Tootfinder

Want
http://toolsandtoys.net/author-clock-mechanical-design-labs/

The “Author Clock” by Mechanical Design Labs — Tools and Toys
A “novel” (get it?) clock that tells time through literary quotes with a new hand-picked passage every minute of the day. 🕰️📖

In Service: Writers on Making Ends Meet in the Service Industry ‹ Literary Hub
https://lithub.com/in-service-writers-on-making-ends-meet-in-the-service-industry/

In Service: Writers on Making Ends Meet in the Service Industry
The following is number four of a six-part collaboration with Dirt about “The Myth of the Middle Class” writer. Check back here throughout the week for more on the increasingly difficult prospect o…

In Service: Writers on Making Ends Meet in the Service Industry ‹ Literary Hub
https://lithub.com/in-service-writers-on-making-ends-meet-in-the-service-industry/

In Service: Writers on Making Ends Meet in the Service Industry
The following is number four of a six-part collaboration with Dirt about “The Myth of the Middle Class” writer. Check back here throughout the week for more on the increasingly difficult prospect o…

Efficient ($\sim$10$\%$) Generation of Vacuum Ultraviolet Femtosecond Pulses via Four-Wave Mixing in Hollow-Core Fibers
Ruaridh Forbes, Paul Hockett, Quentin Leterrier, Rune Lausten
https://arxiv.org/abs/2402.07056

Efficient ($\sim$10$\%$) Generation of Vacuum Ultraviolet Femtosecond Pulses via Four-Wave Mixing in Hollow-Core Fibers
We report the generation of the 5th harmonic of Ti:sapphire, at 160 nm, with more than 4~$μ$J of pulse energy, and a pulse length of 37 fs with a 1 kHz repetition rate. The VUV pulses are produced using Four-Wave Difference Frequency Mixing (FWDFM) in a helium-filled stretched Hollow-Core Fiber (HCF), driven by a pump at 267 nm and seeded at 800 nm. Guided by simulations using Luna.jl, we are able to optimize the process carefully. The result is a conversion efficiency of $\sim$10$\%$ from the…

Efficient ($\sim$10$\%$) Generation of Vacuum Ultraviolet Femtosecond Pulses via Four-Wave Mixing in Hollow-Core Fibers
Ruaridh Forbes, Paul Hockett, Quentin Leterrier, Rune Lausten
https://arxiv.org/abs/2402.07056

Efficient ($\sim$10$\%$) Generation of Vacuum Ultraviolet Femtosecond Pulses via Four-Wave Mixing in Hollow-Core Fibers
We report the generation of the 5th harmonic of Ti:sapphire, at 160 nm, with more than 4~$μ$J of pulse energy, and a pulse length of 37 fs with a 1 kHz repetition rate. The VUV pulses are produced using Four-Wave Difference Frequency Mixing (FWDFM) in a helium-filled stretched Hollow-Core Fiber (HCF), driven by a pump at 267 nm and seeded at 800 nm. Guided by simulations using Luna.jl, we are able to optimize the process carefully. The result is a conversion efficiency of $\sim$10$\%$ from the…