Earth and Planetary Science
EPS Planetary Science

Post-Docs

Name / Contact Host / Education / Research
Alyssa Abbey
Margaret Averymsavery@berkeley.eduMcCone 257

Paleomagnetism and geomagnetism, and study of Earth’s deep interior

  • The history of the geomagnetic field, and the origin of the geodynamo
  • What affects the quality of the data that make up the paleomagnetic record
  • What dynamical processes in the outer core and core/mantle interactions generate the observed behavior of the geomagnetic field at Earth’s surface
Sergio Carrero Romero
Spencer Diamondsdiamond@berkeley.eduEnergy Biosciences Building 4th Floor

Host: Prof. Jillian Banfield

Previously worked on Cyanobacterial metabolism and genomics. Currently working on how soil microbes affect global biogeochemical cycles and greehnouse gas turnover via multi-omics techniques.

Our Lab Website: http://nanogeoscience.berkeley.edu/

Michael Diazmichaeldiaz@berkeley.edu McCone 257

Host: Professor William Boos

Daniel Frostdafrost@berkeley.edu215 McCone Hall6028107064

deep Earth structure, mantle heterogeneity across scales, inner core anisotropy, outer core stratification, composition and chemistry of Earth materials, array methodology, Earth evolution.

Xiaojing Furubyxfu@berkeley.eduMcCone 177

Host: Michael Manga

I am a geoscientist who studies multiphase and multicomponent flows in porous media through modeling, high-resolution simulations and experiments. My work seeks to unravel the complex coupling between multicomponent thermodynamics (phase transitions) and multiphase hydrodynamics (flow instabilities) in geologic multiphase mixtures, and provides mechanistic understanding of their nonequilibrium behaviors. I hope to apply these understandings to advance our predictive capability of multiphase systems in Earth science applications, including sustainable use of fossil fuels through subsurface carbon storage, methane production from gas hydrates and prediction of natural geohazards such as volcanic eruptions and thawing permafrost.

Felipe Javier Gonzalez Cataldof_gonzalez@berkeley.edu485 McCone Hall

Host: Burkhard Militzer

Research Interests: Planetary interiors; high pressure physics; first-principles computer simulations techniques; molecular dynamics; equations of state.

Personal website:  http://www.gnm.cl/fgonzalez

Adi Lavy
Shufei Lei
Max Lloydmklloyd@berkeley.edu485 McCone

Host: Professor Daniel Stolper 

Research interests: Clumped and position-specific isotope geochemistry of carbonates and organic compounds. Low-temperature metamorphism and organic matter maturation. The kinetics of isotope exchange reactions.

http://eps.berkeley.edu/~mklloyd/

Paula Matheus Carnevali
baptiste roussetrousset@berkeley.edu201 McCone Hall

Host: Roland Bürgmann

I am interested in geodetic observations (GPS and InSAR) to characterize the crustal deformation around subduction zones and large strike slip faults. I mainly focus on aseismic transient processes such as slow slip events and postseismic relaxation. webpage

Daniel Ruttedrutte@bgc.org@ Berkeley Geochronology Center

Host: Paul R. Renne

- application and development of 40Ar/39Ar geochronology, using nuclear physics as a geologist

- continental tectonics, metmorphism, brittle and ductile structures, petrochronology, India-Asia collision, syntax formation, subduction initiation, exhumation in subduction zones

https://sites.google.com/view/daniel-rutte/

Sarah Slotznicksslotz@berkeley.edu355 McCone

Host: Nicholas Swanson-Hysell

Earth history, Precambrian geology, geobiology, paleoenvironments, diagenesis, paleomagnetism, rock magnetism, X-ray spectroscopy, in-situ microbeam techniques.

Personal website: http://eps.berkeley.edu/~sslotz/

Alexander Turneralexjturner@berkeley.edu301 McCone/B47 Hildebrand

Hosts: Ron Cohen & Inez Fung

Research interests: atmospheric chemistry, inverse modelling, and remote sensing.

Personal website:
https://alexjturner.github.io/

Michael Whittakerwhitta@berkeley.eduMcCone 419

Clay self assembly and defects

Clay/mineral interactions

Carbon Capture and Storage

Phase transformations

Persistent metastability

 

Da Yangyangdapku@gmail.com177 McCone Hall

My research is to develop a unified understanding of how the tropical atmosphere works, and the key is to understand moist convection‒deep cumulus clouds and thunderstorms. My Ph.D. thesis was focused on the Madden-Julian Oscillation (MJO), a planetary scale month-long rainfall pattern in the tropics. I am now thinking about convective phenomena at other temporal and spatial scales, including the mesoscale cloud clusters and the intertropical convergence zone (ITCZ)

Personal website: http://web.gps.caltech.edu/~dyang/