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Explored fundamental concepts of analog and digital signal processing using the Arduino Microcontroller, as well as introduced to manipulating code examples.

Gained familiarity with the electronics laboratory equipment, including an introduction to the Arduino Microcontroller, with the task of constructing and measuring DC circuits

Pursued the calculation of the Johnson Noise across multiple resistors, as well as the determination of the Boltzmann constant, using the TeachSpin Noise Fundamentals equipment.

Aimed to determine a muon’s lifetime using the TeachSpin Muon Physics Detector Tube and Electronic Box.

Aimed to determine the magnetic susceptibility of solid graphite and titanium samples at room temperature while using the Teach Spin Gouy-Balance.

Observed the interference pattern of a laser passing through a two slit filter in order to demonstrate the wave-like nature of light and determine the wavelength of the laser.

Introduced to the microscope as an optical physics instrument.

Measured properties of the Gaussian laser beam and practiced beam size manipulation with refracting telescopes.