Continuing my recent display of discoveries from my college camera rolls, this picture of a friend reading in the open window of my dorm is fairly perfect. The motion blue of passing students outside further highlights her stillness and the open quad highlights the profile.
LSC and Hartford
Any Bench in the Storm 2004
Three Views of the Hartford Marathon
The Hartford Marathon traveled past our house and provided an opportunity to capture some weirdly empty-of-cars/full-of-runners streets.
Like molecules through a chromatographic column, the runners spaced farther and farther apart as the race went.
The views closer to home produced intense shadows best viewed in black and white.
Connecticut State Office Building
Bushnell Tower Face
Potomac in Mather Gorge
Night Over Northern Connecticut
King of Miatas?
Collegiate Perfection
Daniel Deusser in the Spotlight
The camera hardware required to get a pin-sharp image of a horse galloping at the center of a spotlight in a darkened indoor stadium has never been more accessible, but it serves as a bit of a contrast to Friday’s post: At the end of the day, raw numbers of photons entering through a big aperture to a large sensor can’t be beat.
On Being There
Though I have my fair share of images that were only possible with the full capabilities of my best camera (just wait for Monday’s post), I’ve been experiencing the impact of Chase Jarvis’s famous quotation lately: “The best camera is the one you have with you.” This perfect warm spring afternoon moment on Trinity College’s main quad was one I serendipitously passed and the image that resulted wasn’t one I would have missed for not having the “perfect” camera.
Clement on a Spring Morning
Never So Glad to See Sunrise Over Spanish Mountains
Pellet… On Mars!
I often capture pictures of my scientific work in progress, allowing me to better explain my protocols to others. In this case: a partial pellet of pressed silica nanoparticles in the center of my 3D-printed gas cell, sealed behind orange-colored zinc selenide window that blocks UV light from escaping.
















