Twelve questions about real impact
Planned topics. Guests are announced as episodes are recorded.
- 01
Q-Day
When could quantum computers break today's encryption, and is the world ready?
- 02
Navigating without GPS
Can quantum sensors guide ships and planes when GPS is jammed?
- 03
Reading the brain and heart
How are quantum magnetometers changing brain and heart scans?
- 04
Drug discovery, honestly
What can quantum do for medicine design that classical computers cannot?
- 05
Feeding the planet
Could quantum simulation crack low-energy fertilizer and better catalysts?
- 06
Better batteries
Will quantum simulation design the next battery chemistry?
- 07
Quantum and money
Where do banks see real value: risk, optimization, or security?
- 08
The road to useful
Why error correction decides when any of this arrives.
- 09
Time itself
How optical atomic clocks underpin power grids, telecom and markets.
- 10
Who's paying and why
What national quantum strategies are buying, and the security stakes.
- 11
Quantum careers
Who gets hired, and do you need a PhD?
- 12
Hype audit
Past guests revisit the Impact Clock scoreboard. Who was right?
Asking the questions a curious outsider would
Ashton Reddy is a junior at Phillips Exeter Academy and founder of the Exeter Quantum Computing Club. He came to quantum through error-correction research. Most quantum conversations are about qubit counts and funding rounds. This one starts with the problem: a patient's scan, a jammed GPS signal, a bank's security, a farm's fertilizer bill.
- SchoolPhillips Exeter Academy, class of 2028
- FounderExeter Quantum Computing Club
- ResearchQuantum error correction and quantum sensing
- First paperPredicting failures in a noisy error-correcting code with a neural network
- Current workAdaptive Error-Corrected Quantum Sensing Under Nonstationary Noise: An Application to Human Biomagnetic Signals
On every podcast app from January 12, 2027
Full episodes on video and audio. Short clips every week on LinkedIn, YouTube Shorts and Instagram.
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