New pages

12:3712:37, 12 February 2026 Fluorescence Sensor for Carbon Quantum Dots: Synthesis, Characterization, and Quality Control (hist | edit) [5,009 bytes] Xiaoyue (talk | contribs) (Created page with "== Introduction == Carbon quantum dots (CQDs) are fluorescent nanomaterials that can be formulated into water-based coatings and inks, enabling UV-activated visuals for applications such as exhibition displays, interactive graphics, and covert markings. In this project, we focus on CQDs synthesized from citric acid and urea because the system is low-cost, relatively safe, and easy to prepare with typical teaching-lab equipment, and it commonly yields bright visible fluo...")

16:0716:07, 10 February 2026 Inductive Sensors of Ultra-high Sensitivity Based on Nonlinear Exceptional Point (hist | edit) [2,252 bytes] Siyu (talk | contribs) (Created page with "==Introduction== We are building two coupled oscillating circuits: one that naturally loses energy (lossy) and one that gains energy (active) using a specific amplifier that saturates at high amplitudes. When tuning these two circuits to a nonlinear Exceptional Point (NEP), the system becomes extremely sensitive to small perturbations in inductance, following a steep cubic-root response curve, while remaining resistant to noise. ==Team Members== Wang Peikun E1538091@u....")

14:3514:35, 28 January 2026 Optical Sensor of Magnetic Dynamics: A Balanced-Detection MOKE Magnetometer (hist | edit) [4,530 bytes] Junxiang (talk | contribs) (Created page with "==Team Members== LI Junxiang E1127462@u.nus.edu Patricia Breanne Tan Sy pb.sy82@u.nus.edu ==Idea== We will use a laser-based magneto optical Kerr effect setup featuring a high-sensitivity differential photodiode array to measure the Kerr rotation angle induced by surface magnetism. This system serves as a versatile optical platform to investigate how external perturbations such as magnetic fields or radiation source alter the magnetic ordering of materials, allowing for...")
12:2112:21, 28 January 2026 EA Spectroscopy as a series of sensors: Investigating the Impact of Film-Processing Temperature on Mobility in Organic Diodes (hist | edit) [1,730 bytes] Chenyang (talk | contribs) (Created page with "==Team members== ==Idea== This project aims to .... ==Setup== We plan for a setup.... ==Measurements== ....")

13:0513:05, 27 January 2026 Inductor Sensors of Ultra-high Sensitivity Based on Nonlinear Exceptional Point (hist | edit) [2,252 bytes] Siyu (talk | contribs) (Created page with "==Inductor Sensors of Ultra-high Sensitivity Based on Nonlinear Exceptional Point== We are building two coupled oscillating circuits: one that naturally loses energy (lossy) and one that gains energy (active) using a specific amplifier that saturates at high amplitudes. When tuning these two circuits to a nonlinear Exceptional Point (NEP), the system becomes extremely sensitive to small perturbations in inductance, following a steep cubic-root response curve, while r...")

14:3314:33, 4 January 2026 Uploading images and files (hist | edit) [374 bytes] Christian (talk | contribs) (Created page with "You can upload images (and a variety of files) by using the Special:Upload Upload file tab on the left menu. Be wise in choosing a reasonably unique file name ;) Once uploaded, you can include your image into a text with [image:File_name_of_your_image.png] You can also upload different files; please let me know if the extension of your file is not part of the list.")
14:2714:27, 4 January 2026 Writing mathematical expressions (hist | edit) [272 bytes] Christian (talk | contribs) (Created page with "Here is an example of how to write a mathematical expression. Basically, you sandwich a LaTeX version of your expression between a <nowiki><math></math></nowiki> pair. The source code <nowiki><math>\sqrt{a^2+b^2}</math> </nowiki> renders as <math>\sqrt{a^2+b^2}</math>")
13:0613:06, 4 January 2026 Project 1 (Example) (hist | edit) [389 bytes] Christian (talk | contribs) (Created page with "This is the project page of an example project. Start the page with a short description what this is about. The structure below is just a suggestion - use your judgement how you want to present your project. Also, feel free to generate additional pages if this page gets too busy. ==Team members== ==Idea== This project aims to .... ==Setup== We plan for a setup.... ==Measurements== ....")

Navigation menu