science

Link to the study: https://journals.plos.org/mentalhealth/article?id=10.1371%2Fjournal.pmen.0000145

Hullo scientists, fellow researcher here with a question for peers:

Do you have any suggestions for closed-off writing software (no AI scraping, no school oversight, no cloud storage with mysterious and unknown security). As we are all aware, formatting an article can take as much effort as writing the damn thing some days, especially if you do not want to use Microsoft or Google for ethical and privacy reasons.

My peers and I work with a lot of students who want to study and work with vulnerable populations, the sort of populations that some companies and (shameful) universities are attempting to delete evidence of. I am attempting to address some concerns coming up in the classroom without putting my career at risk. What better way than with a lesson and a resource list for secure writing and storage tips?

The school doesn't pay for a Microsoft license, and some students have expressed feeling unsafe and uncomfortable supporting google. I have suggested Libreoffice as its what I use but some of the students are really struggling with formatting their papers to academic standards in this software. Admittedly, I agree, Libre takes 7-14 steps to do some things google can do in two clicks. I would like to look into alternatives.

Most of the writing applications I'm seeing both free and paid tend to be for creative writers or note taking and I am not seeing tools to make running titles or easily format your sources.

What are you all using, do you have recommendations? I

I've seen a few articles about neutrinos recently, high energy ones, super fast ones, ones from open space, others from "sources", and my understanding of the particle is that it's very hard to detect, passes through light-years of lead without interaction, etc. don't headings and speed require multiple readings to make? How do we know the velocity of a neutrino when we can only detect them at single points?

Summary

The National Oceanic and Atmospheric Administration (NOAA) has imposed new restrictions on scientists’ emails and meetings with foreign nationals, raising concerns about global weather forecasting.

These measures require extensive documentation and case-by-case approvals from a Trump appointee, alarming European partners.

NOAA is also bracing for deep budget and staff cuts, part of a broader Trump administration effort to reduce climate-related initiatives.

Experts warn these restrictions and reductions could degrade weather services, disrupt international collaboration, and endanger public safety by limiting access to critical climate data.

""Vera Rubin offers an excellent example of what can happen when more minds participate in science," was changed to replace "more" with "many," altering the meaning from emphasizing the need for diverse perspectives to simply highlighting a high number of people."

cross-posted from: https://feddit.dk/post/10418282

Abstract:

Egg cooks are challenged by the two-phase structure: albumen and yolk require two cooking temperatures. Separation or a compromise temperature to the detriment of food safety or taste preference are the options. In the present article, we find that it is possible to cook albumen and yolk at two temperatures without separation by using periodic boundary conditions in the energy transport problem. Through mathematical modeling and subsequent simulation, we are able to design the novel cooking method, namely periodic cooking. Comparison with established egg cooking procedures through a plethora of characterization techniques, including Sensory Analysis, Texture Profile Analysis and FT-IR spectroscopy, confirms the different cooking extents and the different variations in protein denaturation with the novel approach. The method not only optimizes egg texture and nutrients, but also holds promise for innovative culinary applications and materials treatment.

From the article:

Fig. 1: Simulation of periodic cooking. Results of the simulation of the cooking of an egg with the periodic cooking method: a periodic time-varying BC imposed, b evolution of the thermal profile over time, c evolution of the degree of cooking over time at different distances from the center of the egg and d evolution of the cooking rate over time at different distances from the center of the egg. The distances from the center selected to construct the graphs of figures c and d are identified by the lines in figure b. The precise legend for figures c and d is given only in figure d.

"An Einstein ring is an example of strong gravitational lensing," says astronomer Conor O'Riordan of the Max Planck Institute for Astrophysics in Germany. "That ish is so damn cool". Says sumguyonline a citizen of the United States of America

Currently studying vectors in 3D space and thought this was very interesting. Seems no practical application for the math, but the figures are almost mesmerizing.