Russia’s Neutrino Detector: A New Realm of High-Energy Particle Physics

Russia’s Neutrino Detector: A New Realm of High-Energy Particle Physics

Scientists in Russia recently launched a new telescope designed to detect heavy particles coming from all across the galaxy, moving us closer than ever to understanding extreme astrophysics.

Setup view of the Antares Neutrino Telescope, François Montanet Via Wikimedia Commons Some of the biggest mysteries in modern astronomy involve the emission of neutrinos, including high-energy astrophysical events like supernovae and black hole formation that also emit high-energy light in the form of gamma rays. These neutrinos are subatomic particles that interact very weakly with their surroundings, so they can only be observed using very sensitive telescopes, complicating the process to observe them. To further the studies of extreme phenomena like black holes, rapidly-rotating neutron stars called pulsars, and galaxy merger events, where two galaxies collide, scientists in Russia...
Crystal Synthesis: A Sneak Peak into the Norquist Lab

Crystal Synthesis: A Sneak Peak into the Norquist Lab

Asher Maitin ’21 explains the Oxide Project in the Norquist Lab, where students work to generate crystals using compounds that are largely neglected in published literature.

Simulated image of crystal structures. The work done in Alex Norquist’s Chemistry Lab at Haverford College involves both the synthesis of novel compounds with exciting properties as well as addressing inequalities in material chemistry datasets. For instance, some materials can be used for material synthesis but are not due to various human-driven biases and decisions. One example is the material availability bias, referring to the cost of a material, or how readily available the material is to locate and use.  The Norquist Lab at Haverford is divided into several different projects, all pertaining to material chemistry and machine-learning, which can...