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Dynamax Pokémon return for a week of Max Battles, Special Backgrounds, and GO Pass rewards, with Eternamax Eternatus returning on November 21.

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Boston Dynamics combines classical motor control with whole-body reinforcement learning to power dynamic, wheeled locomotion for Atlas.

After a string of lush singles and positive reviews for his debut solo album, 2020’s Heartbroken, Brooklyn's own Johnny Dynamite and the Bloodsuckers announce the release of their brand spankin' new a...

Learn the theory behind Dynamic Brain Healing™, a fascia-informed concussion and brain recovery model for persistent symptoms, trauma, and neurodivergence. Theory-only online course.

Between 2022 and 2024, Brazil reduced its net greenhouse gas emissions by 27%, according to data from the Ministry of Science, Technology, and Innovation (MCTI). Total emissions decreased from 2.07 billion tons of CO2 equivalent to 1.51 billion tons, representing a removal of 560 million tons of carbon equivalent from the atmosphere. The primary driver of this reduction was a sharp decline in deforestation rates. The Land Use, Land-Use Change, and Forestry (LULUCF) sector recorded the most dynamic result, with net emissions dropping by 67% from 868 million to 286 million tons of CO2 equivalent. This reduction was geographically distributed across several biomes: deforestation in the Amazon halved from 13,200 to 6,625 square kilometers; deforestation in the Atlantic Forest fell by 54%; the Pampa region saw a 31% reduction; and the Cerrado recorded a 24% decrease. Beyond suppressing deforestation, a sequestration effect was observed. In 2024, vegetation in protected areas, indigenous lands, and certified rural properties (CAR) removed approximately 365.7 million tons of CO2 equivalent from the atmosphere.

Nuclear magnetic resonance (NMR) spectroscopy is a uniquely powerful biophysical technique that enables the characterization of biomolecular structure, dynam...

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Background: Frozen shoulder causes prolonged #Pain and restricted range of motion that impair daily function. Home exercise is an indispensable part of self-management, but adherence is often suboptimal under traditional printed or verbal instruction because of the lack of objective monitoring and individualized progression. Existing #Rehabilitation apps offer sensor-based assessment and feedback but generally lack an adaptive mechanism that tailors the exercise prescription to a patient’s dynamically changing clinical status. Objective: This #Study aimed to develop a personalized, #Pain-stratified tele#Rehabilitation app for patients with frozen shoulder; to evaluate its usability, feasibility, and safety as an add-on to usual care; and to explore the system’s clinical outcomes on a descriptive basis. Methods: An Android app integrating smartphone sensor-based range of motion self-assessment, #Pain-based exercise stratification, usage records, and exercise reminders was developed. In an exploratory, assessor-blinded, randomized controlled feasibility trial, 10 patients with frozen shoulder were randomly allocated to an app group (n=5) or a handout group (n=5), and both underwent a 4-week home exercise intervention with identical content. Primary outcomes included system usability (System Usability Scale) and feasibility (retention and exercise adherence). Secondary outcomes focused on the exploratory clinical signs included #Pain and function (Shoulder #Pain and Disability Index) and range of motion (measured by goniometer). Given the small sample size, continuous variables were analyzed nonparametrically and interpreted strictly as descriptive clinical trends without inferential hypothesis testing. Results: All 10 participants completed the trial (attrition rate 0%). The mean System Usability Scale score in the app group was 87.5 (SD 5.86), corresponding to an “excellent” usability rating. Over the 28-day intervention, the app’s usage logs objectively documented a mean of 18.0 (SD 5.0) of 28 exercise days (18/28, 64.3%) in the app group, demonstrating the feasibility of objective home monitoring. Both groups improved in Shoulder #Pain and Disability Index scores and range of motion. Notably, all participants in the app group achieved a descriptive within-group improvement in the clinically challenging shoulder external rotation, whereas the handout group showed smaller marginal gains; however, between-group comparisons across all parameters were interpreted descriptively without significance testing due to the sample size. On the other clinical outcomes, the handout group showed numerically comparable or larger improvements. Conclusions: This #Study shows that a #Pain-stratified, personalized tele#Rehabilitation app is highly usable and feasible as an add-on mobile health intervention for patients with frozen shoulder and that it provides objective home monitoring of exercise adherence that traditional handouts cannot. These exploratory findings highlight the need for a fully powered confirmatory trial. To robustly evaluate clinical efficacy, future #Study designs must include a common objective adherence measure, stratification variables, and an extended follow-up period.

Nuclear magnetic resonance (NMR) spectroscopy is a uniquely powerful biophysical technique that enables the characterization of biomolecular structure, dynam...

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Matty West teams up with NYCPole for a holiday-themed collaboration lasting 32 minutes. The extended runtime allows both performers ample time to explore their dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam

A coordinated wave of October attacks on commercial shipping has raised the monthly tally to levels unseen since 2019, with four tankers damaged in the last ten days alone; the spike coincides with renewed Doha diplomacy and shifting U.S. energy calculus, threatening to rewrite global oil flow dynam