Sherrill kahn biography of albert einstein
•
Abstract
Rationale: Metabolic syndrome (MetSyn) increases the fara of World Trade Center (WTC) lung injury (LI). However, the temporal relationship of MetSyn, exposure intensity, and lung dysfunction fryst vatten not well understood.
Objective: To model the association of longitudinal MetSyn characteristics with WTC lung disease to define modifiable risk.
Methods: Firefighters, for whom consent was obtained (N = 5,738), were active duty on September 11, 2001 (9/11). WTC-LI (n = 1,475; FEV1% predicted <lower limit of normal [LLN]) and non–WTC-LI (n = 4,263; FEV1% predicted ⩾LLN at all exams) was the primary outcome, and FVC% predicted <LLN and FEV1/FVC <0.70 were secondary outcomes. We assessed 1) the effect of concurrent MetSyn on longitudinal lung function by linear mixed models, 2) the temporal effect of MetSyn and exposure by Weibull proportional hazards, 3) the effects of MetSyn’s rate of change by two-stage models, and 4) the nonlinear joint effect o
•
Friend’s Gift Leads to Experimentation
When you encounter a pièce de résistance, do you share your discovery? In what ways do you help ignite new, explorations for others?
During the busy pre-Holiday season, a friend showed up with a brown bag stuffed with tissue. She literally buzzed with excitement as I unwrapped goodies: a plastic box stuffed with silk and harem cloth fibers, note cards and envelopes, and a book.
The book gift, explored cover to cover and recommended to you is: “Creative Embellishments” by Sherril Kahn. It’s now no surprise that the book fell open to a chapter about Angelina embellishments. In a separate bag I found intriguing sparkly fibers called “Angelina” fibers. Fascinated? Yes. Speechless.
I love metallics: the shine, the gloss, the intriguing sparkle. Wow! I say “Yes!” to fibers, threads, paints, beads and a host of other things metallic.
It is the supreme art of the teacher to awaken joy in creative expression and knowledge. –
•
Professor Alexander Belyaev
About
My research focuses on the theory and phenomenology of elementary particle physics and cosmology beyond the Standard Model, including supersymmetry, extra dimensions, and technicolor, along with their connections to Dark Matter.
See the list of my publications: theoretical papers and experimental papers.
Additionally, see a list of some available projects for PhD students.
For more details, please visit my personal website.
Building on my previous studies of various supersymmetric models, I have expanded my exploration to other theories that explain Dark Matter phenomena, including extra-dimensional theories and those involving dynamical symmetry breaking, such as Technicolor. I am also leading a project that connects collider and cosmological exploration of various Dark Matter models, which I believe will establish a solid foundation for uncovering the underlying theory.
In 2021, I co-authoredThe Basics of Nuclear and Particle Physics&nb