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49177ProjectLeaderMeeting TimeLive or RecordedFirst Author email address2nd3rd4th5th6th7thTitle
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Human (RT)
Daniel, Anouska, Lauren
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15FaceM 3-4LiveDaniel Beneda
danbeneda12@g.ucla.edu
Nyla JafriCindy TaMaureen UmaliNazar BoghosianYolanda WuObserving Saccades during Facial Recognition by High-speed Eye-tacking in VR Headset
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24Language 1M 10-12Live Anouska Sarafanouskasaraf@gmail.comLakshmi DavuluriYasmith FarnanXiaoyun XuMeasuring Components of Saccadic Eye Fixations While Reading Sentences Using Eye Tracking
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34Language 2R 10-12RecordedYasmith Farnan
yasmithfarnan@gmail.com
Xiaoyun XuAnouska SarafLakshmi DavuluriDuration of Saccadic Eye Fixations While Reading Sentences of Different Sized Fonts Using Eye Tracking
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Bionic Reading (Language Subgroup)
M 2-4LiveLauren Wallltwall36@g.ucla.eduDaniel BenedaThomas LeungChelsea LyJosh ChouRonak HegdeExamining the Efficacy of Bionic Reading using VR Eye Tracking Data
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Albert, Marco
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53Color 1
M/F 12-1 W 11-12
LiveAlbert Voalbertvo@g.ucla.eduBrian NguyenJason KnightColor Perception and Memory by the Gamma Brainwaves on the Visual Cortex V4
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64Color 2
M/F 12-1 W 11-12
LiveMai Vy Dang
maivy050703@g.ucla.edu
Jingran ZhangAnh TrinhKaren Nguyen
Origin of Color Perception and Memory: An Examination of the Relationship between Color Visualization and Gamma Brainwaves
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75Sound
M4-5; T3-5; W1-3
LiveYi Dingyd2025@g.ucla.eduBrendan LaoKareena PrasadKyle TsujimotoExamining Priming Effects in Auditory Reaction Time using PsychoPy
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83Touch
W 1-4, R 3:30-5:30
LiveAshleigh Chaseachase7379@g.ucla.edu Kyle TsujimotoJoselle BarnoyaPriming Effects in Tactile Reaction Time using Vibration Motor Stimuli on Various Skin Locations
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95MemoryT 11-12, R 2-4RecordedMarco Mathias
marcomathias9@gmail.com
Madeline PhanEphrem GeraldEarl GarrovilloSujin LimInvestigating the Effects of Spatial Location on Working Memory
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EEG
Mingda, Yuanting
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103
EEG (ERP - Eccentricities / Rotation)
R 12-2LiveDongfang Tiantina0810@g.ucla.eduXiaohan SunNegin JilaniAnalyzing ERPs from visual stimuli at different eccentricities and rotations
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115EEG (ERP - Scaling / Depth)S 2-4LiveSelena Yuselenayu@g.ucla.eduAndrea ThaiDaniel Hong Mahshad Rafiee
Hamid Reza Arefidoust
Analyzing EEG signal differences from stimuli scaled to different sizes and with visual cues for different depths
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EEG (ERP - Semantic vs Nonsense Language)
 S 3-5LiveIvan Chizov Chizovivan@gmail.com
Anusha Chaudhary
Sparsh JohriSofia GavuraAjeeth IyerAnalyzing EEG signal differences during language reading for semantic information vs nonsense information
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Ethan, Mingda
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132EEG (RSST)F 12-2RecordedEthan Nguyenethunguy@g.ucla.eduJada SumpterAshwath NayagaduraiInvestigating the Brainwave Phase Shift Detected by EEG for Visual Perception of 3D Space
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144EEG (RSST - Analysis)S 1-5LiveMingda Hemingda.he@gmail.comNetta AhmavarraYuanting PanKyle TsujimotoComparing Different Methods of EEG Analysis and Investigating the Advantages of RSST
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VR/Drone
Yuanting, Erik
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152Eccentricity/DepthM2-4, W2-4RecordedYuanting Panypan0131@g.ucla.eduThomas LeungVisual Perception of 3D Space by Brainwave Phase Shifts – Reaction Time Study by VR headset
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165Eye-TrackingW 2-4LiveJoanna Liujjliu7@g.UCLA.eduMichael BunteChris YangArthur ZhouGeoffrey XuInvestigating How Our Eyes Adjust To Unpredicted Motion Using VR Eye Tracking
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173Prism Adaptation F 1-2RecordedErik Maungerikmaung@g.ucla.eduYifan GuJean TanUsing Virtual Reality to Investigate Prism Adaptation to Angular Disparity
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Edmond, Brandon, Thomas
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185Drone (Scaling with VR)R 2-4LiveAva Basileoavabasileo@gmail.comMarco ChengAlexis LeeElisha Pornan
Alysa Phattanaphibul
Scaling Drone Motion Inputs using Virtual Reality Headsets to Investigate Effects of Scaling on Human Spatial Perception
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195VR Drone Synchronisation W 2-3, R 2-3, SunLiveEdmond Wangedmond.wang@ucla.eduBrandon Tran
Christopher Santiago Garcia
Sacaar JainShawn ZhuJordan JiangJennifer Mena
Synchronising Drones with Stereoscopic First Person View Systems as a means of conducting Real-Time 3D Depth Perception
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202VR DroneRecordedThomas Leungthomasleung@g.ucla.eduMaya Lund
Adaptation of 3D Space Perception When Visual Senses are Replaced via a Drone Camera Video Feed Sent Through a VR Headset
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2153D CNN (YOLO)M & T 4-6LiveBrandon Tran
tranbrandon1233@gmail.com
Joseph HuDilip Kusumasrikar nimmagaddaMichaela ChouModification of YOLOv5 to Simulate Depth Perception and Movement
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Thomas
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226Custom Drone (Rasperry Pi) W 2-4LiveEvan Frenchevanfrench@g.ucla.eduVivian LeGeorge GrigoryanBrendan TremblayElisha ReyesSophie SuhDevelopment of Drone Systems for Virtual Reality Perception and Control
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232Robot car with two eyesW 4-6RecordedJasmin Avila
avilajasmin5791@gmail.com
Srikar Nimmagadda
Development of Robotic Car System with Object Detection and Autonomous Driving using Two Cameras
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245Robot Car w/CNNW 4-6,R 3-5LiveArul Mathurarulmathur1@gmail.comEdmond WangShannon WangAshley ChengAlexander ChienLindsey LeeApplying AI-Based Visual Classification to Improve 3D Perception in Autonomous Drones with Binocular Vision
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252VR MiscrosopeRecordedAlexander Wu
alexanderwu842@g.ucla.edu
Thomas Leung
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Hydra
Yuuki
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264Locomotion
S1-3, M12-2, Th12-2
RecordedDavid Trandabidito@ucla.eduXiang (Koko) LiSunny HouDongfang TianPui (Charmaine) Sze Reaction Time and Types of Locomotion Exhibited by Hydra in Response to Mechanical and Light Stimuli
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274Phototaxis (Color response)W 12-2, Sun 2-4LiveFaisal Haamedfhaamed@g.ucla.eduJaden KwonMichelle SenKenneth NguyenWavelength and Intensity Dependence on Photo Response Time of Hydra vulgaris
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Brine Shrimp
Inessa, Arpine
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285Phototaxis (Color response)T 12:30-2:30RecordedInessa Sevantsianinessasev@g.ucla.edu
Arpine Rostomyan
Lili NavasardyanNare NazaryanVartan MikayelyanResponse of Brine Shrimp to different wavelengths of light
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Two Peak light intensity and Brine Shrimp Response
 T 1-3LiveAmanda Powellapowell42@g.ucla.eduJonathan MalauAlex TangHanna BoughanemPhototaxis Behavior of Developing Brine Shrimp based on Light Intensity and Color
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302Phototaxis and Brine Shrimp ThursdayLiveMarie Khijniakmkhijniak@gmail.comAdithi AyyalaLana AlhabbalBiological Response of Brine Shrimp to Light Intensity and Wavelength
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Sofia, Geroge
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313Locomotion (CPG)Tuesday 1-3LiveAnthony Wongawong0811@g.ucla.eduBradyn KleinDoogyul LeeLocomotion Speeds of Brine Shrimp Throughout Early Development
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324TouchM/F 12-3LiveCaitlin McFaddencaitlinkimc@g.ucla.eduSofia GarciaGeorge Cazares
Crystal Herrera Heredia
Response Time of Brine Shrimp to Mechanical Stimuli During Variable Developmental Life Stages
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332pH LevelSunday LiveSusan Chamlingsusanbruin4@g.ucla.eduJosephine KimThe Effect of Varying Levels of pH on Brine Shrimp Survivability
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342
Recovery from Reduced Metabolic Activity via Cryogenics
Sunday
Recorded
Yuuki Morishige4yuuki@gmail.comNyla Jafri
Shima98.m@gmail.com
Recovery Time of Brine Shrimp to Normal Metabolic Activity After Reduced Metabolic Activity via Cryogenics
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Drosophila Larva
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Samanth, Aila, Eileen
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354Phototaxis (Color response)F 1-3LiveSamantha Yangsam0mx@g.ucla.eduKatie VacaManny SinghMayeli SarmientoWavelengths dependency on Drosophila Larvae vision in Different Developmental Stages
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Phototaxis, Vision (Color resonce)
T 2-4 OR F/Sunday if needed
LiveGia Leongialeon122@gmail.comNavdha SharmaJade SmithAnanya ShahaniAditi ReddyResponse of Drosophila to Varying Wavelengths of Light`
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Photoreceptors/Phototaxis (Color response)
Sunday 2-4pm/Thursday 10-12 as needed
LiveAila Bayonetaarbay@g.ucla.eduDana NasereldinSanjana SivakumarFaith WongOlivia MonroyThe Development of Photosensitivity in Drosophila Larval Vision to Varying Stimuli of Light
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383PhotoreceptorsT 12:30-2:30Live
Eileen Soghomonian
aleenso@g.ucla.edu
Yeprem Muradyan
Marie VoskanyanExploring photoreceptors’ sensitivity in Drosophila larvae
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Zachary, Yiyi
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394Locomotion (CPG)Sun, Mon, WedRecordedChloe Gonzaleschloegonzs@g.ucla.eduColette ShvagerYoshiaki YamamotoSemra EstifanosExploring the Maturation of Fruit Fly Larvae Motor Neurons in Response to the Vicinal Existence of Noxious Heat
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403Locomotion (CPG) 2F 1-3RecordedBriana Laybrianaplays@ucla.eduAriane CazaubonKrish AjmaniDifferences in Drosophila Larval Movement When Exposed to Food Throughout Developmental Stages
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414TouchM2-4RecordedZachary Morcos
zachary.morcos4@gmail.com
Emily Chandler Amanda DankbergOlivia LowJade BlairReaction Time of Drosophila Larvae to Touch at Varying Body Regions through Development Phase
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424EatingSaturday, 12-2RecordedKayko Leekaykoleex@gmail.comMy-Lan LeSamantha LocJacob Talamantes Growth and Development of Drosophila Larvae Through Varying Food Qualities of Fruit
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435Awareness of deathM/F 12-3LiveYiyi Chenyiyichen13@g.ucla.eduDena ZamaniBryan ChowKienna Chhoeu
Annastashia Ramsey
sepi Torab (sepi97@g.ucla.edu)
Investigating Whether Drosophilia Larvae Have an Awareness of Dead Others
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Drosophila (Adult)
Altamash, Sandra
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444Vision (RT)
Sunday 12:45-2:00
RecordedMax Mitterberger
mmitterberger@g.ucla.edu
Zachary Loudermilk
Caroline HersmanTess FlinchbaughMeasuring Reaction Time of Fruit Flies to Visual Stimuli
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451Photo response (GCaMP)W 12-1LiveAltamash Mahsud
alzamsd2001@gmail.com
Exploring Drosophila Neurodynamics in the Presence of Visual Stimuli via in vivo Calcium Imaging of the Optic Lobe
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463Head-Fixed RecordedNathan Tongnathantong@g.ucla.eduAayushi JaniAlice TaylorOluwatofunmi BaruwaHead-Fixed Dissection for Live-Brain Imaging of Drosophila melanogaster to Observe Dynamic Neural Activity
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Microscope
Sandra, Max
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471TranSIMT,R 1:45-4:00Recorded
Pablo Ayala Gaytan
olbap213@gmail.comUsing Transverse Sheet Illumination Microscopy to observe Fluorescent neural activity in Drosophila.
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482eOCTMonday 1-2RecordedShay Hajleyshajley@g.ucla.eduJoey ChangEccentric Optical Coherence Tomography (eOCT) for complete retinal 3D scanning
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491Image ProcessingFri 10-2pmLiveSandra Karonsandrahkaron@gmail.comUsing Fluorescence Imaging to Examine How the Brain Processes External Space
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