Three Awesome High School Science Projects

TL;DR

Three high school seniors compete for a $250,000 award for their original scientific research at the Regeneron Science Talent Search.

Transcript

By the end of this video, one of these three high school seniors will be awarded two hundred and fifty thousand dollars for their original scientific research now the way this went down was, Regeneron the sponsor of this video, invited me out to Washington DC for the awards gala of the Regeneron Science Talent Search this is the nation's oldest and... Read More

Key Insights

• 🥶 The Regeneron Science Talent Search is the oldest and most prestigious science and math competition for high school seniors in the US.
• ⚾ The finalists are evaluated based on the strength of their projects and interviews covering various scientific topics.
• 🧑‍💼 Ronak Roy's portable Phoroptor aims to provide eyeglass prescriptions to a greater population without easy access to optometrist offices.
• 👾 Ana Humphrey used math to identify potential exoplanets that may have been missed by the Kepler space telescope.
• 💦 Anjali Chadha's arsenic sensor provides valuable water contamination data for communities and research organizations.
• ✋ Participating in the Regeneron Science Talent Search offers a life-changing opportunity for high school students to receive recognition and financial support.
• 😉 Only a small percentage of American high school students apply to the competition, presenting a significant chance of winning for those who do.

Questions & Answers

Q: How did Ronak Roy improve the design of the Phoroptor?

Ronak Roy created a portable and affordable version of the Phoroptor by utilizing a liquid lens and developing a smartphone app for refraction testing.

Q: How did Ana Humphrey search for hidden exoplanets?

Ana Humphrey analyzed existing multi-planetary systems and calculated if additional planets could fit between observed ones without causing orbital disturbances, using the packed planetary system hypothesis.

Q: What was the purpose of Anjali Chadha's arsenic sensor?

Anjali Chadha's arsenic sensor detects dangerous contaminants in drinking water by conducting a chemical reaction and analyzing color changes on a test strip, providing instant data transmission to the cloud.

Q: How can high school students participate in the Regeneron Science Talent Search?

High school seniors in the US can enter their science research project for a chance to win at least $25,000 by applying through the competition's website.

Summary & Key Takeaways

• Ronak Roy redesigned the Phoroptor, a device used to determine eyeglass prescriptions, making it portable and affordable for greater accessibility.

• Ana Humphrey used math to identify potential exoplanets that were missed by the Kepler space telescope.

• Anjali Chadha developed an arsenic sensor that detects contaminants in drinking water, providing accessible data for communities.