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中国博士后网站及亥姆霍兹联合会网站分别发布2019中德博士后项目的岗位清单
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中国博士后网站及亥姆霍兹联合会网站分别发布2019中德博士后项目的岗位清单，申请从即日开始，截止时间为4月25号。
https://www.helmholtz.de/cn/homepage/all-news/helmholtz-ocpc-programme/
中德博士后项目自2013年开始启动，今年进入第六个年头。中德双方联合提供50份不低于洪堡奖学金的优厚科研资助：中方提供两年30万人民币的经费，德方科研机构再为每人匹配每月1500欧元个人现金收入。
符合条件的申请人可以是在站博士后，应届博士毕业生以及35岁以下拥有博士学位和在高校和科研机构工作的青年科研人员，包括已经在国内做过一届两年博士后的出站人员。
申请人在申请时可以在国内或国外，但是必须依托一个专业领域相关的博士后流动站投递申请材料。
待成功入选中德博士后项目之后，成功申请者需要在推荐申请的博士后流动站办理博士后入站手续，然后执行海外留学计划，并通过博士后流动站获得中方的经费支持，在两年项目结束后，也需要办理出站手续。
亥姆霍兹联合会是由19个德国国家实验室组成的德国最顶级的科研单位，中国学人构成德国人之外最大的科学家群体。
| 岗位序号 | 中心内部编号 | 课题名称 |
| 01 | DKFZ01 | Targeting cancer stem cells |
| 02 | FZJ001 | Development of large-scale tungsten fiber-reinforced tungsten composites (Wf/W) |
| 03 | FZJ002 | Crystalline silicon solar cell with transparent microcrystalline silicon carbide as low temperature transparent passivated contact |
| 04 | FZJ003 | Synaptic plasticity in sleep wake regulation and depression. |
| 05 | FZJ004 | Measurement and analyses of temperature in the middle- and upper atmosphere using recent and upcoming satellite missions applying new spatial heterodyne interferometer technology |
| 06 | FZJ005 | Characteristics of 3D edge transport and divertor heat flux control in magnetically confined fusion devices with island divertor configuration |
| 07 | FZJ006 | Advanced self-passivating materials for an application in extreme environment of future renewable energy systems |
| 08 | FZJ007 | Monitoring of Aerosol Composition and Cloud Droplet Activation |
| 09 | FZJ008 | Secondary Aerosol Formation by Atmospheric Mixing |
| 10 | FZJ009 | Kinetic modelling of high-intensity laser particle accelerators |
| 11 | FZJ010 | Lagrangian transport analyses of aerosols, clouds, and trace gases in the upper troposphere and lower stratosphere |
| 12 | FZJ011 | Structure of cortical and hippocampal networksStructure of cortical and hippocampal networks |
| 13 | FZJ012 | Time-of-flight neutron spectrometers for accelerator based neutron sources |
| 14 | GFZ01 | Physics-informed machine learning (PIML) approaches for debris flow modeling |
| 15 | GFZ02 | Tsunami hazard assessment using sediment transport modeling and Ensemble Kalman Filtering method |
| 16 | HZI01 | Regulation of HIV replication by RNA structure |
| 17 | HZI02 | Deciphering and remoulding the biosynthesis of active and promising compounds from actinobacteria and myxobacteria |
| 18 | HZI03 | New strategies and optimization of the available lead compounds against infection resistance |
| 19 | HZI04 | Investigation of host-microbiota interplay using high resolution NGS based approaches |
| 20 | KIT01 | Theoretical Study of History Effect on Flame Stabilization near Igni-tion limit |
| 21 | KIT02 | Metal organic framework membranes for critical industrial gas sepa-rations |
| 22 | KIT03 | In-situ investigation of clusters and single atom catalysts by pair dis-tribution function analysis and 4D-scanning transmission electron microscopy |
| 23 | KIT04 | Radio Detection of Cosmic Rays and Neutrinos of Highest Energies |
| 24 | KIT05 | Transport of electrolyte through the electrodes of Vanadium Redox Flow Batteries (VRFBs) |
| 25 | KIT06 | Liquid Metal Batteries for Energy Storage |
| 26 | KIT07 | Printed soft electronic devices from ultra-stretchable, highly con-ductive elastomers with low silver content |
| 27 | KIT08 | Optimal Heat Flux Distribution on the Surface of Molten Salt Receiv-ers in Solar Tower Power Plants |
| 28 | KIT09 | Novel quantum phases in helimagnetic transition-metal monopnictides |
| 29 | KIT10 | Lithium/oxygen-insertion-induced structural evolution during syn-thesis of Li-containing oxides for next-generation lithium-ion batteries |
| 30 | HMGU01 | Health effects of endotoxin (LPS) from ambient outdoor air |
| 31 | HMGU02 | Interaction of epigenetic changes and metabolism during climatic plant stress |
| 32 | HMGU03 | Development of an electrochemistry-based artifical cytochrome system for drug modulation |
| 33 | HMGU04 | Modern medicinal chemistry lead optimization for the treatment of diseases like cancer and diabetes |
| 34 | HMGU05 | Microbial transformation of dietary fatty acids into active metabolites in the gut |
| 35 | HMGU06 | Machine learning methods in single cell genomics |
| 36 | HMGU07 | Integration of OMICs data for the study of diabetic cardiomyopathy |
| 37 | DESY01 | Acoustic emissions testing in the Large Volume Press at beamline P61B to explore dehydration-induced brittle faulting in representative Earth materials |
| 38 | DESY02 | ATLAS Data Analysis |
| 39 | DESY03 | ATLAS Detector Upgrade and Generic Detector R&D |
| 40 | DESY04 | Liquids in constrained geometry for nano-tribology |
| 41 | DESY05 | Investigation on the stereocomplexation of racemic poly(lactide) during its crystallization by synchrotron X-ray scattering methods |
| 42 | DESY06 | A high precision Silicon Strip tracker for the DESY testbeam |
| 43 | DESY07 | Layer-by-layer coating of sustainable functional composites based on cellulose and noble metal nanoparticles |
| 44 | DESY08 | Towards extreme ultraviolet frequency comb spectroscopy of highly charged ions and nuclei |
| 45 | DESY09 | Terapascal static high-pressure experiments: Submicron focusing and diffraction at high x-ray energies in the double stage Diamond Anvil Cell (dsDAC) using compound reflective lenses (CRL) and phase plates |
| 46 | DESY10 | A TES detector system for the ALPS II experiment at DESY |
| 47 | DESY11 | Synthesis and Characterization of Porous mesomorphic organosilica- PMOs |
| 48 | DESY12 | Deep Reinforcement Learning for Intelligent Particle Accelerator Control |
| 49 | DESY13 | Cosmic rays, Magnetic field, and/or turbulence |
| 50 | DESY14 | Charge dynamics in quasi-one-dimensional materials |
| 51 | DESY15 | Search for Dark Matter with the CMS experiment via machine learning |
| 52 | DESY16 | New physics opportunities at future HEP facilities |
| 53 | DESY17 | Fast digital Silicon Photomultiplier |
| 54 | DESY18 | High Granularity Hadron Calorimeter |
| 55 | DESY19 | Belle II Pixel Vertex Detector |
| 56 | DESY20 | Ultrafast Optics and X-ray Sources / High Energy Terahertz Generation |
| 57 | GSI01 | Evaluation of the Picosecond Frontend Electronics for the PANDA Barrel DIRC |
| 58 | GSI02 | Development of the data processing framework for the CBM |
| 59 | GSI03 | Readout chain for the CBM Silicon Tracking System (STS) |
| 60 | GSI04 | Sensitivity of kilonovalight curves to nuclearphysics input |
| 61 | GSI05 | Experiments with thermalized exotic nuclei for nuclear astrophysics |
| 62 | GSI06 | Fundamental Physics, Atomic, Molecular and optical Physics |
| 63 | GSI07 | Advanced development for reliable operation of high intensity heavy ion source and ECR ion sources |
| 64 | GSI08 | Commissioning of the HITRAP cooling Penning trap. |
| 65 | GSI09 | Setup and commissioning of a high intensity EBIT for CRYRING@ESR |
| 66 | FZJ13 | In situ obervation of metadislocation motion in complex metallic alloys |
| 67 | FZJ14 | In situ transmission electron microscopy of catalysts for methane dry reforming |
| 68 | FZJ15 | In situ transmission electron microscopy of magnetism and electrical transport in highly strained nanowires |
| 69 | FZJ16 | In situ transmission electron microscopy of metal-support interactions in nanoscale catalyst particles |
| 70 | FZJ17 | In situ transmission electron microscopy of electrical transport and magnetism in highly strained Ni nanowires |
| 71 | FZJ18 | Large-scale image processing for in situ transmission electron microscopy with high-speed high-resolution electron detectors |
http://wap.sciencenet.cn/blog-320892-1165269.html
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