NTT x OIST Joint Workshop

NTT x OIST Joint Workshop
Thursday February 8th, 2024 09:00 AM to 05:00 PM
B250 Sydney Brenner Lecture Theater
Industry Relations

Description

Converging Horizons: NTT x OIST Joint Workshop

Join us for an exclusive workshop between NTT and OIST. We will host short talks and posters by NTT and OIST researchers covering a wide range of topics, including marine science, ecology, quantum information, photonics, AI, biotechnology and more.

The aim of the workshop is to meet, network, and explore opportunities for research collaborations that combine the complementary strengths of both organizations.

The poster session includes posters of all the talks, plus additional topics. Faculty, students, and researchers interested in learning about research at NTT and in connecting to NTT researchers are encouraged to attend.

Thu, 8 Feb 2024  | 9:00am-4:00pm  |  Sydney Brenner Lecture Theater B250

Presentation Program

Time Presenter Presentation Title
09:00-09:15 Welcome Remarks: Amy Shen, Provost, OIST  
09:15-09:23 NTT: Kazuma Sakoda

Research aimed at the improvement of carbon fixation capacity and nitrogen absorption/utilization ability through the genetic-engineering approach in plants
09:23-09:31 NTT: Helen Stewart

Examining ocean biophysical interactions using coupled ocean-physics biogeochemistry model experiments
09:31-09:39 NTT: Yoshifumi Wakisaka

Optical fiber environmental monitoring by using communication network and high-precision distributed acoustic sensing
09:39-09:47 NTT: Shinya Otsuki

Channel state information-based device-free wireless sensing
09:47-09:55 NTT: Hiroyuki Fukumoto

Experimental demonstration of fully wireless-controlled ROV using bidirectional high-rate underwater acoustic communications
09:55-10:03 NTT: Kunio Kashino Cross-model representation learning
10:03-10:11 NTT: Hiroaki Gomi

Brain processing for implicit sensorimotor functions
10:11-10:19 NTT: Motoki Asano Levitated cavity optomechanics
10:19-10:27 NTT: Koji Sakai

In-vitro 3D neuronal network on deformable electrode array
10:27-10:35 NTT: Riku Takahashi

Organ on a chip technology: On-chip hydrogel actuator capable of mimicking the motion of biological organs
10:35-10:43 NTT: Yoshioka Katsumasa

Terahertz carrier dynamics in graphene
10:43-10:51 NTT: Katsuya Oguri Dynamic band imaging for two dimensional layered materials towards PHz valleytronics
10:51-10:59 NTT: Takuya Ikuta  Quantum communication experiments
10:59-11:07 NTT: Cid Reyes-Bustos Invariants and combinatorics arising from the α-determinant
11:07-11:30 Break Coffee and snacks provided
11:30-11:38 OIST: Bill Munro Quantum Engineering and Design Unit
11:38-11:46 OIST: Jason Twamley Quantum Machines Unit
11:46-11:54 OIST: Yejun Feng Electronic and Quantum Magnetism Unit
11:54-12:02 OIST: David Armitage Integrative Community Ecology Unit
12:02-12:10 OIST: Timothy Ravasi Marine Climate Change Unit
12:10-12:18 OIST: Kenji Doya Neural Computation Unit
12:18-12:26 OIST: Tomoki Fukai Neural Coding and Brain Computing Unit
12:30-13:30 Break (Lunch for speakers and poster presenters in Lab 3 C700 - closed session)
13:30-16:00 Joint Poster Session NTT and OIST researchers will present posters of their research. Coffee and snacks provided (Location: B250)
16:00 Adjourn Workshop  
16:00-16:40 Closed Session (Wrap-up for speakers and poster presenters in B250 - closed session)

 

Posters

Poster # Presenter Poster Title
1 NTT: Kazuma Sakoda Research aimed at the improvement of carbon fixation capacity and nitrogen absorption/utilization ability through the genetic-engineering approach in plants
2 NTT: Helen Stewart Examining ocean biophysical interactions using coupled ocean-physics biogeochemistry model experiments
3 NTT: Yoshifumi Wakisaka Optical fiber environmental monitoring by using communication network and high-precision distributed acoustic sensing
4 NTT: Tomoki Murakami, Shinya Otsuki Channel state information-based device-free wireless sensing
5 NTT: Hiroyuki Fukumoto Experimental demonstration of fully wireless-controlled ROV using bidirectional high-rate underwater acoustic communications
6 NTT: Kunio Kashino, Harada Noboru, Akisato Kimura Cross-model representation learning
7 NTT: Hiroaki Gomi Brain processing for implicit sensorimotor functions
8 NTT: Motoki Asano Levitated cavity optomechanics
9 NTT: Koji Sakai In-vitro 3D neuronal network on deformable electrode array
10 NTT: Riku Takahashi Organ on a chip technology: On-chip hydrogel actuator capable of mimicking the motion of biological organs
11 NTT: Yoshioka Katsumasa Terahertz carrier dynamics in graphene
12 NTT: Katsuya Oguri Dynamic band imaging for two dimensional layered materials towards PHz valleytronics
13 NTT: Hiroki Takesue, Takuya Ikuta Quantum communication experiments
14 NTT: Masato Wakayama, Cid Reyes-Bustos Invariants and combinatorics arising from the α-determinant
15 NTT: Makio Kashino Body-brain interaction in real competition
16 OIST: Mojtaba Moshkani
Mathieu Couillard, Daehee Kim, Jason Twamley		 A magnetically tunable lens
17 OIST: Jason Twamley Levitated optomechanics for quantum sensing and fundamental science
18 OIST: Bill Munro,  Nicolò Lo Piparo, Akitada Sakurai & Kae Nemoto Photonic Quantum Communication and Computation in the telecom regime
19 OIST: Akitada Sakurai, William J. Munro & Kae Nemoto Quantum Extreme Reservoir Computing (QERC)
Quantum-Classical hybrid model for machine learning using QNN
20 OIST: Ezra Kassa, Hiroki Takahashi Monolithic Miniature 3D Linear Trap for Cavity Integration
21 OIST: Margarita Dronova, Yejun Feng Revealing the magnetic ground state in a disorder controlled pyrochlore oxide
22 OIST: Ayşe Haruka Oshima Açıkbaş, Timothy Ravasi Marine Climate Change Unit
23 OIST: Erina Kawai, Timothy Ravasi Marine Climate Change Unit
24 OIST: Daniel Muller-Komorowska, Tomoki Fukai Feedforward and feedback inhibition support classification differently in a spiking neuronal network
25 OIST: Prasanna Vijayaraghavan, Jun Tani Development of Compositionality and Generalization through  Associative Learning of Language and Action of Robots
26 OIST: Kenji Doya Neural Computation Unit

 

About NTT

Nippon Telegraph and Telephone Corporation (NTT) is a Japanese multinational telecommunications company headquartered in Tokyo, Japan. It is one of the largest telecommunications companies in the world in terms of revenue. NTT's primary business areas encompass a wide range of telecommunication services, including fixed-line telephone services, mobile phone services through its subsidiary NTT DOCOMO, and broadband and internet services. The company also offers IT and network services to both corporate and individual customers. Additionally, NTT is involved in the research and development of emerging technologies in fields like information and communication technology (ICT), cybersecurity, and artificial intelligence. NTT's global presence is marked by its operations in numerous countries and its active role in forming strategic partnerships and acquisitions to expand its service offerings and technological capabilities.
 
 

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