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Convergence of Fourier Series Saved
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Convergence of Fourier Series
Jordan Lee, PhD · Department of Mathematics
f(x) = a₀/2 + Σ aₙ cos nx
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\frac{a_0}{2} + \sum

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75%

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Research poster templates

Start from professionally designed A0/A1 posters and academic decks — with author blocks, figure frames, and citation boxes built in.

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Presentations

10 decks · 16:9
Effect of Sleep Duration on Memory Consolidation: A Longitudinal Study
Jordan Lee, PhD · Dept. of Cognitive Neuroscience · 2026

Title & Findings Deck

Academic Presentation

Weekly Lab Update
Protein folding kinetics — progress & next steps
Maria Alvarez · June 16, 2026

Lab Meeting Update

Academic Presentation

Quarterly Research Report
Advances in CRISPR Delivery Systems
Prepared by the Gene Therapy Working Group

Research Report Cover

Research Report

Experiment 14 — Enzyme Kinetics
Date: 2026-06-16 Analyst: S. Kim
Objective
Determine Vmax and Km for the catalase reaction at varying substrate concentrations.
v=Vmax[S]Km+[S]v = \frac{V_{max}[S]}{K_m + [S]}
[ Michaelis–Menten plot ]

Lab Report Sheet

Lab Report

RESEARCH OVERVIEW
Designing Experiments for Discovery
A practical framework for reproducible, high-signal research
Dr. Avery Stone · Research Methods Lab · 2026

Gradient Hero

Modern Presentation

Key Results at a Glance
Headline numbers from the 2026 field study
87%
Prediction accuracy
3.2×
Faster than baseline
240
Participants enrolled

Big Stats

Modern Presentation

02
Methodology
How we collected and validated the data

Section Divider

Modern Presentation

DOCTORAL DEFENSE
Topological Methods in High-Dimensional Data Analysis
Candidate: R. Okonkwo · Advisor: Prof. H. Lindqvist
Department of Mathematics · September 2026

Thesis Defense Opener

Academic Presentation

Study Workflow
From sample collection through to statistical inference
01
Collect
240 samples across six sites, randomised by block.
02
Measure
Blinded assays run in triplicate with paired controls.
03
Model
Mixed-effects regression with site as a random term.

Methods Flow

Academic Presentation

KEY RESULT
The Ampère–Maxwell Law
∮∂ΣB⋅dℓ=μ0(Ienc+ε0dΦEdt)\oint_{\partial \Sigma} \mathbf{B} \cdot d\boldsymbol{\ell} = \mu_0 \left( I_{\text{enc}} + \varepsilon_0 \frac{d\Phi_E}{dt} \right)
The displacement-current term is what closes the loop — without it, charge conservation fails for a charging capacitor.

Equation Spotlight

Physics

Posters

6 layouts · A0 / A1
Machine Learning Predicts Crop Yield from Satellite Imagery
A. Researcher¹, B. Coauthor¹, C. Advisor² · ¹Dept. of Agronomy ²Institute for Data Science
Introduction
Accurate yield forecasting is critical for food-security planning. Existing approaches rely on costly field surveys. We train a convolutional model on multispectral imagery to estimate yield at field resolution.
Methods
[ Model architecture figure ]
y^=fθ(XNDVI)\hat{y} = f_\theta(\mathbf{X}_{\text{NDVI}})
Results
[ Predicted vs. actual yield scatter ]
Conclusions
• R² = 0.89 on held-out regions • 40× cheaper than field surveys • Generalizes across two growing seasons

Conference Poster — Portrait A0

Single-Cell Atlas of the Developing Retina
L. Nguyen, R. Patel — Developmental Biology Unit
Abstract
We profile 120,000 cells to chart lineage decisions during retinal development, identifying three previously uncharacterized progenitor states.
[ UMAP embedding figure ]

Conference Poster — Minimal

Graph Neural Networks for Protein Interaction Mapping
T. Okafor¹, M. Singh² · ¹Computational Biology ²Institute for AI
Introduction
Mapping protein–protein interactions at scale is bottlenecked by experimental cost. We learn interactions directly from sequence and structure using a graph neural network.
Model
hv(l+1)=σ ⁣(∑u∈N(v)Whu(l))h_v^{(l+1)} = \sigma\!\Big(\sum_{u \in \mathcal{N}(v)} W h_u^{(l)}\Big)
Results
• AUROC 0.94 on held-out complexes • Recovers 3 known pathways de novo • 50× cheaper than assay screening
Code & data: github.com/example/gnn-ppi

Modern Poster — Gradient Header

Ocean Heat Uptake Drives Regional Sea-Level Variability
K. Duarte¹, P. Almeida¹, S. Whitfield² · ¹Ocean Physics ²Climate Modelling Centre
Introduction
Regional sea level departs from the global mean by up to 40%. We ask how much of that spread is explained by ocean heat uptake alone.
Data
• Argo floats, 2005–2025 • Satellite altimetry (TOPEX → S6) • 12 CMIP6 model runs
[ Basin coverage map ]
Methods
Steric height is computed from temperature and salinity profiles, then regressed against altimetric sea-surface height per basin.
ηsteric=−1ρ0∫−H0ρ′(z) dz\eta_{\text{steric}} = -\frac{1}{\rho_0}\int_{-H}^{0} \rho'(z)\, dz
[ Regression by basin ]
Results
[ Trend decomposition ]
Conclusions
• Heat uptake explains 68% of regional spread • Residual tied to wind-driven redistribution • Models understate Indian Ocean trends
Data & notebooks: github.com/example/ocean-heat

Conference Poster — Three Column

Wearable Sensors Detect Early Gait Decline in Parkinson's Disease
N. Baptiste¹, F. Rossi² · ¹Movement Disorders Clinic ²Biomedical Engineering
Background
Clinical gait assessment is episodic and subjective. Continuous inertial sensing may surface decline months before it is noticed in clinic.
[ Sensor placement diagram ]
Methods
82 participants wore ankle IMUs for 14 days. Stride variability was modelled against MDS-UPDRS III.
CVstride=σTμT×100%\mathrm{CV}_{\text{stride}} = \frac{\sigma_T}{\mu_T} \times 100\%
[ Stride-time distribution ]
Results
[ ROC curve ]
Conclusions
• Detects decline 5 months earlier • AUROC 0.91 vs. clinical baseline • Adherence held at 88% over 14 days
Contact: n.baptiste@example.edu · Poster #A-142

Conference Poster — Landscape A1

Antibiotic Stewardship Cuts Resistance in Community Clinics
D. Mensah, A. Fowler · Centre for Infectious Disease Policy
−34%
Resistant isolates
128
Clinics enrolled
3 yr
Follow-up window
What we did
A stepped-wedge trial introduced prescribing audit and feedback across 128 primary-care clinics, staggered over three years.
[ Resistance rate over time, by wave ]
Pre-registered: ISRCTN 44120983

Poster — Data Highlight

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