Property values not adversely affected by wind energy facilities
A comprehensive new Berkeley Lab report finds that proximity to wind energy facilities does not have a pervasive or widespread adverse effect on the property values of nearby homes. More>
Neutrino hunting in Antarctica
Berkeley Lab physicist Spencer Klein is traveling to Antarctica to hunt for neutrinos, and he wants you to tag along. Follow his blog as he chronicles his trip to the Ross Ice Shelf, where he'll test prototype hardware for ARIANNA, a proposed experiment to look for radio pulses produced by neutrino interactions in the ice. More>
Ancient protein acts as 'dimmer switch' in algae photosynthesis
Berkeley Lab researchers have identified an ancient light harvesting protein that helps protect green algae from absorbing too much sunlight during photosynthesis. More>
Getting wind energy
to the grid efficiently
The Lab has launched a project to find more effective ways to integrate variable loads from renewable sources, like wind, to the electrical grid, using thermal energy storage. More>
Energy and health solutions for the developing world >>
From renewable energy and advanced supercomputing to novel materials and the origins of the universe, Berkeley Lab researchers are advancing the scope of human knowledge.
Berkeley Lab scientific divisions reflect the wide variety of projects undertaken at the birthplace of modern interdisciplinary science.
VIDEO GLOSSARY
cool roof
solar cell
nanotechnology
quarks
bioremediation
photon
supernova
genomics
extremophile
biofuels
surface science
demand response
quantum computing
life cycle assessment
artificial photosynthesis
Large Hadron Collider
biologically-inspired polymers
carbon cycle
fuel cell
electron microscopy
standard model
Maxwell’s equations
fluctuations in the cosmic microwave background
weak interaction
cosmic microwave background
neutrino astronomy
dark energy
synchrotron radiation
higgs boson
galactic emissions
protein crystallography
cellular senescence
laser wakefield acceleration
climate change
smart grid
atmospheric aerosols
systems biology
dark matter
gravitational lensing
quantum dot
energy efficiency
green computing
antimatter
free electron laser
metamaterials
neutrino
plasma
biomimicry
cp violation
climate and weather
geologic carbon sequestration
daylighting
weather and climate
cellular micro-environment
The Molecular Foundry – Chemistry on the Nanoscale
Nature has shown that chemistry on the nanoscale can deliver spectacular results. Biological systems use nanoscale chemistry to transform and store energy, perform self-repair and adapt to changing environmental conditions. Learning to harness nanoscale chemistry as effectively as nature should open doors to advances in a great many scientific fields. The study of the chemistry behind nanoscale materials and processing is part of the mission of Berkeley Lab’s Molecular Foundry. more>
Lab
