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#instrumentation — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #instrumentation, aggregated by home.social.

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  1. Album Songbooks
    Альбоми піснярів, Альбомы песенников, песенники
    #Songbooks #песенники
    t.me/scilib_yura15cbx/429

    Ноты, notes, нота
    #Ноты, #notes, #нота
    t.me/scilib_yura15cbx/428

    Средневековая бытовая музыка, Фольклор, Джаз, Рок
    Середньовічна побутова музика, Фольклор, Джаз, Рок
    Medieval household music, Folklore, Jazz, Rock
    #Фольклор, #Джаз, #Рок #Folklore, #Jazz, #Rock
    t.me/scilib_yura15cbx/425

    О композиторах, About composers, Про композиторів
    t.me/scilib_yura15cbx/424

    Книги композиторов и книги о дирижёрах и исполнителях
    Книги композиторів і книги про диригентів і виконавців
    Books by composers and books about conductors and performers
    t.me/scilib_yura15cbx/423

    История музыки, размышления
    Music history, reflections
    Історія музики, роздуми
    t.me/scilib_yura15cbx/422

    Анализ творчества композиторов
    Аналіз творчості композиторів
    Analysis of composers' creativity
    t.me/scilib_yura15cbx/419

    Эстетика, психология музыки, медицина и др
    Aesthetics, psychology of music, medicine, etc.
    Естетика, психологія музики, медицина та ін
    #Эстетика, #психологиямузыки, #медицина и др
    #Aesthetics, #psychology of music, #medicine, etc.
    #Естетика, #психологія
    музики, #медицина та ін
    t.me/scilib_yura15cbx/415

    Статьи, очерки о музыке, эссе
    Статті, нариси про музику, есе
    Articles, essays about music, essays
    t.me/scilib_yura15cbx/414

    Словари, справочники, документы, музыкальные программы
    Словники, довідники, документи, музичні програми
    Dictionaries, reference books, documents, music programs музыка
    t.me/scilib_yura15cbx/412

    Оркестровка, инструментовка, чтение партитур
    Orchestration, instrumentation, reading scores
    Оркестровка, інструментування, читання партитур музыка
    #Оркестровка, #инструментовка, #чтениепартитур
    #Orchestration, #instrumentation, #reading scores
    #Оркестровка, #інструментування, #читання
    партитур_музыка
    t.me/scilib_yura15cbx/411

    Народное творчество, фольклор, декоративно-прикладное искусство
    Народна творчість, фольклор
    Folk art, folklore
    #Народноетворчество, #фольклор, #декоративноприкладноеискусство
    #Народна
    творчість, #фольклор
    #Folk art, #folklore
    t.me/scilib_yura15cbx/410

    Методика, руководства, обучающие материалы
    Methodology, manuals, training materials
    Методика, керівництва, навчальні матеріали музыка
    t.me/scilib_yura15cbx/409

    История музыки и монографии
    Історія музики та монографії
    Music History and monographs
    t.me/scilib_yura15cbx/408

    Гармония, теория, полифония, композиция
    Harmony, theory, polyphony, composition
    Гармонія, теорія, поліфонія, композиція музыка
    #Гармония, #теория, #полифония, #композиция
    #Harmony, #theory, #polyphony, #composition
    #Гармонія, #теорія, #поліфонія, #композиція #музыка
    t.me/scilib_yura15cbx/407

    Автобиографии, воспоминания, письма, мемуары
    Autobiographies, memoirs, letters, memoirs
    Автобіографії, спогади, листи, мемуари музыка
    #Автобиографии, #воспоминания, #письма, #мемуары
    #Autobiographies, #memoirs, #letters, #memoirs
    t.me/scilib_yura15cbx/405

  2. Album Songbooks
    Альбоми піснярів, Альбомы песенников, песенники
    #Songbooks #песенники
    t.me/scilib_yura15cbx/429

    Ноты, notes, нота
    #Ноты, #notes, #нота
    t.me/scilib_yura15cbx/428

    Средневековая бытовая музыка, Фольклор, Джаз, Рок
    Середньовічна побутова музика, Фольклор, Джаз, Рок
    Medieval household music, Folklore, Jazz, Rock
    #Фольклор, #Джаз, #Рок #Folklore, #Jazz, #Rock
    t.me/scilib_yura15cbx/425

    О композиторах, About composers, Про композиторів
    t.me/scilib_yura15cbx/424

    Книги композиторов и книги о дирижёрах и исполнителях
    Книги композиторів і книги про диригентів і виконавців
    Books by composers and books about conductors and performers
    t.me/scilib_yura15cbx/423

    История музыки, размышления
    Music history, reflections
    Історія музики, роздуми
    t.me/scilib_yura15cbx/422

    Анализ творчества композиторов
    Аналіз творчості композиторів
    Analysis of composers' creativity
    t.me/scilib_yura15cbx/419

    Эстетика, психология музыки, медицина и др
    Aesthetics, psychology of music, medicine, etc.
    Естетика, психологія музики, медицина та ін
    #Эстетика, #психологиямузыки, #медицина и др
    #Aesthetics, #psychology of music, #medicine, etc.
    #Естетика, #психологія
    музики, #медицина та ін
    t.me/scilib_yura15cbx/415

    Статьи, очерки о музыке, эссе
    Статті, нариси про музику, есе
    Articles, essays about music, essays
    t.me/scilib_yura15cbx/414

    Словари, справочники, документы, музыкальные программы
    Словники, довідники, документи, музичні програми
    Dictionaries, reference books, documents, music programs музыка
    t.me/scilib_yura15cbx/412

    Оркестровка, инструментовка, чтение партитур
    Orchestration, instrumentation, reading scores
    Оркестровка, інструментування, читання партитур музыка
    #Оркестровка, #инструментовка, #чтениепартитур
    #Orchestration, #instrumentation, #reading scores
    #Оркестровка, #інструментування, #читання
    партитур_музыка
    t.me/scilib_yura15cbx/411

    Народное творчество, фольклор, декоративно-прикладное искусство
    Народна творчість, фольклор
    Folk art, folklore
    #Народноетворчество, #фольклор, #декоративноприкладноеискусство
    #Народна
    творчість, #фольклор
    #Folk art, #folklore
    t.me/scilib_yura15cbx/410

    Методика, руководства, обучающие материалы
    Methodology, manuals, training materials
    Методика, керівництва, навчальні матеріали музыка
    t.me/scilib_yura15cbx/409

    История музыки и монографии
    Історія музики та монографії
    Music History and monographs
    t.me/scilib_yura15cbx/408

    Гармония, теория, полифония, композиция
    Harmony, theory, polyphony, composition
    Гармонія, теорія, поліфонія, композиція музыка
    #Гармония, #теория, #полифония, #композиция
    #Harmony, #theory, #polyphony, #composition
    #Гармонія, #теорія, #поліфонія, #композиція #музыка
    t.me/scilib_yura15cbx/407

    Автобиографии, воспоминания, письма, мемуары
    Autobiographies, memoirs, letters, memoirs
    Автобіографії, спогади, листи, мемуари музыка
    #Автобиографии, #воспоминания, #письма, #мемуары
    #Autobiographies, #memoirs, #letters, #memoirs
    t.me/scilib_yura15cbx/405

  3. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --
    #Seabed2030 #OceanMapping #Hydrospatial #remotesensing #seafloor #seafloorspreading #oceanic #crust #geology #structuralgeology #IndianOcean #earthquake #midoceanridge #instrumentation #marine #seabed #hydrography #model #modeling #mapping #GIS #spatial #tectonicplates #magma #fortuitous #survey #seismogeodetic #monitoring #submarine #rifting #observation #volcanism #seismicity #dyke #fault #faulting #midoceanridge #MOR

  4. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --

  5. Global Performance of #RemoteSensing Based and Reanalysis-Driven Models to Estimate Open Water Evaporation
    --
    doi.org/10.1029/2025WR042363
    --
    “ABSTRACT: Evaporation plays an essential role in the water cycle, influencing local and regional climates while directly impacting water availability in lakes. However, directly measuring evaporation over water bodies remains challenging due to the high costs of installing and maintaining the required in situ instrumentation. Although several remote sensing algorithms have been providing evaporation estimates, the lack of a global validation hinders our understanding of their relative uncertainties and performances across different regions. Here, [they] analyze[d] the performance of a suite of models that leverage satellite data and meteorological reanalysis to estimate evaporation over lakes worldwide. [They] compare[d] three remote sensing-based models, one reanalysis-driven model and one ensemble approach, using in situ observations from 27 lakes representing a diverse range of geographic and climatic regions. [Their] results demonstrate that, overall, the ensemble outperformed any individual model in terms of accuracy, with a RMSE and a bias of 1.3 and 0.3 mm/day, respectively. These findings highlight the benefits of using an ensemble approach to estimate open water evaporation with satellite-based models at the global scale, leveraging the unique strengths of each model. For the individual models, differences in the representation of heat storage changes and advection effects led to lower values of RMSE and bias, depending on the location and depth of the lakes. This study sets the path for future improvement of open water evaporation algorithms globally, while remote sensing techniques are proven satisfactory to monitoring of water loss in lakes globally, an essential step toward effective large-scale water resources management.
    PLAIN LANGUAGE SUMMARY: Water loss through evaporation in lakes and reservoirs directly affects water availability, which highlights the need to monitor these losses. However, measuring evaporation in situ is challenging and expensive. An alternative is to estimate evaporation using remote-sensing models and compare these estimates with in-situ data to verify their accuracy. Here, [they] evaluated four models and their ensemble (the models' mean value) using measurements from 27 lakes and reservoirs worldwide. [They] found that the ensemble presented higher accuracy and consistency than any individual model because it benefits from the strengths of each model. This approach can guide future improvements in estimating open-water evaporation, which is essential for large-scale water-resource management…”
    #global #mapping #earthobservation #GIS #spatial #spatialanalysis #spatiotemporal #model #modeling #water #hydrology #surfacewater #waterbody #lake #reservoir #evaporation #evapotranspiration #watercycle #weather #meteorology #usecase #waterresources #watermanagement #waterloss #regional #estimate #policy #planning #instrumentation #comparasion

  6. Global Performance of Based and Reanalysis-Driven Models to Estimate Open Water Evaporation
    --
    doi.org/10.1029/2025WR042363
    --
    “ABSTRACT: Evaporation plays an essential role in the water cycle, influencing local and regional climates while directly impacting water availability in lakes. However, directly measuring evaporation over water bodies remains challenging due to the high costs of installing and maintaining the required in situ instrumentation. Although several remote sensing algorithms have been providing evaporation estimates, the lack of a global validation hinders our understanding of their relative uncertainties and performances across different regions. Here, [they] analyze[d] the performance of a suite of models that leverage satellite data and meteorological reanalysis to estimate evaporation over lakes worldwide. [They] compare[d] three remote sensing-based models, one reanalysis-driven model and one ensemble approach, using in situ observations from 27 lakes representing a diverse range of geographic and climatic regions. [Their] results demonstrate that, overall, the ensemble outperformed any individual model in terms of accuracy, with a RMSE and a bias of 1.3 and 0.3 mm/day, respectively. These findings highlight the benefits of using an ensemble approach to estimate open water evaporation with satellite-based models at the global scale, leveraging the unique strengths of each model. For the individual models, differences in the representation of heat storage changes and advection effects led to lower values of RMSE and bias, depending on the location and depth of the lakes. This study sets the path for future improvement of open water evaporation algorithms globally, while remote sensing techniques are proven satisfactory to monitoring of water loss in lakes globally, an essential step toward effective large-scale water resources management.
    PLAIN LANGUAGE SUMMARY: Water loss through evaporation in lakes and reservoirs directly affects water availability, which highlights the need to monitor these losses. However, measuring evaporation in situ is challenging and expensive. An alternative is to estimate evaporation using remote-sensing models and compare these estimates with in-situ data to verify their accuracy. Here, [they] evaluated four models and their ensemble (the models' mean value) using measurements from 27 lakes and reservoirs worldwide. [They] found that the ensemble presented higher accuracy and consistency than any individual model because it benefits from the strengths of each model. This approach can guide future improvements in estimating open-water evaporation, which is essential for large-scale water-resource management…”

  7. Mapping Sleeping Bees within Their Nest: Spatial and Temporal Analysis of Worker Honey Bee Sleep
    --
    pmc.ncbi.nlm.nih.gov/articles/ <-- shared paper
    --
    H/T Dimitrios A. Karras
    “Bees are not only very important for all ecosystems... They are very cute too....
    However, bee societies are very complex and different sleep patterns exist for the other kinds of bees in the hierarchy..
    In general, bees actually sleep, and many species spend around 5-8 hours resting each day, usually at night when they're not foraging.
    Some solitary bees have been photographed sleeping inside flowers, where they cling onto the petals or stamens with their tiny legs and sometimes even their jaws.
    One of the cutest parts is that tired bees can look almost like they've fallen asleep at work, curled up inside a flower with pollen still covering their bodies…”
    --
    “Patterns of behavior within societies have long been visualized and interpreted using maps. Mapping the occurrence of sleep across individuals within a society could offer clues as to functional aspects of sleep. In spite of this, a detailed spatial analysis of sleep has never been conducted on an invertebrate society. [The authors] introduce the concept of mapping sleep across an insect society, and provide an empirical example, mapping sleep patterns within colonies of European honey bees (Apis mellifera L.). Honey bees face variables such as temperature and position of resources within their colony's nest that may impact their sleep. [They] mapped sleep behavior and temperature of worker bees and produced maps of their nest's comb contents as the colony grew and contents changed. By following marked bees, [they] discovered that individuals slept in many locations, but bees of different worker castes slept in different areas of the nest relative to position of the brood and surrounding temperature. Older worker bees generally slept outside cells, closer to the perimeter of the nest, in colder regions, and away from uncapped brood. Younger worker bees generally slept inside cells and closer to the center of the nest, and spent more time asleep than awake when surrounded by uncapped brood. The average surface temperature of sleeping foragers was lower than the surface temperature of their surroundings, offering a possible indicator of sleep for this caste. [They] propose mechanisms that could generate caste-dependent sleep patterns and discuss functional significance of these patterns…”
    #bee #insect #hive #sleeping #sleep #patterns #monitoring #spatialanalysis #spatiotemporal #spatial #mapping #sleeppatterns #behaviour #society #community #honeybees #ecosystem #colony #infrared #remotesensing #temperature #instrumentation

  8. Mapping Sleeping Bees within Their Nest: Spatial and Temporal Analysis of Worker Honey Bee Sleep
    --
    pmc.ncbi.nlm.nih.gov/articles/ <-- shared paper
    --
    H/T Dimitrios A. Karras
    “Bees are not only very important for all ecosystems... They are very cute too....
    However, bee societies are very complex and different sleep patterns exist for the other kinds of bees in the hierarchy..
    In general, bees actually sleep, and many species spend around 5-8 hours resting each day, usually at night when they're not foraging.
    Some solitary bees have been photographed sleeping inside flowers, where they cling onto the petals or stamens with their tiny legs and sometimes even their jaws.
    One of the cutest parts is that tired bees can look almost like they've fallen asleep at work, curled up inside a flower with pollen still covering their bodies…”
    --
    “Patterns of behavior within societies have long been visualized and interpreted using maps. Mapping the occurrence of sleep across individuals within a society could offer clues as to functional aspects of sleep. In spite of this, a detailed spatial analysis of sleep has never been conducted on an invertebrate society. [The authors] introduce the concept of mapping sleep across an insect society, and provide an empirical example, mapping sleep patterns within colonies of European honey bees (Apis mellifera L.). Honey bees face variables such as temperature and position of resources within their colony's nest that may impact their sleep. [They] mapped sleep behavior and temperature of worker bees and produced maps of their nest's comb contents as the colony grew and contents changed. By following marked bees, [they] discovered that individuals slept in many locations, but bees of different worker castes slept in different areas of the nest relative to position of the brood and surrounding temperature. Older worker bees generally slept outside cells, closer to the perimeter of the nest, in colder regions, and away from uncapped brood. Younger worker bees generally slept inside cells and closer to the center of the nest, and spent more time asleep than awake when surrounded by uncapped brood. The average surface temperature of sleeping foragers was lower than the surface temperature of their surroundings, offering a possible indicator of sleep for this caste. [They] propose mechanisms that could generate caste-dependent sleep patterns and discuss functional significance of these patterns…”

  9. LatLearn roadmap rest of year:

    * more stats
    * more tests
    * better support for chart plotting
    * more policy & licensing clarity
    * Golang version requirement bump in order to unlock more helpful toys at runtime

    #Golang
    #latency
    #observability
    #monitoring
    #instrumentation

  10. Psychology is an administrative vocabulary masquerading as a natural science, and the most damning evidence is that the discipline best equipped to rescue it is quietly declining to speak its language. Thoughts?

    brywillis634737.substack.com/p

    #philosophy #psychology #zombies #ethics #blog #substack #writing #critique #news #language #society #culture #power #instrumentation #evidence #podcast #thoughts

  11. Hey there, I am Prathamesh Deshmukh, a PhD scholar at UGC-DAE CSR, Mumbai, working in condensed matter physics. My research focuses on magnetoelectric coupling in multiferroic composites and their dielectric, magnetic, and neutron diffraction studies.

    Beyond synthesis, I specialise in scientific instrumentation. I designed the Advanced Transport Measurement System (ATMS), a low-cost cryogenic setup for precision transport measurements, and developed PICA, an open-source Python suite for lab automation.

    I will be completing my PhD this year and am seeking postdoctoral research opportunities that would leverage my expertise in experimental physics, scientific instrumentation, and software development.

    prathameshdeshmukh.site

    #Introduction #CondensedMatter #Physics #NeutronScattering #OpenScience #Python #LabAutomation #Instrumentation #Postdoc #AcademicMastodon

  12. Любая IDE от JetBrains бесплатно: что на самом деле происходит, когда вы запускаете “безобидный” активатор

    После ухода JetBrains из России и введения экспортных ограничений многие разработчики столкнулись с банальной проблемой: IntelliJ IDEA Ultimate формально недоступна, а работать нужно сейчас. В результате в ходу оказались «активаторы» — shell-скрипты, которые обещают решить вопрос лицензии за пару минут. Снаружи всё выглядит просто: скачал, запустил, IDE работает. Внутри — Java-агент с Instrumentation-доступом, модификация сетевого стека и вмешательство в криптографические примитивы стандартной библиотеки Java. При этом исполняемый код скачивается с внешнего сервера без подписей и проверок, а установка сопровождается правками системного окружения и использованием sudo. В статье я разбираю один из популярных активаторов на уровне реализации: от .sh-скрипта до трансформаций байткода и подмены BigInteger#oddModPow() . Без эмоций и морализаторства — только факты, архитектура и последствия для безопасности, стабильности и юридических рисков.

    habr.com/ru/companies/haulmont

    #Java #JVM #IntelliJ_IDEA #JetBrains #безопасность #reverse_engineering #Java_Agent #Instrumentation #криптография #лицензирование

  13. RubyLLM::Instrumentation cho phép tự động theo dõi mọi cuộc gọi LLM trong Rails bằng ActiveSupport::Notifications. Thêm gem vào Gemfile, cài bundle, RubyLLM sẽ phát ra sự kiện “ruby_llm” cho mọi chat, embeddings, tạo ảnh… Giúp tách biệt logic business và monitoring, không cần viết callback ở mỗi nơi. Dễ tích hợp, mở rộng cho dashboard, alert, logging. #RubyLLM #Instrumentation #Rails #LLM #GiámSát #Ruby #Developer #Tech

    dev.to/sinaptia_dev/rubyllmins

  14. Have You Ever Wondered What A New Concrete Stilling Well [stream gauge] Looked Like?
    --
    H/T Roy Socolow, USGS
    "While doing research on the USGS stream gaging program for a local presentation, [he] found this beautiful image of a classic stilling well from the Kentucky archives. Intakes and valve stems in perfect condition, hand pump and flush tank ready to fill, no kerosene or funky well water smell, and the clock weights on the Stevens recorder have plenty of travel room. Makes them] think of the good old days climbing down well ladders to “muck out” wells. Many of these “tanks” of instrument shelters still exist with either working intakes or as converted bubble gages. Many others have been decommissioned due to safety issues (falling or confined space hazards). Thanks to the men of the #CCC and #WPA..."
    #gage #streamflow #instrumentation #hydrology #measurement #history #waterresources #stillingwell #recording #USGS #fedscience #fedservice
    @USGS

  15. 📣 The second issue of the WST Chronicle is out!

    dropbox.com/scl/fi/zmd3mwpb8is

    📄 The WST Chronicle is an electronic magazine designed to keep the WST science teams and the broader scientific community updated on the latest developments of the project

    🔭 WST is a project to build a 12m telescope fully dedicated to multi-object spectroscopy. It will have a large FoV (>3 deg^2) and combine high‐multiplex spectrographs of both low‐ and high‐resolution and a giant IFU

    #astronomy #instrumentation

  16. Off-the-shelf smartphone cameras can do hyperspectral imaging. An ordinary smartphone can be a pocket spectrometer.

    You need a smartphone that support RAW (DNG) image capture option or using with third-party applications. You also need a special color reference chart printed on a card.

    Computational Photography Spectrometry (CPS) software can then extract 1.6 nm spectral resolution comparable to that of a scientific-grade spectrometer. (patent pending).

    “From an algorithmic standpoint, to the best of our knowledge, our paper presents the first computational spectrometry method with 1.5-nm spectral resolution using a photograph of an arbitrary sample without relying on specific training data or predetermined algorithms,”

    Hyperspectral Information Extraction With Full Resolution From Arbitrary Photographs
    ieeexplore.ieee.org/document/1

    News article:
    spectrum.ieee.org/hyperspectra

    Purdue newsroom: purdue.edu/newsroom/2025/Q3/mo

    #lab #science #instrumentation