
♥️🟥🟧🟨🟩🟦🟪🟫⬛❤
#helsinki🇫🇮 #pride #lgbtq #helsinginyliopisto #universityofhelsinki
♥️🟥🟧🟨🟩🟦🟪🟫⬛❤
#helsinki🇫🇮 #pride #lgbtq #helsinginyliopisto #universityofhelsinki
At the end of week 10 at lammibiologicalstation I can definitely say the landscape’s main colors are rapidly turning to green and blue, with…
Depression changes the way the brain processes information. It also affects how people with depression perceive brightness and contrast, a study finds.
Researchers investigated whether a computer would be able to identify the facial features we consider attractive and, based on this, create n…
An AI Generates Personally Attractive Images by Reading Brain Data Source: University of Helsinki 📷 Gerd Altmann from Pixabay #tech #ai #attractiveimages #brain #braindata #subjectivenotions #portraits #decisionmaking #preference #universityofhelsinki https://t.co/xHdeNl0ghs
Purpose for this picture is not to take a position on the issue of facemasks. But gotta say one question about these, which came to my mind f…
Beauty is in the #brain of the beholder: An #AI generates personally attractive images by reading brain data | #UniversityOfHelsinki https://t.co/eD1u9tAXXg
Researchers made an AI-based device understand our subjective notions of what makes faces attractive, and generate new portraits tailored to personal notions of attractiveness. #HelsinkiData #BrainResearch #AI #ArtificialIntelligence @KumpulaScience https://t.co/c3UiMJz4BM
Researchers made an AI-based device understand our subjective notions of what makes faces attractive, and generate new portraits tailored to personal notions of attractiveness. #HelsinkiData #BrainResearch #AI #ArtificialIntelligence @KumpulaScience https://t.co/c3UiMJz4BM
What kind of faces do individual people find attractive? Researchers succeeded in making an AI understand our subjective notions.
This will be a messy post, just as my busy week 5 at lammibiologicalstation was. It’s been days of whirling snowflakes alternating to sunshin…
The Academy of Finland granted us 28.6 million euros to strengthen our strategic profiling and research quality! 🙌 The three supported areas are: 🔹 Understanding the Human Brain 🔹 Helsinki Institute for Social Sciences and Humanities 🔹Interdisciplinary Research for Health and Wellbeing A total of €100 million was granted to 12 Finnish universities in this sixth profiling funding round.
Dyslexia might be caused by atypical language development, such as problems in speech discrimination. Brain research provides ways to identify dyslexia risk early.
Suomen Akatemian myönsi meille 28,6 miljoonan euron kilpaillun rahoituksen tutkimuksemme laadun kehittämiseen kolmella profiloitumisalueella: 🔹 Ihmisen aivojen ymmärtäminen 🔹 Helsingin yliopiston humanistis-yhteiskuntatieteellinen instituutti 🔹 Monitieteinen terveyden ja hyvinvoinnin tutkimus Kansainvälinen paneeli arvioi hakemuksemme tällä kertaa Suomen parhaaksi.
28.6 million € of profiling funding to enhance our research quality. 🤩🍾Thank you @SuomenAkatemia! We will use it on 🔹understanding the human brain 🔹social sciences and humanities 🔹interdisciplinary research for health and wellbeing. #WeAreHelsinkiUni https://t.co/Mc3DECylku
Meet the teacher! In 1995, Minna Huotilainen was doing her PhD on auditory memory and signal processing. She has always been passionate about…
An international research group @helsinkiuni and @AaltoUniversity has discovered in the human brain a new functional coupling mechanism between neurons, which may serve as a communication channel between brain regions. @UH_Neuro @PalvaLab #HelsinkiHealth https://t.co/yAsg2MTC2H
An international research group @helsinkiuni and @AaltoUniversity has discovered in the human brain a new functional coupling mechanism between neurons, which may serve as a communication channel between brain regions. @UH_Neuro @PalvaLab #HelsinkiHealth https://t.co/yAsg2MTC2H
Meet the teacher! In 1995, Minna Huotilainen was doing her PhD on auditory memory and signal processing. She has always been passionate about research and cannot think of a more interesting subject than the brain. Today, Minna is a neuroscientist teaching in the Master’s Programme in Changing Education. "The courses that I teach in consecutive years are a bit different each time. I like to try out various methods to teach the same subject." The applications are currently open to our 35 International Master’s Programmes. Apply before 15 Jan 2021.
The Trophin lab focuses on the role of Brain-Derived Neurotrophic Factor (BDNF) and its receptor TRKB in the plasticity and in the mechanisms of drugs used for the treatment of brain disorders. #helsinkihealth #helsinkiuni https://t.co/YWichjBQOZ