| Title |
Laboratory |
Balloons / Tickets |
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Nanoscience Joint Laboratory |
| See for yourself the surprising things that happen at ultra-low temperatures |
Low Temperature Physics Laboratory |
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| The ultimate in magnification-surfaces and the nanoworld |
Surface Chemistry Laboratory |
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| Seeing and creating nanoscience with light |
Nanophotonics Laboratory |
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Chemistry and Material Physics Building |
| Extracting and analyzing ingredients of a drink |
Molecular Characterization Team |
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| Have fun with magnets |
Magnetic Materials Laboratory |
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| Exploring the microworld with lasers |
Molecular Spectroscopy Laboratory |
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| Biomolecular chemistry: understanding chemical synthesis and life phenomena |
Synthetic Cellular Chemistry Laboratory |
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| Study organic compounds, and the mysterious shapes of molecules |
Synthetic Organic Chemistry Laboratory |
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| Amazing catalysts that make only what you want them to make |
Organometallic Chemistry Laboratory |
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| A world of gleaming craftsmanship: the cutting edge of trace element analysis |
Chemical Analysis Team |
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Cooperation Center |
| Fullerenes-wonders of nanotechnology-and their surprising applications |
Fuence Co., Ltd. |
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| Diagnosing allergies with a biosensor |
Nano Medical Engineering Laboratory |
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| Nanoscience -the surprises of the micro-world |
Nano integration Material Research Unit |
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| A demonstration of computer-aided microfabrication |
Advanced Device Laboratory |
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| Robot technology making use of knowledge systems |
Materials Fabrication Laboratory |
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| Simple, quick, and thorough gene analysis |
Intelligent System Research Unit |
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| Next-generation CAD and its applications |
Bioengineering Laboratory |
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| Highlights of creation. Making a 3D model of your face |
VCAD Modeling Team |
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| State-of-the-art computer simulation in manufacturing |
VCAD Applied Fabrication Team |
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| Combining cyberspace and reality |
Manufacturing Process Simulation Team |
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| Look at moving cells on a computer |
Functionality Simulation and Information Team |
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| Look, photograph, and build-how objects are put "inside" a computer |
Computational Cell Biomechanics Team |
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| Try out a new way of making things which copies real objects |
Bio-research Infrastructure Construction Team |
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| Making nanofibers with high-voltage electricity |
VCAD System Research Program |
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| Play with shapes! 2008 |
VCAD Solutions Co., Ltd. |
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| Megaopto's advanced lasers: development and products |
Megaopto Co., Ltd. |
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| Campestenone obesity-correcting metabolic syndrome |
Technoflora corporation |
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| Artificial base pairs: Adding new characters to a gene |
TagCyx Biotechnologies Co., Ltd. |
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| Cancer treatment |
Cell-Medicine, Inc. |
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Bioscience Building |
| The wonders of genetic recombination: DNA makes its own genetic information |
Shibata Distinguished Senior Scientist Laboratory |
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| The immune mechanism of plants |
Plant Acquired Immunity Research Unit |
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| The genetic blueprint of life: see chromosomes |
Chromosome Dynamics Laboratory |
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| See medicines at work |
Chemical Genetics Laboratory |
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| Try touching living beetles |
Molecular Entomology Laboratory |
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| The wonderful world of brassinosteroids. Answer the quiz and win an orchid-Part 1 |
Plant Chemical Biology Research Unit |
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| The genetic fingerprinting of plants. Answer the quiz and win an orchid-Part 2 |
Plant Breeding and Cell Engineering Research Unit |
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Comparative biology of lipids. Look at various living organisms. Answer the quiz and win an orchid-Part 3 |
Cellular Biochemistry Laboratory |
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| Using light to look at molecules inside a cell |
Cellular Informatics Laboratory |
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| Look at animal cells |
Cellular Dynamics Laboratory |
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| Benefits from microbes-from natural compounds to coordination of cell functions |
Molecular Membrane Biology Laboratory |
|
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| Look at living cells |
Antibiotics Laboratory |
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| Exploring the shape of proteins with light |
Biomolecular Characterization Team |
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Instrumentation Center |
| Developing leading-edge processing techniques |
Advanced Engineering team |
9:45~
(1)10:00~ (2)11:00~
(3)13:30~ (4)14:30~
(5)15:30~
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| Machining work that supports research |
Rapid Engineering Team |
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| Exploring the shape of proteins with light |
Biomolecular Characterization Team |
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| Extracting and analyzing ingredients of a drink |
Molecular Characterization Team |
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RIKEN stamp rally Win a prize  |
Planning and Promotion Team |
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| Write on your hair using ion beam microfabrication. Around 3 demonstrations for 15 people each time. (Tickets will be handed out.) |
Beam Application Team |
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| A world of gleaming craftsmanship-the cutting edge of trace element analysis |
Chemical Analysis Team |
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Hirosawa Club |
| Make anima figures out of silk cocoons |
Molecular Entomology Laboratory |
 (15 minutes before)
(1)10:00~11:30
(2)11:30~13:00
(3)2:00~3:00 |
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Technology Transfer Building |
| Things that are made using ELID grinding |
Materials Fabrication Laboratory |
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Kyosai Club Cafe |
| Science cafe |
Public Relations Office Science cafe |
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Welfare and Conference Building (main cafeteria bldg.) |
Extract DNA from broccoli (for children age 11 and older) |
Public Relations Office (PRO) |
 (15 minutes before)
(1)10:00~ (2)11:00~
(3)13:30~ (4)14:30~
(5)15:30~
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Brain Science Institute Ikenohata Research Building |
| Animals which sing The beginning of language |
Laboratory for Biolinguistics |
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Brain Science Institute Central Building |
| What is DNA? |
Laboratory for Molecular Psychiatry |
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| The wonders of the brain |
Brain Science Promotion Division (BSPD) |
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| See how the brain works |
Support Unit for RRC-fMRI |
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| Glowing fish explain the world of the brain and the nervous system |
Laboratory for Developmental Gene Regulation |
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| Looking at the brain |
Laboratory for Cortical Organization and Systematics |
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| The mechanism of thinking and what we can see when people play Japanese chess |
Shogi information processing research project |
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| Calcium and the workings of cranial nerve cells |
Laboratory for Developmental Neurobiology |
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| Comparing genes and examining the structure of the brain |
Laboratory for Comparative Neurogenesis |
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| Why do birds sing? |
Laboratory for Vocal Behavior Mechanisms |
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| How we study "neural network dynamics"? |
Laboratory for Neuronal Circuit Dynamics |
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| Brain science research's international network |
Neuroinformatics Japan Center |
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| Taking a look at the behavior of a neural network |
Hosoya Research Unit |
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| The workings of the brain: are critical points essential? |
Laboratory for Neuronal Circuit Development |
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| (1) The mystery of sight and (2) What does the retina do? |
Laboratory for Neuroinformatics |
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| Breaking down amyloidβ, one of the causes of Alzheimer's |
Laboratory for Proteolytic Neuroscience |
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| What we know about bipolar disorder |
Laboratory for Molecular Dynamics of Mental |
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| Estrogen and memory |
Disorders |
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| Serious nervous diseases-the road to treatment 2008 |
Yamada Research Unit |
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| The effect of maternal alcohol consumption on the fetal brain |
Laboratory for Structural Neuropathology |
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| Seeking treatments for epilepsy and Down's syndrome |
Motoyama Research Unit |
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| What is a stem cell? |
Animal Resource Unit |
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| Analyzing mouse behaviour |
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| Analyzing genes and proteins-supporting research |
Laboratory for Neurogenetics |
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| What brain waves tell us about how the brain works |
Laboratory for Advanced Brain Signal Processing |
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| Watch how the brain forms |
Laboratory for Cell Culture Development |
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Information Science Building |
| Taking a look at a supercomputer / the history of computing |
Advanced Center for Computing and Communication |
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| Developing the fastest and most powerful supercomputer in the world |
Planning and Coordination Group, Next-Generation Supercomputer R&D Center |
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See the world of flow with computer graphics *Tickets to be distributed from 9:30 am |
Advanced Center for Computing and Communication |
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Face a miracle pitch in our virtual baseball park *Tickets to be distributed from 9:30 am |
| How do we study babies' language development? |
Laboratory for Language Development |
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Memorial Room (Library basement) |
| Display of historical materials |
Public Relations Office |
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Frontier Research Laboratory |
| Terahertz light-wave of the future |
Terahertz-wave Research Program |
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The phenomenon of life beyond the genome-What are glycans?
Cells that relate to everything from blood type to cancer metastasis |
Systems Glycobiology Research Group |
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| The quantum computer-a dream machine |
Macroscopic Quantum Coherence Laboratory |
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| Amazing magnets: Look, learn, and touch |
Digital Materials Laboratory and Quantum Nano-Scale Magnetics Laboratory |
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| Observing the quantum world with electronic eyes-Cathode ray holography |
Quantum Phenomena Observation Technology Laboratory |
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Main Research Building |
| RIKEN Gallery: Panel display of RIKEN's institutes and centers |
Public Relations Office |
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| What is molecular-informational life science? |
Molecular & Informative Life Science Unit |
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| (1) What's a cloud chamber? Can we see radiation? |
Radiation Laboratory |
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| (2) Play with spinning tops |
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| (3) What's inside a proton? Discover the world of quarks. |
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| Investigating materials using mesons and muons |
Advanced Meson Science Laboratory |
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| The science of health and illness |
Molecular Cellular Pathology Research Unit |
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| Explore the world of viruses |
Viral Infectious Diseases Unit |
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| Silicon, a fascinating material |
Functional Elemento-Organic Chemistry Unit |
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| The world of slow highly charged ions (2) |
Atomic Physics Laboratory |
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| The world of antimatter |
Exhibition Office (RIKEN Gallery) |
| Using computers to see an invisible world |
Computational Astrophysics Laboratory |
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| Commemorative lecture to mark opening of ASI exhibit room |
PR Committee, Institute for Advanced Sciences (IAS) |
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Laser Science Laboratory |
| Science show: "Science Fleet Experangers" |
Public Relations Office (PRO) with Science Museum |

(1)11:00~11:30
(2)13:30~14:00
(3)15:00~15:30
|
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| Seeing crystalline materials with ion beams |
Atomic Physics Laboratory |
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| Making biological diagnoses with light |
Optical Biopsy Development Research Unit |
|
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| Supermolecules and light |
Supramolecular Science Laboratory |
|
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Engineering Building |
| Opening up new worlds with beams |
Beam Application Team |
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| Try an electron microscope-bring your own specimen. |
Public Relations Office (PRO) with JEOL Ltd. |

(1)9:30~12:00
(2)13:00~16:00
|
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| (Specimens should be 2-3 cm in size and dry.) |
Center for Nuclear Study |
| Getting close to the extreme states of atomic nuclei |
University of Tokyo Center for Nuclear Study |
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Slow highly-charged ion |
| Investigating the atom with slow highly-charged ions |
Atomic Physics Laboratory |
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LINAC Laboratory |
| Using a massively parallel computer to see the world of the atomic nucleus |
University of Tokyo Center for Nuclear Study |
|
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| Experiment with particle acceleration using a LINAC model |
Accelerator Operation Group |
|
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| Discovery of element 113 |
Superheavy Element Laboratory |
|
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Nishina Building |
| Exploring the mysteries of the universe with astro-nuclear physics |
University of Tokyo Center for Nuclear Study |
|
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RIBF Building |
| BigRIPS, the machine that produces the most powerful radioscope beams in the world |
Experimental Installations Development Group |
|
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| RIPS-creating atomic nucleii that do not exist in nature |
Experimental Installations Development Group |
|
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| See the world of atomic nuclei with heavy ions |
Heavy Ion Nuclear Physics Laboratory |
|
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| Fun with heavy ion reactions |
Radioactive Isotope Physics Laboratory |
|
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| Tour of world's most powerful multi-stage superconducting ring cyclotron |
Accelerator Operation Group |
|
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| Play with a miniature ring cyclotron accelerator |
| Making fragments of a neutron star |
University of Tokyo Center for Nuclear Study |
|
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| Solving the mystery of the genesis of elements |
Nishina Center for Accelerator-Based Science |
|
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| Recipe of the universe! Find out what we are made of. |
Cosmic Radiation Laboratory |
|
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| Biological effects of accelerated heavy ion particles |
Accelerator Applications Research Group |
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| Creating amazing plants |
| Decelerating a high-energy ion down to a temperature of 10-17 |
Atomic Physics Laboratory |
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| Experience the deep-sea world |
Computational Astrophysics Laboratory and Eco-Soft Material Research Unit with Shin-Enoshima Aquarium and Science Museum |
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Field |
| Take a ride on a mini steam train made by scientists |
Public Relations Office with JMRC |
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