June - July 2025:
Astronomical Society of Australia Annual Scientific Meeting 2025 (7th - 11th July)
University of Adelaide, Adelaide, South Australia.
The Sixth Workshop on Extremely Precise Radial Velocities (30th June - 3rd July)
University of Porto, Porto, Portugal.
Poster Presentation: "Inter-quadrant Cross-talk Correction for Veloce's SDSU2 Data."
November 2024:
Stars in Brisbane & 10th Australian Exoplanet Workshop (4th - 8th November)
University of Southern Queensland, Springfield, Queensland.
Gave a talk on "Validation of eight potential super-earths from TESS data."
June 2024:
Attended Astronomical Society of Australia Annual Scientific Meeting 2024 (24th - 28th June)
Online-first format plus a local hub day on Wednesday 26th June at Macquire University, Sydney
October 2023:
Webinar on "Interstellar Habitability: Insights into Exoplanetary Life Potential".
Organizer: ScienceOverse
Talked about Exoplanets, their detection methods, habitable exoplanets, drake equation, rare Earth hypothesis, and Extremophiles.
Certificate: Click Here
December 2021:
Talk on “Study and Detection of Exoplanets through Python”.
Discussed about different techniques used to detect exoplanets and the python programming used behind this. I presented two varsatile python packages, Lightkurve and Juliet.
April 2021:
Presentation on “Monoatomic Lattice Vibration in 1D”.
March 2021:
Seminar on “Special Theory of Relativity and its application to Particle Physics” at SVNIT, Surat.
Presented postulates on the Special Theory of Relativity and the derivation of length contraction and time dilation based on the Lorentz transformation. And based on this, I provided an answer to the following question: “From cosmic rays on earth, we can observe many muon particles through the particle detectors. But if we create a muon in a lab, then due to its very short lifetime it decays into another subatomic particle such as an electron, positron or neutrino. Then how is it possible that from cosmic rays we can observe that many muons? Why are they not decaying? " I provided the solution to this problem based on the concept of time dilation.
February 2020:
Seminar on “Black Holes & Their Types Based on Schwarzschild Radius” at SVNIT, Surat.
Presented a different method (other than general relativity) to derive the Schwarzschild Radius based on Planck’s parameters. Based on this radius, I presented different types of black holes.
October 2019:
Seminar on “Radio Active Decay & Half-Life” at SVNIT, Surat.