Osaka, Japan
CURRENT
Osaka, Japan
CURRENT
Kyoto, Japan
CURRENT
Osaka, Japan
April 2016 - March 2021
Tokyo, Japan
May 2012 - April 2015
Regensburg, Germany
April 2011 - April 2012
Cambridge, USA
April 2009 - March 2011
Kyoto, Japan
Feb. 2009 - March 2009
Boston University
January 25th 2009
Osaka Educational University
March 2001
Osaka Educational University
March 1999
Tsushima (2022) Basic and Advanced Research in Cross-modal Information rocessiong (in Japanese) , CiNet Reports, Vol.68
Nishino & Tsushima (2022) Slow lemon, Fast vanilla (in Japanese) , Aroma Research, No.89, (Vol.23/No.1 2022)
Tsushima, Nishino & Ando (2021) Olfactory stimulation modulates visual perception without training, Frontiers in Neuroscience, 15, 934
Tsushima, Sawahata & Komine (2020) Task-dependent fMRI decoder with the power to extend Gabor patch results to Natural images, Scientific Reports, Jan 28; 10, 1382
Tsushima, Okada, Kawai, Sumita, Ando & Miki (2020) Effect of illumination on perceived temperature, PloS One, Aug 10;15(8):e0236321
Hine & Tsushima (2018) Not explicit but implicit memory is influenced by individual perception style, PloS One, Jan 25;13(1):e0191654
Tsushima, Komine, Sawahata, & Morita (2016) Undetectable changes in image resolution of luminance-contrast gradients affect depth perception, Frontiers in Psychology,Feb 23;7:242.
Tsushima (2015)Images and Neuroscience -Beyond Reality- (in Japanese), CGworld, September, 73
Tsushima (2015) Relationship Between Depth Perception and Ultra High Definition Images (in Japanese), The Institute of Image Information and Television Engineers, VOL.69, NO.6, JULY
Komine, Tsushima, Sawahata, & Hiruma (2015) A Relationship between Image Resolution and Depth Sensation in Shading Image (in Japanese), NHK R&D report, 47-54
Tsushima, Komine, Sawahata, & Hiruma (2014) Higher resolution stimulus facilitates depth perception: MT+ plays a significant role in monocular depth perception, Scientific Reports, October 20; 4, 6687
Tsushima (2014) Weaker signals induces more precise temporal-integration, Scientific Reports, April 11; 4, 4660
Seitz, Protopapas, Tsushima, Vlahou, Gori, Grossberg, & Watanabe (2010) Unattended exposure to components of speech sounds yields same benefits as explicit auditory training, Cognition, Jun; 153(3): 435-443
Tsushima & Watanabe (2009) Roles of attention in perceptual learning from perspective of psychophysics and animal learning, Learning and Behavior, 37(2), 126-132
Tsushima, Seitz, & Watanabe (2008) Task-irrelevant learning occurs only when the irrelevant feature is weak, Current Biology, Vol. 18, No.12, R516-517
Tsushima, Sasaki, & Watanabe (2006) Greater disruption due to failure of inhibitory control on an ambiguous distractor, Science, 314, 1786-1788
Setiz, Nanez, Holloway, Tsushima, & Watanabe (2006) Two cases requiring external reinforcement in perceptual learning, Journal of Vision, 6(9), 966-973
Exciting Future for science, MBS, TV program , 2022, April 17th
Panel Discussion 2019 hosted by Kyocera (in Japanese) Youtube
Where are we going with technology? (in Japanese) , PC watch, July, 2019
Subliminal Information into your brain (in Japanese) , Nikkan Kogyo Shinbun, November, 2017
Keihanna Science City for 30 years (in Japanese) , Nikkan Kogyo Shinbun, April, 2017
8K is 3D display!? -Relationship between Resolution and Depth Sensation- (in Japanese), ITmedia
Petra Stoerig (2006) The Impact of Invisible Stimuli, Science, 314, 1694-1695
Subliminal Medssages Drives the Mind to Distraction, Scientific Aemrican
Subtle distractions more annoying COSMOS, The Science of Everything
Copyright@Yoshiaki Tsushima