Ryan Scott

Oct 14, 2024 | medium.com | Ryan Scott

Ryan Scott·Follow3 min read·--Photo by Fiona on UnsplashA recent tragedy has compelled me to reckon with my own grief, and come to terms with the challenging nature of grieving both the deceased and the living. It's so confusing, to grieve the loss of one still breathing. I think we should talk about this more often. Perhaps there is a form of closure provided by fate that we are not afforded in a deathless departure. We have all parted with loved ones in the agony of such cruel permanence.

Jun 4, 2024 | tampabay.com | Ryan Scott

Imagine spending more than eight years in a federal prison with no right to a jury trial or a court-appointed attorney, serving an indefinite sentence. This is how the judicial civil contempt power works, and deep-sea explorer Tommy Thompson — who has been held on civil contempt charges since 2015 — has brought the issue to light. Ryan Scott [ Provided ]But why is Thompson’s case so important right now?

Jan 12, 2024 | advisorpedia.com | Ryan Scott |Hugh Massie

Written by: Ryan Scott Want to know how to create next-level client experiences? Behavioral intelligence can help you truly connect with your audience! Understanding and speaking your client's language has never been more crucial. Some clients will flip through your email, simply glossing over the headlines as they scan for something of interest. Other clients, however, are more prone to read the whole thing word-for-word, soaking in every detail.

Jun 28, 2023 | link.aps.org | Nathan Myers |Ryan Scott |Kwon Park |Vito W. Scarola

Abstract Quantum computers offer the potential to efficiently simulate the dynamics of quantum systems, a task whose difficulty scales exponentially with system size on classical devices. To assess the potential for near-term quantum computers to simulate many-body systems we develop a formalism to straightforwardly compute bounds on the number of Trotter steps needed to accurately simulate the time evolution of fermionic lattice models based on the first-order commutator scaling.

Jun 27, 2023 | journals.ametsoc.org | Dan Lubin |Sergio Castillo |Ryan Scott |Madison L. Ghiz

Abstract A field campaign at Siple Dome in West Antarctica during the austral summer 2019-2020 offers an opportunity to evaluate climate model performance, particularly cloud microphysical simulation. Over Antarctic ice sheets and ice shelves, clouds are a major regulator of the surface energy balance, and in the warm season their presence occasionally induces surface melt that can gradually weaken an ice shelf structure.