by Dr. Sorkheh … Continue reading The Many Advantages of Almonds
by Jenna Mallon (’18) Emulsions, mixtures containing two immiscible liquids, are used in a variety of industries including food, paint, pharmaceutical, cosmetic, and oil/gas. Emulsions play a large role in petroleum production since they exist at every stage of production, from crude oil to the refined petroleum. Issues arise when it comes to the transport of petroleum: the emulsions in the petroleum may contain solids … Continue reading Bio-Diesel Enhances the Flow of Emulsions in Pipelines
By Lee Ann Santore ’19 In this age of technology, email is employed as a fundamental form of communication capable of creating and strengthening both casual and professional relationships. Researchers from the USC Viterbi School of Engineering, having studied 16 billion emails sent by 2 million users, were able to identify several key patterns. The results revealed that most emails are responded to within an hour, … Continue reading Application of Psychology in Emails Could Lead to More Effective Communication
By Cerise Carey ’16 Scientists have created an algorithm that allows computers to recognize and draw simple visual concepts, such as handwritten characters. A research group under the guidance of Dr. Brenden Lake, a Moore-Sloan Data Science Fellow at New York University, devised an algorithm that serves to shorten the time it takes for computers to “learn” new concepts and replicate types of pattern recognition … Continue reading Computers Can Learn Like Humans
By Shannon Bohman ’19 An new innovative test may help determine whether a fingerprint comes from a man or a woman. Certain amino acids are twice as prevalent in women than in men, meaning that testing for amino acid concentration found in fingerprints can determine the gender of the person they belong to. For more than a century, fingerprints have been analyzed as if they … Continue reading Determining the Sex of a Fingerprint
By Meghan Bialt-DeCelie Image acquired from: https://en.wikipedia.org/wiki/Wind_power_in_New_Zealand Figure 3: Windmills need reliable large-scale flow batteries to effectively store energy for later use. The flow battery is a development in large-scale, renewable battery technology. It is often found attached to solar panels and windmills to collect the energy produced. However, it is unable to cost-effectively store large amounts of energy. Dr. Qing Wang, of the University … Continue reading Optimization of a Lithium Flow Battery to Increase Energy Storage
By Meghan Bialt-DeCelie Image acquired from: https://www.flickr.com/photos/creative_stock/5227842611 Figure 2: weak points like junctions and bends in circuits could use the self-healing, conductive gel to keep circuits from wearing. As technology advances, people in today’s society strive for slimmer, curved, and more flexible gadgets. Typical conductive materials for circuits are not exactly suitable for the latest tech to meet these futuristic features. To address this problem, … Continue reading Self-Healing Gel Makes the Future of Technology More Flexible
By Cerise Carey Is artificial intelligence as big of a threat to your job as it may seem? Researchers with the McKinsey Global Institute suggest not. Their research indicates that less than five percent of jobs and forty-five percent of general work activities could be automated. Jobs that could benefit from some activities becoming automated include physicians, financial managers, and senior executives. However, there are … Continue reading Your Robot Coworker Won’t Be Stealing Your Job After All
By Plinio Guzman Department of Mechanical Engineering State University of New York, Stony Brook Stony Brook, NY 11767 Email: plinio.guzman@stonybrook.ed By Wusi Chen Department of Mechanical Engineering State University of New York, Stony Brook Stony Brook, NY 11767 Email: wusi.chen@stonybrook.edu Ya Wang Department of Mechanical Engineering State University of New York, Stony Brook Stony Brook, NY 11767 Email: ya.s.wang@stonybrook.edu By Lei Zuo … Continue reading Design and Testing of Amplification Frame for Piezoelectric Energy Harvester
By Ashwin Kelkar The advent of the solar panel has allowed us to harness the energy of the sun, similar to plants. However, unlike plants, solar panels run into a predicament; though we can utilize some of the sun’s rays, most waves end up being reflected off the surface of solar panels. This massive amount of reflected sunlight demonstrates how inefficient solar panels are, even … Continue reading Researchers Create Antireflective Surface to Improve Solar Cells
By Ashwin Kelkar Have you ever wondered why your iPhone battery only lasts 3 hours instead of the projected 8? It can be frustrating to many people around the world, but it can be even worse when that battery is powering a pacemaker, a tool that allows people’s hearts to continue pumping blood. Imagine what would happen if a battery like this suddenly dies and … Continue reading Pioneering X-Ray Techniques Used to Design More Efficient Batteries
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