HEADLINES ARCHIVE
A Greener Method to Create Plastic by Capturing CO2 Developed
Energy Safety Research Institute (ESRI) at Swansea University researchers has developed a new way to convert waste carbon dioxide into a molecule that is the basic starting point of making plastic.
Rivers All Around the World Coursing with Pharma Waste
With significant implications for the environment, both over-the-counter and prescription drug waste is surging through rivers all over the world, according to recent research.
Major Breakthrough in Antihydrogen Opens a New Door for Antimatter Studies
Scientists have performed the most precise measurement of antimatter ever done.
A Clean Route to High-quality Graphene Production
A new method for graphene production uses 50 times less solvent than conventional methods.
Apple Facilities Around the World Now Powered Entirely by Renewable Energy
According to a recent report, Apple has achieved its objective to have all of its facilities powered by 100 percent clean energy.
New Wireless Sensors Could Gather Health Data of Bedridden Patients
Healthcare professionals may soon be able to better monitor patients that have been confined to their beds as the result of illness or injury thanks to small skin-like sensors that can be affixed to patients, collecting health data such as temperature and blood pressure.
Creating a Switchable 2D Platinum Ferromagnet
Researchers from the University of Groningen have induced ferromagnetism in a thin film of non-magnetic Schematic of platinum transistor with paramagnetic ionic liquid gate. Source: L. Liang, University of Groningenplatinum by use of a field effect generated by gating through a medium called ionic liquid.
Study Finds that Food Packaging May Impact Nutrient Absorption
Researchers from Binghamton University, State University of New York, have determined that food packaging may have a negative impact on the operation of the digestive tract according to a new study.
New Method for Biofuel Production Developed from Mushroom Farming
National University of Singapore (NUS) engineers have recently discovered that the bacteria TG57 can convert cellulose to biobutanol when isolated from the waste that is created when farmers gather mushrooms.
Drug-releasing Hydrogel Tames Arthritis Flares
The hydrogel can be loaded with arthritis drugs and injected locally into an inflamed joint.
Researchers Develop Transparent Patch to Detect Dangerous Food Threats
Imagine not having to play a guessing game with foods that are dangerously close to their expiration date, but that still look and smell just fine. That is the aim for McMaster researchers who have developed a method for determining whether or not meat and other foods are safe to eat.
Goodbye, Gas Pump? An App that Will Bring the Gas to You
Taking a cue from an underground service that delivers fuel to boats, a Miami-based company has developed an app that would deliver gas to cars.
Why Are Certain Metals Rare or Precious?
Rare earth elements and precious metals have desirable engineering properties or are useful alloying additives, but their availability impacts material cost and restricts usage. How did these elements come into existence? Why are some elements more abundant than others?
New Method For Producing Ammonia is Eco-friendly and Happens on the Small-scale
University of Notre Dame researchers are focusing on developing a new method that synthesizes ammonia using renewable energy.
Photocatalyst Supports Carbon Dioxide-to-Methanol Conversion at Atmospheric Pressure
A new photocatalyst was engineered for the hydrogenation of carbon dioxide to methanol with 50 percent selectivity under simulated solar irradiation.
Protective Coating Material for Metal is Self-Healing, Liquid-Like and Made of Aluminum Oxide
A solid oxide protective coating has been discovered for metals to protect against any gaps or cracks that pop up over time with regular wear and tear.
Study Shows that Urban Mining Is Less Expensive than Traditional Mining
In terms of sustainability, recyclers have long understood the value in collecting useable parts and metals from e-waste (discarded mobile phones, televisions and computers). Yet, whether such a scheme made sense in terms of financial impact has only been recently determined thanks to a new report in ACS' journal Environmental Science & Technology.
Average Person Ingests Over 100 Plastic Particles with Each Meal, According to Study
Plastic particles coming from synthetic fibers and soft furnishings in most households may be getting into our food, according to a study from Heriot-Watt University.
Watch: Timbercon Launches New Custom Glass Processing Solutions, Expands Fiber Optic Capabilities
Custom fiber lens products allow for controlled beam characterization.
Injectable Bandage Stops Bleeding and Speeds Healing
A gelling agent commonly used in preparing pastries was used to develop an injectable bandage to stop bleeding and promote wound healing.