Fractal Flower Eye
Brain Exercises Interface for Harvard University
Fractal Flower Eye is a brain visualization that blends art, AI, and neuroscience to create a mind control experience. The interface translates brain activity into progressive fractals, offering a glimpse into human consciousness. Captured brain signals are transformed using machine learning and 3D math. Rendered in real-time, modular design allows for four-sided projection, detecting focus levels and enabling dynamic control. Interaction depicts deep learning technology's potential to enhance cognitive engagement, providing audiences with brain-generated art reflecting their inner world.
Download Press Kit № 168158
Download Press Kit № 168158 Brain Exercises Interface for Harvard University by Yiqi Zhao to access high-res images, essential texts, translations, and exclusive interviews—all in one.
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Fractal Flower Eye by Yiqi Zhao
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Brain Exercises Interface by Yiqi Zhao
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Yiqi Zhao Fractal Flower Eye
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Yiqi Zhao Brain Exercises Interface
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Yiqi Zhao Designer Portrait Photo
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Fractal Flower Eye Brain Exercises Interface Press Releases
Press releases tailored for Fractal Flower Eye are available in the languages: English.
Fractal Flower Eye Brain Exercises Interface Translations
Fractal Flower Eye in your language: we provide project translations across multiple languages: ಮೆದುಳಿನ ವ್ಯಾಯಾಮ ಇಂಟರ್ಫೇಸ್ KN, Brain Exercises Interface EN, Breinoefeninge Koppelvlak AF, Ndërfaqe për Ushtrime të Trurit SQ, የአእምሮ ልምምድ በይነገጽ AM, واجهة تمارين الدماغ AR, Ուղեղային վարժությունների ինտերֆեյս HY, মস্তিষ্কৰ অনুশীলন ইন্টাৰফেচ AS, Beyin Məşqləri İnterfeysi AZ, Garun Ariketen Interfazea EU, Інтэрфейс трэніроўкі мозгу BE, ব্রেইন এক্সারসাইজ ইন্টারফেস BN, Interfejs za vježbe mozga BS, Интерфейс за Мозъчни Упражнения BG, ဦးနှောက်လေ့ကျင့်ခန်း အင်တာဖေ့စ် MY, Interfície d'Exercicis Cerebrals CA, Interface para sa Ehersisyo sa Utok CEB, Mawonekedwe Olimbitsa Ubongo NY, 大腦訓練介面 ZY, 脑力训练界面 ZH, Interfaccia d'Esercizii Cerebrali CO, Sučelje za vježbe mozga HR, Rozhraní pro trénink mozku CS, Hjernetrænings Interface DA, Hersenoefeningen Interface NL, Cerba Ekzerca Interfaco EO, Ajuharjutuste liides ET, Aivoharjoitusten käyttöliittymä FI, Interface d'Exercices Cérébraux FR, Eadar-aghaidh Eacarsaichean na h-Eanchainn GD, Interface de Exercicios Cerebrais GL, ტვინის ვარჯიშების ინტერფეისი KA, Gehirntrainings-Interface DE, Διεπαφή Ασκήσεων Εγκεφάλου EL, Ñe'ẽrã Akã Mba'apo Rehegua GN, મગજ કસરત ઇન્ટરફેસ GU, Entèfas Egzèsis Sèvo HT, Tsarin Atisayen Kwakwalwa HA, Papa Hoʻoikaika Lolo HAW, ממשק תרגילי מוח HE, मस्तिष्क अभ्यास इंटरफ़ेस HI, Interface Rau Kev Tawm Dag Zog Hlwb HMN, Agytorna Interfész HU, Viðmót heilaæfinga IS, Ihu Mmemme Ụbụrụ IG, Antarmuka Latihan Otak ID, Comhéadan Cleachtaí Inchinne GA, Interfaccia di Esercizi Cerebrali IT, ブレインエクササイズインターフェース JA, Interface Latihan Otak JV, Ми жаттығулары интерфейсі KK, ចំណុចប្រទាក់លំហាត់ខួរក្បាល KM, Urubuga rw'Imyitozo y'Ubwonko RW, 뇌 운동 인터페이스 KO, پەیکەری ڕاهێنانەکانی مێشک KU, Мээни Машыктыруу Интерфейси KY, ສ່ວນຕິດຕໍ່ການອອກກຳລັງສະໝອງ LO, Interfacies Exercitiorum Cerebri LA, Smadzeņu vingrinājumu saskarne LV, Smegenų pratimų sąsaja LT, Gehirübungen-Interface LB, Интерфејс за мозочни вежби MK, Interface Fanazaran'ny Atidoha MG, Antara Muka Latihan Otak MS, മസ്തിഷ്ക വ്യായാമ ഇന്റർഫേസ് ML, Interfaċċa ta' Eżerċizzji għall-Moħħ MT, Tūhono Whakangāwari Roro MI, मेंदू व्यायाम इंटरफेस MR, Тархины Дасгалын Интерфейс MN, मस्तिष्क व्यायाम इन्टरफेस NE, Hjernetreningsgrensesnitt NO, Grensesnitt for hjernetrening NB, Interfàcia d'Exercicis Cerebrals OC, ମସ୍ତିଷ୍କ ବ୍ୟାୟାମ ଇଣ୍ଟରଫେସ୍ OR, د دماغي تمریناتو انټرفیس PS, رابط تمرینات ذهنی FA, Interfejs Ćwiczeń Mózgowych PL, Interface de Exercícios Cerebrais PT, ਦਿਮਾਗੀ ਕਸਰਤਾਂ ਇੰਟਰਫੇਸ PA, Yuyay Kallpachana Interfaz QU, Interfață pentru Exerciții Cerebrale RO, Интерфейс тренировки мозга RU, Feso'ota'iga Fa'amalositaga o le Fai'ai SM, मस्तिष्क-व्यायाम-अन्तरापृष्ठम् SA, Interfejs za moždane vežbe SR, Chimiro Chemadzidziso ePfungwa SN, دماغي مشقن جو انٽرفيس SD, මොළ අභ්යාස අතුරුමුහුණත SI, Rozhranie pre mozgové cvičenia SK, Vmesnik za možganske vaje SL, Interface-ka Jimicsiga Maskaxda SO, Sekhokahane sa Boikoetliso ba Boko ST, Interfaz de Ejercicios Cerebrales ES, Antarbeungeut Latihan Otak SU, Kiolesura cha Mazoezi ya Ubongo SW, Hjärnträningsgränssnitt SV, Interface ng Ehersisyo ng Utak TL, Интерфейси Машқҳои Майна TG, மூளை பயிற்சி இடைமுகம் TA, Баш Ми Күнегүләре Интерфейсы TT, మెదడు వ్యాయామ ఇంటర్ఫేస్ TE, อินเทอร์เฟซการฝึกสมอง TH, ናይ ኣእምሮ ምንቅስቓስ መተሓላልፊ TI, ཀླད་པའི་སྦྱོང་སྤྱོད་མཐུད་ངོས། BO, Beyin Egzersizleri Arayüzü TR, Beýni Maşklary Interfeýsi TK, دماغی مشقوں کا انٹرفیس UR, Інтерфейс тренування мозку UK, مېڭە مەشىقى ئارايۈزى UG, Miya Mashqlari Interfeysi UZ, Giao Diện Rèn Luyện Trí Não VI, Rhyngwyneb Ymarferion Ymennydd CY, Breinoefeningen-ynterface FY, Ujongano Lokuqeqesha Ingqondo XH, געהירן איבונגען אינטערפעיס YI, Ojú-iṣẹ́ Ìdarayá Ọpọlọ YO, Isikhombimsebenzo Sokuzivocavoca Kwengqondo ZU.
Fractal Flower Eye Brain Exercises Interface Media Articles
Our articles on Fractal Flower Eye, prepared for immediate use, are offered in several languages, including Russian, Japanese, Portuguese, Chinese (Mandarin), French, Turkish, Indonesian, Dutch, Italian, English, Korean, Arabic (Standard), Hindi, German and Spanish.
Unique Properties
Fractal Flower Eye translates neural signals into mesmerizing visuals, fostering a symbiotic relationship between human mind and AI-driven art. By combining brain data and 3D mathematical algorithms, it generates dynamic, ever-changing displays that reflect emotions, thoughts, experiences. Different elements merge into a captivating narrative of girl shrouded in time within space, exemplifying her dedication to human augmentation. while stunning 3D creation demonstrates that AI can augment, rather than replace, human innovation.
Tags
AI, generative ai, graphics, digital media, fractal, 3d, wellness, BCI, cognitive science, diffusion
Production Technology
Flower Eye utilizes a brain computer interface to generate 3D fractals based on human brain activity. It employed electroencephalography sensors to capture brain signals, which were then translated into visual patterns using machine learning algorithms with 3d math. The resulting fractals were rendered in real time using a graphics engine and projected onto a large screen, creating an immersive experience. This innovative approach combines art, technology, and neuroscience to create a unique and captivating visual experience.
Design Challenge
Data Collection: EEG sensors Participants: 20 with sleep loss It's hard to isolate facial expressions signals with brain signals, eeg, many times when users move their mouse or eyes, the interface detached emg signals, then the data streaming gets delusional. Later changed into three layers of data collection to cancel out the emg influences.
Project Duration
The project started 2019 in Boston, Harvard University, later modified with diffusion model during 2022. It was exhibited in London, HongKong, Paris in 2023 and 2024.
Operation Flow
Use your brain to mind control and create engaging visual projection. Modular design projects fractals onto 3d projection, creating an immersive experience. Pre trained brain activities detect emotions and focus levels, enabling interpolation in 2D and 3D. This tech lets our audience use their mind to create interactive art, through neuroscience, demonstrating AI's potential to augment human innovation. People can also print out their brain flower to take home, each person can have their own visual Flower Eye patterns because their brain waves are unique to their consciousness.
Research
HCI and Neuroaesthetics Investigate brain-computer interfaces, BCIs, in emotion regulation; Explore human emotions, cognition, with immersive aesthetic interface Methodology: Responsive environments with brain data detection and real-time interface; User centered process involving co-creation workshops and usability testing Results: Invented a novel BCI based interface responding to user emotions and cognitive states Insights and Impacts: Emotions regulation can be aided through immersive visual enhancement; Developed design framework applicable to psychiatry
Inspiration
Unlocking Human-AI Co-Creation: The interface leverages human brain data to generate breathtaking visuals, merging manually crafted narratives with advanced brain algorithms. A brain-controlled AI enhances visual interactions, while human input infuses emotion and movement into 3D fractals, making untouchable consciousness visible through intricate spatial patterns. Full process transforms your mind into tangible media collections of memories. A dream of living "sun" is seamlessly integrated.
Image Credits
Image 1: Yiqi Zhao, Fractal Flower Eye, 2020 Image 2: Yiqi Zhao, Fractal Flower Eye, 2020 Image 3: Yiqi Zhao, Fractal Flower Eye, 2020 Image 4: Yiqi Zhao, Fractal Flower Eye, 2020 Image 5: Yiqi Zhao, Fractal Flower Eye, 2020 Video Credits: Yiqi Zhao
Project Overview
Fractal Flower Eye Brain Exercises Interface has been a Iron winner in the Generative, Algorithmic, Parametric and AI-Assisted Design award category in the year 2024 organized by the prestigious A' Design Award & Competition. The Iron A' Design Award is awarded to good designs that meet the rigorous professional and industrial standards set by the A' Design Awards. This recognition is reserved for works that demonstrate a solid understanding of design principles and show creativity within their execution. Recipients of the Iron A' Design Award are acknowledged for their practical innovations and contributions to their respective fields, providing solutions that improve quality of life and foster positive change. These designs are a testament to the skill and dedication of their creators, showcasing their ability to address real-world challenges through thoughtful design.
Iron Recognition
Yiqi Zhao was recognized with the coveted Iron A' Design Award in 2025, a testament to excellence of their work Fractal Flower Eye Brain Exercises Interface.
Yiqi Zhao Press Releases
Explore the world of Yiqi Zhao through our press releases, designed for media members to use freely and enrich your content. Journalists can access 2 press releases immediately, ready for your use.
Fractal Flower Eye by Yiqi Zhao Wins Iron A' Design Award for Pioneering Brain-Controlled AI Art Interface
Yiqi Zhao's Fractal Flower Eye, a groundbreaking brain exercises interface that transforms neural signals into immersive AI-generated fractal art, has been honored with the Iron A' Generative, Algorithmic, Parametric and AI-Assisted Design Award for 2025. Developed at Harvard and exhibited globally, this innovative project merges neuroscience, digital media, and human emotion to redefine interactive art experiences.
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