#blackbodies

[earlsings]

The Beauty of Black Queer Love. “It’s probably under the moonlight that we see that Black boys can be blue, can be sad and sullen and intimate. It’s under starlight that we see them differently, or that we get the chance to. Because we rarely see ourselves in those hues or under that gauze. We see ourselves in the harsh police light or the amber of street lights, but what is it when the reflection of the sun in the moon is sitting on these bodies. What beauty can we see?” — @octarell_again on the Academy Award winning film @moonlightmov #BlackGayLove #Moonlight #LoveIsLove #LoveWins #Queer #Love #BlackBodies #Hollywood #TarellAlvinMcCraney #RepresentationMatters #OurVoice #OurStory #OurPower #NativeSon Reposted from @nativesonnow https://www.instagram.com/p/Cl34VxvrdQ0/?igshid=NGJjMDIxMWI=

[trascapades]

🎨 #ArtIsAWeapon #Artist: Tschabalala Self @tschabalalaself #Artwork: Red Room (2022) 🟥 • • • "The work is political because it's politicized; politicized bodies are featured in the work. I'm a political person because if I wasn't a political person, that would affect my safety and my well-being in the country. But that's not why I'm making the work. I'm making the work to leave a document of my experience, leave a document of the experience of people who are like me." -Tschabalala Self www.tschabalalaself.com • • Image reposted from the artist. #TschabalalaSelf #HarlemGirls #BlackBodies #BlackArtists #BlackWomen #BlackGirlArtGeeks https://www.instagram.com/p/CnW2ZreumKo/?igshid=NGJjMDIxMWI=

[blackboysrock]

INSTA • ONLYMAKMILL

[materialsscienceandengineering]

New analysis shows atoms slow down more within colder blackbody radiation

New analysis shows that atoms will encounter high frictional forces in the presence of blackbody radiation at lower temperatures. Accounting for this effect could help researchers to improve the accuracy of high-precision experiments.

Blackbody radiation (BBR) contains electromagnetic waves with characteristic spectra, which changes shape depending on the temperature of the body. When moving atoms encounter these fields, they experience a repulsive force which slows down their movement towards the source of the radiation.

Through new analysis published in The European Physical Journal D, Vipul Badhan and colleagues at Guru Nanak Dev University, India, show that the influence of this "blackbody friction force" (BBFF) is particularly strong at lower temperatures.

The influence of BBFF could become particularly strong in high-precision experiments involving atoms and nuclei: from atomic clocks and interferometers to quantum sensors and gravitometers. It is also expected to affect the behaviors of atoms in the remnants of supernovae, and could even impact the cutting-edge techniques used to probe some of the most fundamental aspects of the universe: including dark matter and gravitational waves. An improved understanding of BBFF could be crucial to ensuring the best possible accuracy in these important experiments.

Read more.

[flyingkoalaandsloths]

blackbody (radiation)

Gen/T, Sirius-centric, Sirius & Harry, Sirius/Remus, 63k, completed

Summary: Sirius Black is on the run and he wants to protect his Godson and take revenge. Involves magical theory and the brilliant mind of the Chosen One’s Godfather. AU where Sirius Black invents a whole new magical discipline because he can.

Additional Tags: POV Sirius Black, Sirius Black Lives, Post-Sirius Black in Azkaban, slowburn wolfstar, Asexual Sirius Black, Wandless Magic, Magical Theory, Magical Tattoos, Study of Ancient Runes, Astronomy, Occlumency

Read on AO3

Some chapters can be read as stand-alone one-shots. Check under the cut to see their summaries ⬇

Chapter 9 International Relations Adventures of Sirius and Buckbeak in Europe and North Africa after they escape their execution.

Chapter 11 Potter I Godfather and Godson quality time around Harry's 14th birthday.

Chapter 13 Lupin II Adventures of Remus as a dark creature exterminator in Europe.

Chapter 16 The Boggart Sirius faces and overcomes his fear of Dementors.

Chapter 21 Lupin III Wolfstar, getting together.

Chapter 22 Legilimency Sirius teaches Harry Occlumency.

[nubezumie]

Lovely Kit for cherrypoint | ArtFight 2023

[vile-fermion]

since the charged subatomic particles in a spinning object are accelerating (towards the axis of rotation), wouldn't a wheel in space emit a tiny amount of radio waves and slow down over the aeons?

(Sorry I missed this, tumblr doesn't notify me about asks)

(This is in response to a post where I said a spinning wheel in space would continue spinning forever, just like a moving object in space would keep moving forever)

Hmm I think this might be technically correct. I'm a little concerned about conservation of angular momentum, but that could probably be accounted for by the photons being emitted

[dh5ryxhgbctgr]

Blackbody Calibrator Market Overview and Growth Dynamics 2024 - 2032

The blackbody calibrator market plays a crucial role in ensuring accurate temperature measurement and calibration across various industries. This article delves into the market dynamics, key players, applications, and future trends of blackbody calibrators.

Introduction to Blackbody Calibrators

A blackbody calibrator market is a device used to provide a stable and reproducible source of thermal radiation. It simulates an ideal black body by emitting radiation in a manner that is predictable and consistent. These devices are essential in calibrating infrared thermometers and thermal cameras, making them vital in various sectors including aerospace, automotive, and medical imaging.

Definition and Functionality

Blackbody calibrators operate on the principle of Planck’s law of black-body radiation. They are designed to reach specific temperatures and maintain thermal stability, allowing for accurate calibration of temperature-sensing instruments. By providing known radiation levels, they facilitate the comparison of measurements from various devices.

Market Overview

Current Market Landscape

The blackbody calibrator market has experienced steady growth due to increasing demand for precise temperature measurement in numerous applications. The rise of automation and the growing importance of quality control in manufacturing have further propelled the market.

Key Drivers

Technological Advancements: Innovations in calibration technologies have enhanced the performance and accuracy of blackbody calibrators.

Industrial Growth: Expansion in sectors such as aerospace, automotive, and healthcare is driving the need for accurate temperature measurement.

Regulatory Standards: Stricter regulations regarding quality assurance and safety in manufacturing processes necessitate the use of reliable calibration devices.

Challenges

Despite its growth, the market faces challenges such as high initial costs and the need for specialized training to operate advanced calibrators. Additionally, the availability of alternative calibration methods can impact market growth.

Key Players in the Blackbody Calibrator Market

Leading Companies

Fluke Corporation

Offers a range of high-quality blackbody calibrators known for their precision and reliability.

Calorimetry

Specializes in advanced calibration solutions, including portable blackbody calibrators for field applications.

Omega Engineering

Provides a variety of calibration equipment, including infrared blackbody sources.

Competitive Landscape

The blackbody calibrator market is characterized by a mix of established players and new entrants. Companies are focusing on product innovation, strategic partnerships, and expansions to enhance their market presence.

Applications of Blackbody Calibrators

Aerospace and Defense

In the aerospace sector, blackbody calibrators are essential for testing and calibrating thermal imaging systems used in aircraft and satellite technologies. Accurate temperature measurement is critical for ensuring safety and operational efficiency.

Automotive Industry

Automakers use blackbody calibrators to validate thermal sensors in vehicles, ensuring that engine and cabin temperature measurements are accurate. This contributes to improved vehicle performance and passenger comfort.

Medical Imaging

In the healthcare industry, blackbody calibrators are used in thermal imaging systems for diagnostic purposes. Accurate temperature measurements are vital for detecting anomalies and ensuring patient safety.

Future Trends in the Blackbody Calibrator Market

Growth Opportunities

The market for blackbody calibrators is expected to grow as industries continue to emphasize precision measurement and automation. The integration of IoT and AI technologies into calibration processes could lead to smarter and more efficient calibrators.

Regional Analysis

North America: Dominates the market due to advanced industrial infrastructure and high demand for precise calibration.

Asia-Pacific: Anticipated to witness significant growth due to rapid industrialization and increasing investments in manufacturing technology.

Conclusion

The blackbody calibrator market is poised for substantial growth driven by technological advancements and increasing demand for accurate temperature measurement across various industries. As regulations tighten and industries evolve, the importance of reliable calibration solutions will continue to rise, shaping the future of the blackbody calibrator market.

[ameltzerdesign]

Horsewhip @ Gold Sounds - 3.25.2024

Another attempt at making a joyful, less brooding metal flyer. Kids and horse were sourced from an old toy catalogue, while the scenery was cobbled together from a mix of castles, flames, and post-war rubble.

[disposableunderground]

Radiation Blackbody playing the Pie Shop in Washington, DC, October 14, 2023.

[putridintercourse]

radiation blackbody - dead seed planted in dead earth

[scientistservant]

UM...

[truphysics]

Wien's Displacement Law

Introduction Wien’s Displacement Law, formulated by physicist Wilhelm Wien in 1893, explains the distribution of electromagnetic radiation emitted by a black body in thermal equilibrium. The law reveals a fascinating correlation between the peak wavelength of a black body’s spectral radiance and its temperature. Basic Principle of Wien’s Displacement Law The law states that the wavelength at…

[sciencesolutions]

[vaschondragon]

Drip

[gonaplin]

#tbt primeiros trabalhos #photoperformance #autoretrato #corpos #resistencia #blackbody #negritude #olhar #performer #performance https://www.instagram.com/p/Bp2ZZVoAd8c/?igshid=NGJjMDIxMWI=