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Lucas Rivera-Chen

Grade 11 · Neuroscience · MA

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Portfolio read

Strong

3 High 0 Medium 0 Low

GPA

3.90

SAT

1540

Target major

Neuroscience

Schools analyzed

Activities

Days to RD

174 days

Schools

verdict · committee confidence · drill in

High Columbia University in the City of New YorkNeuroscience Medium confidence Analysis →

High Johns Hopkins UniversityNeuroscience High confidence Analysis →

High Boston UniversityNeuroscience High confidence Analysis →

Priority actions

ROI-ranked · what moves the needle now

Write Columbia essays that explicitly connect neuroscience to the Core Curriculum (e.g., philosophy of mind, ethics of brain intervention, consciousness debates) and frame BrainBytes as a public intellectual project shaped by Core-style inquiry

🎯 Columbia University in the City of New York ⚙ Low effort 🕒 before ED/RD essay submission

Update the application with concrete evidence of research contribution: describe your exact role in the optogenetics project (methods used, data analysis, code, experimental design) and provide a publication update if accepted.

🎯 Johns Hopkins University ⚙ Low effort 🕒 Immediately and again if publication status changes before RD decisions

Clarify your exact role in the MIT optogenetics research (methods you built, analyses you ran, experiments you designed) in the activities section or additional information

🎯 Boston University ⚙ Low effort 🕒 Before application submission

Convert existing research into a clearer student-led output: preprint, conference poster, or independent analysis explaining the optogenetics work through your BrainBytes platform

🎯 Columbia University in the City of New York ⚙ Medium effort 🕒 within 3–6 months

Explicitly connect your YouTube neuroscience channel to knowledge creation—show metrics (views, classroom adoption, collaborations with researchers) and frame it as public science translation rather than just content creation.

🎯 Johns Hopkins University ⚙ Low effort 🕒 Essay revisions before submission

Two years of sustained neuroscience research at the MIT McGovern Institute working on optogenetics in C. elegans, showing continuity and exposure to real lab work.
A neuroscience education YouTube channel (“BrainBytes”) with 45,000 subscribers and reported classroom use by AP Biology teachers, demonstrating large-scale science communication impact.
Highly cohesive intellectual profile: neuroscience research, neuroscience-focused educational content, Science Olympiad in anatomy/disease, and tutoring biology and chemistry.
Strong academic baseline: 3.90 GPA and 1540 SAT place the student in a clearly competitive academic range.

No information about course rigor or specific science/math classes, making it difficult to evaluate preparation for a demanding neuroscience curriculum.
Research contribution at the MIT McGovern Institute is unclear; co-authorship on a submitted paper is noted but the student’s specific role is not described.
Limited academic detail in the file summary (no SAT section breakdown or classroom context), leaving uncertainty about quantitative readiness and classroom engagement.
Application data shown so far is limited to GPA (3.90) and SAT (1540), leaving no visible evidence yet of intellectual engagement, projects, or activities related to neuroscience.