TRAPPIST-1 comparison

TRAPPIST-1 and Earth’s distant cousins

The recent discovery of Earth-like planets in the TRAPPIST-1 system has been a major headline for the past few weeks. A team led by Michael Gillon found three planets in the TRAPPIST-1 system in 2016, and recently reported at least 4 more which may contain the appropriate elements for life. One of the strongest indicators that a planet could harbor life is if a planet’s … Continue reading TRAPPIST-1 and Earth’s distant cousins

WEB_Triangulene_cover1

Researchers at IBM create triangulene, a magnetized molecule with unknown potential

IBM scientists use microscopy methods to create an “impossible” carbon molecule, triangulene. Triangulene is made of 6 carbon rings with two unpaired electrons roaming about. While triangulene has not been fully characterized at this point, the unpaired electrons have aligned spin, making this molecule a prime candidate for applications in quantum computing and other fields. Continue reading Researchers at IBM create triangulene, a magnetized molecule with unknown potential

universe-1566161_1920

Scientists observe light from antimatter for the first time

Physicists at CERN have observed the light emitted from antimatter for the first time, bringing us one step closer to unraveling one of the longest-standing problems in physics today – why is it that regular matter is so much more abundant than antimatter in the Universe? Standard models suggest that for every particle of matter created in the Big Bang, an antiparticle was also created. … Continue reading Scientists observe light from antimatter for the first time

The AMS Experiment on the International Space Station

New Physics from the AMS Experiment – Particle Physics on the International Space Station

In 2011 the Alpha Magnetic Spectrometer, or AMS, was launched into space. AMS, housed by the International Space Station and led by a Nobel Prize winning principle investigator, is commonly referred to as the most sophisticated particle physics experiment in space. The experiment was designed to study cosmic rays, a variety of high energy particles produced in space. In five years of operation, AMS has collected … Continue reading New Physics from the AMS Experiment – Particle Physics on the International Space Station

161121 SITN.001

Charging your cell phone through your shirt

Modern society is built on portable electronics, and with these power-hungry pieces of technology comes the need for convenient charging. To mitigate the need to find power outlets, a team at the University of Central Florida, lead by Jayan Thomas, created a ribbon which both harvests solar energy and stores it within a single unit. Remarkably, the technology is able to be woven with other … Continue reading Charging your cell phone through your shirt

Power Graphs simple

Reconsidering the Risks of Nuclear Power

by Jordan Wilkerson figures by Shannon McArdel The United States emits an immense amount of carbon dioxide into the atmosphere. According to the Intergovernmental Panel on Climate Change, it is extremely likely that the rising global temperature trends since the mid-20th century is dominantly due to human activity. No scientific organization of national or international standing disputes this. Furthermore, the US Department of Defense has … Continue reading Reconsidering the Risks of Nuclear Power

479602main_eros_946-710

Precious metals in peril: Can asteroid mining save us?

by Andy Greenspon Have you ever wondered how much gold remains to be mined on Earth? How about the lesser-known element indium, essential to computer and smartphone displays? Known sources of some metals could be depleted in as little as 20 to 30 years, especially the rarest ones necessary to construct computers, smartphones, and other advanced technologies. While some elements can be substituted for others, … Continue reading Precious metals in peril: Can asteroid mining save us?