lbnl research themes, disciplines, and subjects

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LBNL research themes, disciplines, and subjects Theme: Biosystems and health Discipline: Bioscience Subjects artificial photosynthesis bacteria biochemistry bioenergy bioengineering biofuels biology biomass biomedical imaging biomimetic/bioinspired functional materials biomolecular materials botany cancer biology cellular processes complex biological interactions computational biology environmental stress enzymes functional relationships in biology high-throughput analysis high-throughput structure determination high-throughput technologies industrial fermentation intercellular communication macromolecular analysis metabolomics microbes microbial ecology Thursday, January 14, 2010 Page 1 of 35

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Page 1: LBNL research themes, disciplines, and subjects

LBNL research themes, disciplines, and subjects

Theme: Biosystems and health

Discipline: Bioscience

Subjects

artificial photosynthesis

bacteria

biochemistry

bioenergy

bioengineering

biofuels

biology

biomass

biomedical imaging

biomimetic/bioinspired functional materials

biomolecular materials

botany

cancer biology

cellular processes

complex biological interactions

computational biology

environmental stress

enzymes

functional relationships in biology

high-throughput analysis

high-throughput structure determination

high-throughput technologies

industrial fermentation

intercellular communication

macromolecular analysis

metabolomics

microbes

microbial ecology

Thursday, January 14, 2010 Page 1 of 35

Page 2: LBNL research themes, disciplines, and subjects

microorganisms

molecular biology

molecular machines

molecular motors

multi-enzyme metabolic conversions

multiscale information from microbial systems

plants

purification and screening techniques

synthetic biology

theoretical biology

Discipline: Characterization

Subjects

high-throughput structure determination

macromolecular protein crystallography

mass spectrometry

microcharacterization

NMR

protein crystallography

Raman imaging

x-ray crystallography

Discipline: Engineering

Subjects

advanced instrumentation design

atmospheric technology

bioengineering

bioinstrumentation

energy reservoir engineering

engineering

engineering business services

genomic technologies

heavy ion fusion

high-throughput analysis

high-throughput technologies

molecular motors

Thursday, January 14, 2010 Page 2 of 35

Page 3: LBNL research themes, disciplines, and subjects

nanofabrication

nanoscale devices

optical systems

processing science

pulsed power

sensor technology for pathogen detection

sensors

synthetic biology

Discipline: Genomics

Subjects

agricultural systems

biofuels

bioinformatics

bioinstrumentation

cloning

computational analysis

computational genomics

energy bioscience

epigenetics

evolutionary genomics

functional genomics

gene regulatory networks

gene strcutures

genetic analysis

genetic expression

genetics

genetics - biological pathways

genetics - molecular markers

genome annotation

genome biology

genome maps

genome sequence characterization

genome sequences analysis

genomic analyses

Thursday, January 14, 2010 Page 3 of 35

Page 4: LBNL research themes, disciplines, and subjects

genomic technologies

genomics

high-throughput sequencing

metagenomics

microarray analysis

photosynthesis

phylogenomics

production sequencing

sequencing

structural cell biology

structural genomics

systems biology

target selection

transcription regulation

Discipline: Health science

Subjects

Alzheimer's disease

biomedical imaging

breast cancer detection

cancer biology

cancer detection

cancer therapy

cardiac nuclear imaging

cardiology

cell-cell recognition in the immune system

cognition

DNA repair

drug design

environment

health

health and safety

heart disease

malaria

memory

Thursday, January 14, 2010 Page 4 of 35

Page 5: LBNL research themes, disciplines, and subjects

neurodegenerative disease

Parkinson's disease

safety

sensor technology for pathogen detection

Discipline: Imaging

Subjects

atomic force microscopy

biomedical imaging

bolometer arrays

cameras

cardiac nuclear imaging

cryo-electron microscopy

crystallography

electron microscopy

electron tomography

high throughput discovery

histologic molecular imaging

imagers

imaging

macromolecular analysis

magnetic soft x-ray microscopy

microscopy

molecular imaging

multiscale and multimodal imaging

multi-scale imaging

nanoimaging

neutrino telescope

optical tweezers microscopy

positron emission tomography

Raman imaging

scintillation radiation

single-molecule fluorescence microscopy

telescope

x-ray crystallography

Thursday, January 14, 2010 Page 5 of 35

Page 6: LBNL research themes, disciplines, and subjects

x-ray microscopy

Discipline: Information science

Subjects

bioinformatics

collaboration technology

communications services

cyberinfrastructure

data analysis

data management

data services

data sources

data storage

ecoinformatics

informatics

information science

metadata

omics analysis tools

Discipline: Management

Subjects

engineering business services

interdisciplinary science

scientific collaboration

Discipline: Proteomics

Subjects

high-throughput protein expression

macromolecular protein crystallography

protein crystallography

protein folding

proteins

proteomic markers

proteomics

structure prediction

Thursday, January 14, 2010 Page 6 of 35

Page 7: LBNL research themes, disciplines, and subjects

Theme: Earth and climate sciences

Discipline: Climate science

Subjects

atmospheric modelling

carbon sequestration

carbon capture

carbon cycle

carbon emissions

carbon flows

carbon storage

climate change

climate change forcing

climate change mitigation

climate change modelling

climate modelling

climate predictions

climate science

global climate

green house gases

Discipline: Earth science

Subjects

atmospheric aerosols

atmospheric chemistry

atmospheric science

atmospheric technology

biogeochemistry

chemical ecology

computational geomechanics

computational geophysics

computational geoscience

contaminant hydrology

earth sciences

Thursday, January 14, 2010 Page 7 of 35

Page 8: LBNL research themes, disciplines, and subjects

ecoinformatics

ecosystems

forestry

geoastrophysics

geochemical transport

geochemistry

geologic modeling

geophysics

geothermal energy

hydroecology

hydrogeology

hydrogeophysics

hydrology

isotope geochemistry

land use

marine geochemistry

mineralogy

molecular ecology

molecular geochemistry

molecular microbial ecology

nanogeoscience

oceanic science

ozone photochemistry

rock physics

soil geochemistry

terrestrial biogeochemistry

water resources

Discipline: Engineering

Subjects

advanced instrumentation design

atmospheric technology

bioengineering

bioinstrumentation

energy reservoir engineering

Thursday, January 14, 2010 Page 8 of 35

Page 9: LBNL research themes, disciplines, and subjects

engineering

engineering business services

genomic technologies

heavy ion fusion

high-throughput analysis

high-throughput technologies

molecular motors

nanofabrication

nanoscale devices

optical systems

processing science

pulsed power

sensor technology for pathogen detection

sensors

synthetic biology

Discipline: Environmental science and technology

Subjects

air pollution

air quality

bioremediation

carbon-neutral transportation fuels

chemical transformation

chemical transport

emissions

energy efficient technologies

environmental bioremediation

environmental characterization

environmental cleanup

environmental contamination

environmental impact

environmental policy

environmental processes modelling

environmental protection

environmental remeidation

Thursday, January 14, 2010 Page 9 of 35

Page 10: LBNL research themes, disciplines, and subjects

environmental restoration

environmental science

environmental stockpile stewardship

environmental stress

environmental sustainability

envrionmental chemistry

green chemistry

land use

natural attenuation

nuclear waste

policy analysis

technical research

toxic waste reduction

Discipline: Imaging

Subjects

atomic force microscopy

biomedical imaging

bolometer arrays

cameras

cardiac nuclear imaging

cryo-electron microscopy

crystallography

electron microscopy

electron tomography

high throughput discovery

histologic molecular imaging

imagers

imaging

macromolecular analysis

magnetic soft x-ray microscopy

microscopy

molecular imaging

multiscale and multimodal imaging

multi-scale imaging

Thursday, January 14, 2010 Page 10 of 35

Page 11: LBNL research themes, disciplines, and subjects

nanoimaging

neutrino telescope

optical tweezers microscopy

positron emission tomography

Raman imaging

scintillation radiation

single-molecule fluorescence microscopy

telescope

x-ray crystallography

x-ray microscopy

Discipline: Information science

Subjects

bioinformatics

collaboration technology

communications services

cyberinfrastructure

data analysis

data management

data services

data sources

data storage

ecoinformatics

informatics

information science

metadata

omics analysis tools

Discipline: Management

Subjects

engineering business services

interdisciplinary science

scientific collaboration

Theme: High-performance computing and networking

Thursday, January 14, 2010 Page 11 of 35

Page 12: LBNL research themes, disciplines, and subjects

Discipline: Computing science and technology

Subjects

algorithmic design

chemical simulation

communications networking

computational biology

computational methodologies

computational modelling

computational science

computational science of scale

computational tools

computational visualization

computer infrastructure

computer networking

computer security

computer simulation

computer systems architecture

computer visualization

data management

distributed computing

emerging technology

grid computing

high performance computing

high speed Internet networks

high speed network

large scale computing

power-efficient computing

pulsed power

quantum computing

remote computing

software development

software engineering

software implementation

Thursday, January 14, 2010 Page 12 of 35

Page 13: LBNL research themes, disciplines, and subjects

Discipline: Engineering

Subjects

advanced instrumentation design

atmospheric technology

bioengineering

bioinstrumentation

energy reservoir engineering

engineering

engineering business services

genomic technologies

heavy ion fusion

high-throughput analysis

high-throughput technologies

molecular motors

nanofabrication

nanoscale devices

optical systems

processing science

pulsed power

sensor technology for pathogen detection

sensors

synthetic biology

Discipline: Imaging

Subjects

atomic force microscopy

biomedical imaging

bolometer arrays

cameras

cardiac nuclear imaging

cryo-electron microscopy

crystallography

electron microscopy

electron tomography

high throughput discovery

Thursday, January 14, 2010 Page 13 of 35

Page 14: LBNL research themes, disciplines, and subjects

histologic molecular imaging

imagers

imaging

macromolecular analysis

magnetic soft x-ray microscopy

microscopy

molecular imaging

multiscale and multimodal imaging

multi-scale imaging

nanoimaging

neutrino telescope

optical tweezers microscopy

positron emission tomography

Raman imaging

scintillation radiation

single-molecule fluorescence microscopy

telescope

x-ray crystallography

x-ray microscopy

Discipline: Information science

Subjects

bioinformatics

collaboration technology

communications services

cyberinfrastructure

data analysis

data management

data services

data sources

data storage

ecoinformatics

informatics

information science

metadata

Thursday, January 14, 2010 Page 14 of 35

Page 15: LBNL research themes, disciplines, and subjects

omics analysis tools

Discipline: Management

Subjects

engineering business services

interdisciplinary science

scientific collaboration

Theme: Matter and force in the Universe

Discipline: Accelerators

Subjects

accelerator physics

accelerators

beam equipment

beam generators

beam physics

beam science

beamlines

cyclotron

high energy particle collisions

ion beams

ion sources

Large Hadron Collider

synchrotron

Discipline: Astrophysics

Subjects

astrophysics

astrophysics theory

baryon acoustic oscillations

cosmic microwave background radiation

dark energy

dark energy mapping

exoplanets

geoastrophysics

Thursday, January 14, 2010 Page 15 of 35

Page 16: LBNL research themes, disciplines, and subjects

gravitational weak lensing

interstellar chemistry

luminous galaxies

nuclear astrophysics

quasars

space observatory

supernovae

telescope

Discipline: Characterization

Subjects

high-throughput structure determination

macromolecular protein crystallography

mass spectrometry

microcharacterization

NMR

protein crystallography

Raman imaging

x-ray crystallography

Discipline: Chemistry

Subjects

actinide science

alternative syntheses

atmospheric chemistry

biochemistry

biogeochemistry

catalysis

chemical dynamics

chemical energy

chemical modelling

chemical physics

chemical simulation

chemical synthesis

chemistry

combustion chemistry

Thursday, January 14, 2010 Page 16 of 35

Page 17: LBNL research themes, disciplines, and subjects

electrochemistry

envrionmental chemistry

geochemistry

green chemistry

heavy element chemistry

heavy element studies

heterogeneous catalysis

interstellar chemistry

isotope geochemistry

materials chemistry

materials phase transformations

molecular chemistry

molecular structure and dynamics

nuclear chemistry

ozone photochemistry

quantum chemistry

radiochemical synthesis

radiochemistry

soft matter

solid state chemistry

statistical mechanics

surface chemistry

theoretical chemistry

Discipline: Cosmology

Subjects

baryon acoustic oscillations

cosmic expansion

cosmology

dark energy

dark energy mapping

space observatory

universe expansion

Discipline: Detectors

Subjects

Thursday, January 14, 2010 Page 17 of 35

Page 18: LBNL research themes, disciplines, and subjects

bolometer arrays

cameras

detectors

gamma-ray detector system

scintillation detector

Discipline: Engineering

Subjects

advanced instrumentation design

atmospheric technology

bioengineering

bioinstrumentation

energy reservoir engineering

engineering

engineering business services

genomic technologies

heavy ion fusion

high-throughput analysis

high-throughput technologies

molecular motors

nanofabrication

nanoscale devices

optical systems

processing science

pulsed power

sensor technology for pathogen detection

sensors

synthetic biology

Discipline: High energy physics

Subjects

high energy neutrinos

high energy particle collisions

high energy physics

high-energy heavy-ion physics

Thursday, January 14, 2010 Page 18 of 35

Page 19: LBNL research themes, disciplines, and subjects

Discipline: Imaging

Subjects

atomic force microscopy

biomedical imaging

bolometer arrays

cameras

cardiac nuclear imaging

cryo-electron microscopy

crystallography

electron microscopy

electron tomography

high throughput discovery

histologic molecular imaging

imagers

imaging

macromolecular analysis

magnetic soft x-ray microscopy

microscopy

molecular imaging

multiscale and multimodal imaging

multi-scale imaging

nanoimaging

neutrino telescope

optical tweezers microscopy

positron emission tomography

Raman imaging

scintillation radiation

single-molecule fluorescence microscopy

telescope

x-ray crystallography

x-ray microscopy

Discipline: Light sources

Subjects

advanced light source accelerator

Thursday, January 14, 2010 Page 19 of 35

Page 20: LBNL research themes, disciplines, and subjects

beam science

extreme ultraviolet radiation

gamma rays

lasers

optics

photoionization

soft x-ray radiation

synchotron light

UV

X-rays

Discipline: Management

Subjects

engineering business services

interdisciplinary science

scientific collaboration

Discipline: Mathematics

Subjects

mathematical physics

mathematics

mathematics modelling

numerical algorithms

partial different equations

Discipline: Nuclear science

Subjects

atomic science

dense nuclear matter

heavy ions

high energy neutrinos

high energy nuclear collisions

neutrino telescope

nuclear astrophysics

nuclear chemistry

nuclear dynamics

Thursday, January 14, 2010 Page 20 of 35

Page 21: LBNL research themes, disciplines, and subjects

nuclear energy

nuclear physics

nuclear properties under extreme conditions

nuclear science

nuclear structure

nuclear theory

nuclear waste

quark-gluon plasma

solar neutrinos

Discipline: Optics

Subjects

mask defect analysis

multilayer optics

novel diffractive optics

Discipline: Particle physics

Subjects

b-quark

lepton flavor

neutral B-meson system

neutrinos

particle theory

quark

scintillation detector

symmetries

tau-lepton

Discipline: Physics

Subjects

atomic physics

chemical physics

condensed matter physics

conformal field theory

electroweak symmetry breaking

formal theory

Thursday, January 14, 2010 Page 21 of 35

Page 22: LBNL research themes, disciplines, and subjects

fundamental symmetries

grand unification

mathematical physics

molecular physics

molecular structure and dynamics

nuclear physics

particle physics

perturbative QCD

physics

plasma physics

QCD in hadronic physics

quantum gravity

quark decays

radiation

radiation physics

soft matter

standard model

supersymmetry

topological field theory

Discipline: Polymers

Subjects

polymers

Discipline: Quantum theory and science

Subjects

quantum gravity

quantum groups

quantum mechanics

quantum theory

statistical mechanics

string theory

Discipline: Radiation

Subjects

cosmic microwave background radiation

Thursday, January 14, 2010 Page 22 of 35

Page 23: LBNL research themes, disciplines, and subjects

extreme ultraviolet radiation

gamma-ray detector system

radiation detectors

radiation effect

soft x-ray radiation

Discipline: Superconductors

Subjects

superconducting magnets

superconductivity

Theme: Novel materials, ultrafast processes, nanodevices

Discipline: Accelerators

Subjects

accelerator physics

accelerators

beam equipment

beam generators

beam physics

beam science

beamlines

cyclotron

high energy particle collisions

ion beams

ion sources

Large Hadron Collider

synchrotron

Discipline: Building design

Subjects

air pollutants

air ventilation

airflow

building construction

building design

Thursday, January 14, 2010 Page 23 of 35

Page 24: LBNL research themes, disciplines, and subjects

building energy use

building heating

building materials

cool roofing materials

health and productivity

health risk assessments

heat islands

indoor air quality

lighting

lighting efficiency

modelling

pollutant control

pollutant transport

sustainable design

thermal comfort

windows

Discipline: Characterization

Subjects

high-throughput structure determination

macromolecular protein crystallography

mass spectrometry

microcharacterization

NMR

protein crystallography

Raman imaging

x-ray crystallography

Discipline: Detectors

Subjects

bolometer arrays

cameras

detectors

gamma-ray detector system

scintillation detector

Thursday, January 14, 2010 Page 24 of 35

Page 25: LBNL research themes, disciplines, and subjects

Discipline: Electronics

Subjects

charge-coupled devices

electronic systems

integrated circuits

microelectronics

Discipline: Engineering

Subjects

advanced instrumentation design

atmospheric technology

bioengineering

bioinstrumentation

energy reservoir engineering

engineering

engineering business services

genomic technologies

heavy ion fusion

high-throughput analysis

high-throughput technologies

molecular motors

nanofabrication

nanoscale devices

optical systems

processing science

pulsed power

sensor technology for pathogen detection

sensors

synthetic biology

Discipline: Environmental science and technology

Subjects

air pollution

air quality

bioremediation

Thursday, January 14, 2010 Page 25 of 35

Page 26: LBNL research themes, disciplines, and subjects

carbon-neutral transportation fuels

chemical transformation

chemical transport

emissions

energy efficient technologies

environmental bioremediation

environmental characterization

environmental cleanup

environmental contamination

environmental impact

environmental policy

environmental processes modelling

environmental protection

environmental remeidation

environmental restoration

environmental science

environmental stockpile stewardship

environmental stress

environmental sustainability

envrionmental chemistry

green chemistry

land use

natural attenuation

nuclear waste

policy analysis

technical research

toxic waste reduction

Discipline: Imaging

Subjects

atomic force microscopy

biomedical imaging

bolometer arrays

cameras

cardiac nuclear imaging

Thursday, January 14, 2010 Page 26 of 35

Page 27: LBNL research themes, disciplines, and subjects

cryo-electron microscopy

crystallography

electron microscopy

electron tomography

high throughput discovery

histologic molecular imaging

imagers

imaging

macromolecular analysis

magnetic soft x-ray microscopy

microscopy

molecular imaging

multiscale and multimodal imaging

multi-scale imaging

nanoimaging

neutrino telescope

optical tweezers microscopy

positron emission tomography

Raman imaging

scintillation radiation

single-molecule fluorescence microscopy

telescope

x-ray crystallography

x-ray microscopy

Discipline: Light sources

Subjects

advanced light source accelerator

beam science

extreme ultraviolet radiation

gamma rays

lasers

optics

photoionization

soft x-ray radiation

Thursday, January 14, 2010 Page 27 of 35

Page 28: LBNL research themes, disciplines, and subjects

synchotron light

UV

X-rays

Discipline: Management

Subjects

engineering business services

interdisciplinary science

scientific collaboration

Discipline: Materials science and technology

Subjects

biomimetic/bioinspired functional materials

biomolecular materials

condensed matter physics

ferroelectrics

magnets

mask defect analysis

materials chemistry

materials phase transformations

materials science

materials science behavior

nanostructure materials

photovoltaic semiconductor elements

plastic electronics

processing science

quantum materials

semiconductors

solid state chemistry

surface chemistry

synthesis

thermoelectrics

ultrafast materials

Discipline: Nanoscience and technology

Subjects

Thursday, January 14, 2010 Page 28 of 35

Page 29: LBNL research themes, disciplines, and subjects

combinatorial nanoscience

microcharacterization

microelectronics

molecular chemistry

molecular machines

molecular motors

molecular science

nanofabrication

nanogeoscience

nanoimaging

nanointerfaces

nanomaterials

nanoscale devices

nanoscience

nanostructure fabrication

nanostructure materials

nanotechnology

nanotechnology

thin films

Discipline: Polymers

Subjects

polymers

Discipline: Superconductors

Subjects

superconducting magnets

superconductivity

Discipline: Ultrafast science and technology

Subjects

ultrafast materials

ultrafast/time-resolved studies

Theme: Secure and sustainable energy

Thursday, January 14, 2010 Page 29 of 35

Page 30: LBNL research themes, disciplines, and subjects

Discipline: Building design

Subjects

air pollutants

air ventilation

airflow

building construction

building design

building energy use

building heating

building materials

cool roofing materials

health and productivity

health risk assessments

heat islands

indoor air quality

lighting

lighting efficiency

modelling

pollutant control

pollutant transport

sustainable design

thermal comfort

windows

Discipline: Energy science and technology

Subjects

applicance energy use

artificial photosynthesis

batteries

bioenergy

biofuels

biomass

biosynthetic pathways

building energy use

carbon-neutral transportation fuels

Thursday, January 14, 2010 Page 30 of 35

Page 31: LBNL research themes, disciplines, and subjects

chemical energy

clean energy generation

combustion technologies

electricity

electricity markets

electricity transmission

energy

energy bioscience

energy consumption

energy conversion

energy demand

energy distribution

energy efficiency

energy efficient technologies

energy end use

energy harvesting

energy policy

energy production

energy reservoir engineering

energy simulation

energy standards

energy storage

energy transmission

fuel cells

fuels

fusion energy

geothermal energy

global energy use

heavy ion fusion

hydrocarbon fuels

low emission combustion

mechanochemical energy conversion

multiscale information from microbial systems

natural gas

nuclear energy

Thursday, January 14, 2010 Page 31 of 35

Page 32: LBNL research themes, disciplines, and subjects

oil and gas resources

photoelectrochemical cells

photoionization

photovoltaic semiconductor elements

proton-proton interactions

public policy

purification and screening techniques

sensors

solar cells

solar energy

spectroscopy

stored energy

subsurface energy production

sustainable design

transportation

Discipline: Engineering

Subjects

advanced instrumentation design

atmospheric technology

bioengineering

bioinstrumentation

energy reservoir engineering

engineering

engineering business services

genomic technologies

heavy ion fusion

high-throughput analysis

high-throughput technologies

molecular motors

nanofabrication

nanoscale devices

optical systems

processing science

pulsed power

Thursday, January 14, 2010 Page 32 of 35

Page 33: LBNL research themes, disciplines, and subjects

sensor technology for pathogen detection

sensors

synthetic biology

Discipline: Environmental science and technology

Subjects

air pollution

air quality

bioremediation

carbon-neutral transportation fuels

chemical transformation

chemical transport

emissions

energy efficient technologies

environmental bioremediation

environmental characterization

environmental cleanup

environmental contamination

environmental impact

environmental policy

environmental processes modelling

environmental protection

environmental remeidation

environmental restoration

environmental science

environmental stockpile stewardship

environmental stress

environmental sustainability

envrionmental chemistry

green chemistry

land use

natural attenuation

nuclear waste

policy analysis

technical research

Thursday, January 14, 2010 Page 33 of 35

Page 34: LBNL research themes, disciplines, and subjects

toxic waste reduction

Discipline: Imaging

Subjects

atomic force microscopy

biomedical imaging

bolometer arrays

cameras

cardiac nuclear imaging

cryo-electron microscopy

crystallography

electron microscopy

electron tomography

high throughput discovery

histologic molecular imaging

imagers

imaging

macromolecular analysis

magnetic soft x-ray microscopy

microscopy

molecular imaging

multiscale and multimodal imaging

multi-scale imaging

nanoimaging

neutrino telescope

optical tweezers microscopy

positron emission tomography

Raman imaging

scintillation radiation

single-molecule fluorescence microscopy

telescope

x-ray crystallography

x-ray microscopy

Discipline: Management

Subjects

Thursday, January 14, 2010 Page 34 of 35

Page 35: LBNL research themes, disciplines, and subjects

engineering business services

interdisciplinary science

scientific collaboration

Thursday, January 14, 2010 Page 35 of 35