OISTリサーチ・インターンシップ・プログラム:研究ユニットおよび受入可能人数
教授 | 研究ユニット |
プログラム開始期間 Oct 2023- Mar 2024 |
プログラム開始期間 Apr-Sep 2024
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Faculty Research Interests and Project Information 研究分野とプロジェクト内容 Click here for more information on Research Activities at OIST. |
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Ugur Abdulla ウグル・アブドゥラ |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | The aim of the Analysis and Partial Differential Equations (PDE) unit is to reveal and analyze the mathematical principles reflecting natural phenomena expressed by partial differential equations. Research focuses on fundamental analysis of PDEs, regularity theory of elliptic and parabolic PDEs, with special emphasis on the regularity of finite boundary points and the point at ∞, its measure-theoretical, probabilistic and topological characterization, well-posedness of PDE problems in domains with non-smooth and non-compact boundaries, global uniqueness, analysis and classification of singularities, asymptotic laws for diffusion processes, regularity theory of nonlinear degenerate and singular elliptic and parabolic PDEs, free boundary problems, optimal control of free boundary systems with distributed parameters. Current areas of interest include Potential Theory, Harmonic Analysis, Probability Theory, Calculus of Variations and Optimal Control, Optimization, Mathematical Biosciences and Quantum Biology. Some of the current research projects in Applied Mathematics include laser ablation of biomedical tissues; preventing aerodynamic stall by in-flight ice accretion in the aerospace industry; cancer detection through Electrical Impedance Tomography and optimal control theory; identification of parameters in large-scale models of systems biology; optimal control of reactive oxygen species in quantum biology. Please let us know if you have any questions or concerns. | |
David Armitage デイヴィッド・アミテージ
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最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Our unit studies ecological and evolutionary processes at population, community, and ecosystem scales. Potential projects could include field, lab, or modeling studies of biotic interaction, community-ecosystem linkages, species coexistence, community assembly, landscape genetics, plant-microbe interactions, and experimental evolution. |
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Mahesh Bandi マヘッシュ・バンディ |
最大1名受入れ可能 | 最大1名受入れ可能 | Our group works in experimental nonlinear, non-equilibrium, and soft matter physics, broadly defined. We currently focus on four strongly overlapping themes: (1) Statistical Hydrodynamics, (2) Mechanics of Disordered Media, (3) Fluctuations in Renewable Energy, and (4) Quantitative Life Sciences. There are several projects for an interested intern in all these four themes. | |
Thomas Bourguignon トマ・ブーギニョン |
最大1名受入れ可能 | 最大1名受入れ可能 | The topic of the project will be determined according to the research interest of the intern. Examples of research projects are: comparative genomics of termites, coevolution between termites and the intracellular parasites Wolbachia and Cardinium, coevolution between termites and their gut prokaryotes. | |
Thomas Busch トーマス・ブッシュ |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 | Projects of theoretical nature in the area of ultra cold atoms, quantum information and quantum engineering. Students should have a background in physics and during their time with us will get an overview of the current state of the area, and do analytical or numerical work on a project related to a currently ongoing research project, depending on their interest. | |
Pinaki Chakraborty ピナキ・チャクラボルティ |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Projects in turbulent flows in many applications. | |
Carlos Cid カルロス・シッド |
受入れ不可 | 受入れ不可 | My main interest and area of expertise is cryptography. I lead the "applied cryptography unit", which investigates the design and analysis of modern cryptographic primitives and schemes used to protect the confidentiality and integrity of data – at rest, being communicated or computed upon – both in the classical and the quantum settings. Specific areas of interest include the algebraic cryptanalysis of symmetric and asymmetric key algorithms, design and analysis of primitives for privacy-preserving cryptographic mechanisms (eg secure computation schemes), as well as the design and analysis of quantum-safe cryptographic constructions. Another area of interest is cyber-economics: the intersection between cyber security / cryptography and economics. | |
Keshav Dani ケシャヴ・ダニ |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 | Projects available in two-dimensional materials and energy materials using techniques in ultrafast spectroscopy, photoemission spectroscopy and computational data analysis (e.g. using Matlab). Students with a prior background in these fields will be competitive. | |
Erik De Schutter エリック・デシュッター |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | We use computational, data-driven methods to study how neurons and microcircuits in the brain operate. We are interested in the interaction between fundamental properties like morphology or excitability and neural functions like information processing or learning. Most of our models are about the cerebellum or hippocampus because they have been studied extensively, allowing for detailed modeling at many different levels of complexity. More recently our focus shifted to nanoscale modeling of neurons, astrocytes and synapses. | |
Ulf Dieckmann ウルフ・ディ―クメン |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 |
We welcome interns enthusiastic about getting to know research in complexity science and evolution, including links with theoretical physics, applied mathematics, computer science, ecology, socio-economics, and game theory. Projects can be co-designed according to mutual interests in the following research areas and beyond:
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Kenji Doya 銅谷 賢治 |
最大1名受入れ可能 | 最大1名受入れ可能 | Projects in computational neuroscience and brain-inspired artificial intelligence. | |
Evan Economo エヴァン・エコノモ |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Projects are related to evolution, ecology, biodiversity: population genetics, morphological evolution, biogeography, 3D imaging and modeling, community ecology of ants. | |
Artur Ekert アーター・エカート |
受入れ不可 | 受入れ不可 | ||
David Elkouss ダビド・エルコウス |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Looking for enthusiastic students from computer science, mathematics, and physics. The projects can be in different areas of theoretical quantum computer science such as quantum cryptography, quantum error correction, or quantum information theory. Projects will be part of our larger research agenda and can be part of collaborations with experimental groups. | |
Dmitry Feichtner-Kozlov ディミトリ ファイトナー コズロフ |
受入れ不可 | 受入れ不可 | ||
Yejun Feng イエジュン・フォン |
最大1名受入れ可能 | 最大1名受入れ可能 | Along the direction of materials development of single crystal quantum magnets, I will have several intern positions available for the next two years (AY2023 and AY2024). | |
Eliot Fried エリオット・フリード |
受入れ不可 | 受入れ不可 | Theory, simulation, and simple experiments focused on physical and biological processes with interesting geometrical or topological features, including the formation of holes during the growth of the "Swiss cheese plant" (genus monstera), the water driven erosion of stone, the formation of ridges and cracks on the bark of growing trees, and the healing of punctured soap films. | |
Tom Froese トム・フロース |
最大1名受入れ可能 | 最大1名受入れ可能 |
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Tomoki Fukai 深井 朋樹
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最大1名受入れ可能 | 最大1名受入れ可能 |
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Izumi Fukunaga 福永 泉美 |
受入れ不可 | 受入れ不可 | ||
Gustavo Gioia グスタボ・ジョイア |
受入れ不可 | 受入れ不可 | The mechanics of solids and fluids | |
Yukiko Goda 合田 裕紀子 |
最大1名受入れ可能 | 最大1名受入れ可能 | Projects are available to study
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Igor Goryanin イゴール・ゴリヤニン |
受入れ不可 | 受入れ不可 | See unit website for details. | |
Shinobu Hikami 氷上 忍 |
受入れ不可 | 受入れ不可 | Random matrix theory, conformal bootstrap method, modular form and knot polynomials. | |
Philipp Höhn フィリップ・ホーエン |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Research on quantum reference frames, relational quantum dynamics, edge modes in gauge theory and gravity, finite region thermodynamics, interplay of quantum correlations and geometry (see website for more details on unit's research). | |
Filip Husnik フィリップ・フスニック |
最大1名受入れ可能 | 最大1名受入れ可能 |
Projects related to genomics and evolutionary cell biology of diverse symbioses (in deep sea protists, insects, corals, etc.) are available depending on interests of the intern. Please see our unit website for details [https://groups.oist.jp/ecbsu/members] |
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Hiroki Ishikawa 石川 裕規 |
受入れ不可 | 受入れ不可 | Identification and analysis of key regulators of immune responses that are relevant to various diseases. | |
Ryota Kabe 嘉部 量太 |
最大1名受入れ可能 | 最大1名受入れ可能 |
Development of organic glow-in-the-dark systems including organic synthesis and optical measurements. |
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Julia Khusnutdinova ジュリア・クスヌディノワ |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Organometallic chemistry, homogeneous catalysis, stimuli-responsive polymers containing coordination compounds. | |
Hiroaki Kitano/p> 北野 宏明 |
受入れ不可 | 受入れ不可 | My unit will focus on general areas of AI for Scientific Discovery, Aging, and Microbiome. | |
Tomomi Kiyomitsu 清光 智美 |
最大1名受入れ可能 | 最大1名受入れ可能 | See unit website (https://groups.oist.jp/cddu) for details. In addition, we have several unpublished results and potentially interesting projects. Please contact Tomomi Kiyomitsu if you are interested. | |
Fyodor Kondrashov ヒョードル・コンドラショヴ |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 | All students are encouraged to design and create their own project, or choose among many in the lab. We are interested in the study of fitness landscapes, marine, fungal and avian genomics, population genetics, conservation biology, bioinformatics and synthetic biology. | |
Keiko Kono 河野 恵子 |
受入れ不可 | 受入れ不可 | See unit website for details. | |
Denis Konstantinov デニス・ コンスタンチノフ |
最大1名受入れ可能 | 最大2名まで受入れ可能 | Experimental projects related to quantum state detection in electrons on superfluid helium for quantum computing applications. | |
Bernd Kuhn ベアン・クン |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Project involves training in animal surgery, in vivo two-photon imaging, and/or data analysis dependent on the interest and background of the applicant. Applicants who might want to join the OIST Graduate Program in the field of Neuroscience are specifically encouraged to apply. | |
Akihiro Kusumi 楠見 明弘 |
最大1名受入れ可能 | 最大1名受入れ可能 | See unit website for details. | |
Vincent Laudet ヴィンセント・ラウデット |
受入れ不可 | 最大1名受入れ可能 | ||
Paola Laurino パオラ・ラウリーノ |
最大1名受入れ可能 | 最大1名受入れ可能 | Different projects on protein and metabolites evolution, e.g. protein engineering for biocatalysis or prebiotic chemistry. Requires some experience in organic chemistry or molecular biology or biochemistry. | |
Qing Liu チン リュウ(柳 青) |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | We adopt the viscosity solution theory and other related methods to study nonlinear partial differential equations such as surface evolution equations, Hamilton-Jacobi equations, p-Laplace equations for applications in optimal control, game theory, image processing and so on. We also have research projects on differential equations in general metric spaces in connection with topics in optimal transport and data science. | |
Christine Luscombe |
最大1名受入れ可能 | 最大1名受入れ可能 | Projects will be in the general area of semiconducting polymer synthesis and their applications. Please refer to unit website (https://groups.oist.jp/picpu) for more details. | |
Nicholas Luscombe ニコラス・ラスカム |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | See unit website for details. | |
Ichiro Masai 政井 一郎 |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Our unit have investigated molecular and cellular mechanisms that regulate cell differentiation and organogenesis during development, using zebrafish as an animal model. Four research projects below are ongoing.
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Franz Meitinger フランツ・マイティンガー |
最大1名受入れ可能 | 最大1名受入れ可能 | The Cell Proliferation and Gene Editing Unit aims to understand molecular mechanisms of cell division and mitotic quality control in normal and cancer cells to determine tumor-suppressive mechanisms and cancer-specific vulnerabilities that can be exploited in chemotherapeutic approaches (https://groups.oist.jp/cellpro). Current Projects:
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Jonathan Miller ジョナサン・ミラー |
受入れ不可 | 受入れ不可 | Machine learning: Squid camouflage and genomics. | |
Satoshi Mitarai 御手洗 哲司 |
最大1名受入れ可能 | 最大1名受入れ可能 | The Marine Biophysics Unit (MBU) investigates biophysical coupling in the ocean at varying spatial scales, from micrometers for microbes to thousands of kilometers for biogeographic events, by incorporating physical, mathematical, and biological approaches. The MBU supports students with a variety of backgrounds; however, fluid dynamics and physical oceanography are fundamental to all of the Unit’s research. In particular, MBU welcomes students who are interested in employing physical and mathematical approaches to understand marine ecological systems. | |
William John Munro ウィリアム ジョン・ムンロ |
最大1名受入れ可能 | 最大1名受入れ可能 | Our unit focus covers 3 broad overlapping theoretical themes:
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Gene Myers ジーン・マイヤーズ |
受入れ不可 | 受入れ不可 | ||
Akimitsu Narita 成田 明光 |
最大1名受入れ可能 | 最大1名受入れ可能 | Projects involve organic synthesis of polycyclic aromatic hydrocarbons and completion of organic chemistry lab courses or equivalent experiences are required. | |
Yasha Neiman ヤーシャ・ネイマン |
確認中 | 確認中 | See unit website for details of the group’s research. | |
Kae Nemoto 根本 香絵 |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Projects are available in the following fields:
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Síle Nic Chormaic シーレ・ニコーマック |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 | Experimental work (with some simulations) in cold atoms, Rydberg atoms, laser cooling, atomic spectroscopy, optical nanofibre mode propagation, optical trapping of submicron particles, nonlinear optics in whispering gallery resonators. The work is usually mainly experimental and preference given to students who can commit to longer internships (more than 3 months). | |
Yoshinori Okada 岡田佳憲 |
最大1名受入れ可能 | 最大1名受入れ可能 | Epitaxial thin film growth of quantum materials. | |
Gerardo Pao Chan ジェラルド・パオ・チャン |
Biological Nonlinear Dynamics Data Science Unit 生物の非線形力学データサイエンス研究ユニット |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Our unit uses data science based on nonlinear dynamics to discover the intrinsic geometry of data to infer causal relationships that we test with wet lab experiments whenever possible. We work primarily in the areas of systems neuroscience and gene expression/epigenetics. Secondarily we also work on pluripotent stem cells, virology, ecology, climate change. In addition we work on cephalopod specific behavior and molecular biology. Internship projects can be wet or dry lab. Projects are mainly centered but not limited to the following topics:
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Svante Pääbo スバンテ・ペーボ |
受入れ不可 | 受入れ不可 | ||
Simone Pigolotti シモーネ・ピゴロッティ |
最大1名受入れ可能 | 最大1名受入れ可能 | Our main research activity is in theoretical and computational modeling of biophysical systems, ranging from stochastic molecular kinetics to population dynamics. Projects in non-equilibrium statistical physics and stochastic thermodynamics are also available. Candidates with background in these areas and interested in medium to long stays (i.e. more than three months) will be given preference. | |
Yabing Qi ヤビン・チー |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Research projects related to energy materials and surface sciences. | |
Timothy Ravasi ティモシー・ラバシ
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受入れ不可 | 受入れ不可 | Effect of Climate Change on Coral Reef fish communities | |
Sam Reiter サム・ライター
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最大1名受入れ可能 | 最大1名受入れ可能 | Cephalopod neuroanatomy, neurophysiology, and behavior. | |
Daniel Rokhsar ダニエル・ロクサー |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | My Unit is currently working on diverse projects related to the evolution of cephalopod and other genomes, neuronal cell types in cephalopods, and RNA editing in these species. We also have a long-standing interest in the diversity of Ryukyuan and other citrus species. | |
Marco Edoardo Rosti マルコエドアルド・ロスティ |
最大1名受入れ可能 | 最大1名受入れ可能 | Numerical simulations of laminar and turbulent complex flows. | |
Lauren Sallan ローレン・サラーン |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 | The Marine Macroevolution Unit investigates how marine biodiversity evolved on timescales outside human observation using approaches from fields such as phylogenetics, biomechanics, comparative anatomy, community ecology, modeling, and large-scale data analysis. Potential project topics include, but are not limited to, the effects of mass extinction and global environmental change, the diversification of fish and early vertebrate groups, the origins of key ecological traits, species interactions and coevolution, fossil description and phylogenetic placement, and the evolution of fish functional morphology. Projects will be assigned based on intern interest. | |
Noriyuki Satoh 佐藤 矩行 |
最大1名受入れ可能 | 最大1名受入れ可能 | ||
Hidetoshi Saze 佐瀨 英俊 |
最大1名受入れ可能 | 最大1名受入れ可能 |
Projects in epigenome analysis of plant genomes. |
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Nic Shannon ニック・シャノン |
受入れ不可 | 受入れ不可 | Many different projects are available within the broad area of the theory of quantum matter (including statistical physics, machine learning and some aspects of quantum computing). Details of project will be developed together with individual students, depending on their interests and experience. | |
Amy Shen エイミー・シェン |
最大1名受入れ可能 | 最大1名受入れ可能 | Both 3D printing and micro/nano-fabrication have the potential to revolutionize the way we create and use structures and devices. However, they are used for different purposes and have different capabilities. 3D printing is used to create large structures and devices, while micro/nano-fabrication is used to create small, precise structures and devices. The internship project will be focused on developing micro/nanofabrication protocols to make pillar structures, and eventually integrate these structures inside a microfluidic device. | |
Tsumoru Shintake 新竹 積 |
最大2名受入れ可能 | 最大2名受入れ可能 |
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Liron Speyer リロン・スペイヤ |
受入れ不可 | 受入れ不可 | Projects in group theory/combinatorics | |
Greg Stephens グレッグ・スティーブンズ |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | See https://groups.oist.jp/bptu for an overview of our current interests and publications. Available projects include theoretical work in dynamical systems and information theory, especially using operator approaches to construct slowly-varying collective states, as well as quantitative approaches to behavior including social interactions in squid and zebrafish, and the colony dynamics of honeybees. | |
Hiroki Takahashi 高橋 優樹 |
Experimental Quantum Information Physics Unit
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最大3名まで受入れ可能 | 最大3名まで受入れ可能 | Experimental work concerning ion trapping and/or laser physics, or spins in diamonds. Potential research projects are,
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Tomoyuki Takahashi 高橋 智幸 |
最大1名受入れ可能 | 受入れ不可 |
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Fujie Tanaka 田中 富士枝 |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Projects in synthetic organic chemistry related to the development of chemical transformation methods, the development of organocatalysts, and the synthesis of functionalized molecules. | |
Kazumasa Tanaka 田中 和正 |
受入れ不可 | 最大1名受入れ可能 | The Memory Research Unit aims to understand how memories are stored and used in the mammalian brain. Towards this goal, we combine genetic interventions, including optogenetic manipulation of neuronal activity, and electrophysiology/calcium imaging in freely moving mice. Successful applicants will learn one or more of these approaches and conduct a small research project. See unit website for details. | |
Jun Tani 谷 淳 |
最大1名受入れ可能 | 最大1名受入れ可能 | Free energy priciple and active inference framework applied to cognitive neurorobotics. | |
Marco Terenzio マルコ・テレンツィオ |
最大1名受入れ可能 | 最大1名受入れ可能 | ||
Emile Touber イミル・トゥベール |
受入れ不可 | 受入れ不可 | See unit website | |
Reiko Toriumi 鳥海 玲子 |
受入れ不可 | 受入れ不可 | The available potential projects are related to random geometry (e.g., random tensors). The tools useful may be topology, combinatorics, quantum/statistical field theories, critical phenomena, renormalisation group (perturbative and non-perturbative). | |
Gail Tripp ゲイル・トリップ |
最大1名受入れ可能 | 最大1名受入れ可能 | Our unit conducts research on the nature and causes of attention deficit hyperactivity disorder (ADHD). We are currently conducting studies on: reinforcement sensitivity (reward and punishment), including emotional reactivity, in children with and without ADHD; structural and pragmatic language skills in ADHD; social functioning in children with ADHD; and a range of parenting programs to manage ADHD. The lab also has the ability to undertake research on neuropsychological functioning in children with and without ADHD. | |
Jason Twamley ジェイソン・トゥワムリー |
最大3名まで受入れ可能 | 最大3名まで受入れ可能 | In the Quantum Machines Unit we focus on developing devices that use quantum mechanics which have the potential to be useful. Such machines include developing precision sensors, through to protocols and devices to help quantum information processing e.g. quantum memories etc. Such machines can involve many different physical phenomena including optomechanics e.g. the interaction of light and moving mechanical objects, optofluidics - the interaction of light with the mechanical motion of fluids, magneto-mechanics - the control of mechanical system by magnetic forces, and quantum version of these. The unit does research on all of these topics both theory and experiment and this can involve developing interesting control and analysis strategies which can sometimes require sophisticated levels of control e.g. machine learning - both in theory and experiment. | |
Marylka Yoe Uusisaari マリルカ ヨエ・ウーシサーリ |
最大1名受入れ可能 | 最大1名受入れ可能 | Projects involve kinematic analysis of rodent behavior, establishing metrics for measuring social activity and wellbeing using vocalization analysis, 3d image processing and reconstruction. | |
Hiroshi Watanabe 渡邉 寛 |
最大1名受入れ可能 | 最大1名受入れ可能 | ||
Jeff Wickens ジェフ・ウィッケンス |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 |
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Matthias Wolf マティアス・ウォルフ |
最大1名受入れ可能 | 最大1名受入れ可能 | ||
Yamada Makoto 山田 誠 |
最大3名まで受け入れ可能 | 最大3名まで受け入れ可能 | Projects in machine learning and data science. Interns will work on developing machine learning algorithms and applying them to real-world problems. After the internship period, we aim to submit the intern work to top machine learning venues. The following papers are written by recent interns:
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Tadashi Yamamoto 山本 雅 |
最大1名受入れ可能 | 最大1名受入れ可能 |
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Yoko Yazaki-Sugiyama 杉山(矢崎) 陽子 |
最大1名受入れ可能 | 最大1名受入れ可能 | We are trying to understand how neuronal circuits are shaped and modified to have specific funcrtions over development by using bird song learning models. We have been using, electrophysiology, anatomy, optogenetics and viral tools as our major gears. Besides, we are developing more genetical tools such as in situ and RNAseq. | |
Yohei Yokobayashi 横林 洋平 |
最大2名まで受入れ可能 | 最大2名まで受入れ可能 | Experimental projects on functional nucleic acids that function in cells (mammalian, bacterial), or purely chemical systems (test tubes, artificial cells). Requires some experience in molecular biology, biochemistry, or synthetic chemistry experiments. Some projects may require basic programming skills (e.g. Python) to analyze large sequencing datasets. | |
Yutaka Yoshida 吉田 富 |
最大1名受入れ可能 | 最大1名受入れ可能 | We study neural circuits to control motor behaviors using a variety of techniques such as molecular biology, mouse genetics, optogenetics, behavioral assays, Ca imaging, electrophysiology, and others. | |
Xiaodan Zhou シャオダン・ジョウ
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最大1名受入れ可能 | 最大2名まで受入れ可能 | Projects related to various notions of convexity and geometric inequalities in the Heisenberg group; Geometric function theory and equations in metric measure spaces |