Uncategorized
-
Health & MedicineIsaac Kinde: Finding cancer via altered genes
Isaac Kinde helped create a technology that can spot cancers early to give patients a better chance at survival.
-
NeurosciencePriya Rajasethupathy: Memories mark DNA
Neuroscientist Priya Rajasethupathy has discovered a tiny molecule that may turn off part of the genome to help the brain store long-term memories.
By Erin Wayman -
NeuroscienceSteve Ramirez: Erasing fear memories
Neuroscientist Steve Ramirez is manipulating memories in mice to one day erase fearful memories of PTSD.
-
ChemistrySarah Reisman: Better synthesis of natural compounds
Chemist Sarah Reisman is trying to find new ways to build complicated chemical compounds found in nature.
-
NeuroscienceYasser Roudi: Creating maps in the brain
Physicist Yasser Roudi does the math on how the brain and other complex systems process information.
By Susan Gaidos -
Quantum PhysicsShinsei Ryu: Error-free quantum calculations
Physicist Shinsei Ryu navigates the confusing border between the quantum and everyday realms.
-
LifeGia Voeltz: Redrawing the cell’s floor plan
Cell biologist Gia Voeltz has changed our view of the endoplasmic reticulum.
By Meghan Rosen -
GeneticsFeng Zhang: Editing DNA
Scientist Feng Zhang has developed a system to easily and precisely edit genomes.
By Susan Gaidos -
Particle PhysicsMap captures Earth’s antineutrino glow
Tiny subatomic particles called antineutrinos stream away from Earth at different concentrations across the globe, a new map illustrates.
By Meghan Rosen -
ClimateHurricane reports ignore indirect deaths
Nearly half of all hurricane and tropical storm fatalities are indirect, yet they typically aren’t included in official storm reports.
-
EarthShortcut math predicts tsunami height quickly
The September 16 earthquake that rattled Chile proved an unexpected test for new numerical calculations that could provide quicker forecasts of incoming tsunamis.
-
PhysicsRaw chicken, ingenuity make a time-reversal mirror
A new phase-conjugation mirror sends light waves back where they came from, allowing physicists to reconstruct images even if the original light was severely scrambled.
By Andrew Grant