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avnnetwork · 10 months

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A Stay in the Heart of Russia: Top Hotels in Moscow

Introduction

Moscow, the sprawling capital of Russia, is a city that effortlessly blends its rich history with modernity. Whether you're visiting for business or leisure, finding the perfect place to stay in this vibrant metropolis is essential. In this guide, we will explore some of the top hotels in Moscow, offering a variety of experiences that cater to different tastes and preferences. From opulent luxury to cozy boutique accommodations, Moscow has it all.

Timeless Elegance

Nestled in the heart of Moscow's historic district, one of the city's most iconic hotels exudes timeless elegance. With its classic architecture and sumptuous interiors, this establishment offers guests a taste of Russian aristocracy. Each room is meticulously designed, featuring ornate furnishings and breathtaking views of the cityscape. The hotel's restaurant serves exquisite Russian cuisine, allowing guests to savor traditional flavors in a luxurious setting.

Modern Chic

For those seeking a contemporary experience, Moscow has a range of stylish boutique hotels to choose from. These hidden gems offer a unique blend of modern design and personalized service. With their minimalist décor and artistic flair, these hotels create a calming atmosphere, making them perfect for a relaxing getaway. Enjoy locally sourced cuisine at the hotel's restaurant or explore the nearby trendy cafes and restaurants. Visit https://deart-13.ru/

Historic Charm

If you are a history enthusiast, consider staying in one of Moscow's historic hotels. These charming establishments have witnessed the city's transformation over the years. The hotel's architecture and décor reflect a bygone era, while modern amenities ensure a comfortable stay. Explore the nearby historical sites and museums to immerse yourself in Moscow's rich past.

Skyline Views

For a truly unforgettable experience, book a room in one of Moscow's high-rise hotels. These towering structures offer panoramic views of the city's skyline, especially at night when Moscow's iconic landmarks light up the sky. With elegant rooms and top-notch amenities, you'll be treated to a luxurious stay with a view that's second to none.

Tranquil Retreat

Escape the hustle and bustle of the city by checking into a serene retreat nestled on the outskirts of Moscow. These countryside hotels offer a peaceful getaway while still being accessible to the city center. Enjoy the lush gardens, unwind at the spa, or take a leisurely stroll through the picturesque surroundings. It's the perfect option for travelers looking for a tranquil escape from the urban chaos.

Artistic Haven

Moscow's vibrant art scene extends to its hotels. Several establishments showcase contemporary artwork throughout their premises, offering guests a unique artistic experience. From avant-garde sculptures in the lobby to galleries on-site, you can immerse yourself in the local art culture while enjoying a comfortable stay.

Family-Friendly Comfort

Traveling with the family? Moscow has a selection of family-friendly hotels that cater to the needs of both parents and children. These accommodations offer spacious rooms, kid-friendly activities, and amenities like pools and playgrounds. Enjoy a stress-free vacation with the whole family in a welcoming and comfortable environment.

Budget-Friendly Options

For budget-conscious travelers, Moscow also has a range of affordable options. While they may not offer the same level of luxury as some of the more expensive establishments, these hotels provide clean and comfortable rooms, ensuring a pleasant stay without breaking the bank. Many budget-friendly hotels are conveniently located near public transportation, making it easy to explore the city on a budget.

Conclusion

Moscow's diverse hotel scene offers something for every type of traveler, whether you're seeking opulence, tranquility, or a taste of history. From the heart of the city to the outskirts, these accommodations cater to a variety of preferences and budgets. No matter where you choose to stay, you'll have the opportunity to immerse yourself in the vibrant culture and rich history of Russia's dynamic capital. So, whether you're here for business or leisure, your stay in Moscow is sure to be an unforgettable experience.

#отель_на_час #гостиница_на_час #почасовая_гостиница #сеть_отелей

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techcree · 2 years

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So eine Tastatur gab es noch nie!

Das ist ein echtes Tech-Highlight. Soetwas gab es in dieser Form noch nie. Wer dachte es könnte beim Thema Tastatur eigentlich nicht mehr kommen, der wird nun eines Besseren belehrt.

Aktuell ist es noch ein Kickstarter Projekt. Das bedeutet, dass die Flux Group Pty.Ltd. mit Sitz in Sydney, Australien derzeit auf dem Kickstarter Portal Geld sammelt um ihre neu entwickelte Tastatur in den Markt bringen zu können. Dazu wollte das Unternehmen eigentlich rund 125.000 Euro sammeln. Doch es sind nun bereits 944.000 Euro zusammengekommen. Das ist immer ein gutes Zeichen dafür, dass Unterstützer dann auch tatsächlich eines Tages das fertige Produkt in Händen halten dürfen. Bei solchen Kickstarter Projekten gibt es dafür aber keine Garantie.

Hinweis: Beitrag enthält kostenlose und unbezahlte Werbung

Bildquellen: Kickstarter Angebots Website

Laut Kickstarter beschreibt sich das Unternehmen Flux wie folgt:"Wir haben ein wachsendes Team, dessen Fähigkeiten Industriedesign, Maschinenbau, Elektrotechnik, UI/UX-Design und Softwareentwicklung umfassen." Und der auf Kickstarter vorgestellte Prototyp fasziniert. wenn wir einmal von sogenannten Bildschirmtastaturen absehen, wie wir diese von Tablets und Co. kennen, so gab es bisher kaum eine Möglichkeit eine herkömmliche Tastaatur deart zu individualisieren ohne dazu die Tastenkappen auszutauschen.

Hier kommt eine herkömmliche Tastatur mit einer Displaytastatur zusammen und pojeziert neben einem beliebigen Hintergrundbild auch die Tastenbeschrfitung an Ort und Stelle der jeweiligen Taste. Wer so beispielsweise eine externe Tastatur für sein Chromebook sucht, könnte die Microsoft spezifische Beschriftung einfach gegen die für Chromebooks übliche tauschen. Das und vieles mehr. Nicht nur im Bezug auf funktionale Anpassungen wird damit jegliche Grenze für die Individualisierung aufgehoben.

Mehr noch! Es lassen sich auch Bauteile der Tastatur austauschen, so dass diese dann um beispielsweise Drehschalter ergänzt werden kann, wie es für die Lautstärkeregelung gebraucht wird, wenn die Anwendung der Musik- oder Videobearbeitung im Vordergrund steht. Und über das Display lassen sich zudem zusätzliche Informationen anzeigen, wie Wetterdaten und Temperatur.

Wer jetzt noch auf Kickstarter zuschlagen will um sich eine Flux Tastatur zu sichern könnte schon zu spät sein. Die ursprünglichen Angebote für Unterstützer dürften bereits ausgelaufen sein. Dabei lag die finanzielle Hürde garnicht so niedrig. Immerhin bei einem Preis pro Tastatur-Set von um die 500-570 Euro. Was bei dem Risiko von Kickstarter Angeboten eine recht ordentliche Summe ist.

Dennoch! Wer sich das einmal genauer anschauen möchte, sollte einmal einen Blick auf Kickstarter werfen. Es dürfte bei einem guten Start sicher erst der Anfang einer großen Erfolgsgeschichte werden und wir werden uns auch sicher bald mehr solcher Lösungen ansehen können! Schließlich ist die Idee allein schon so genial, dass es in Zukunft bestimmt mehr solcher Angebote auf dem Markt geben dürfte.

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eekispyykes · 7 years

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Bench’s Application for NASA Planetary Protection Officer/#StonerTech

NASA Headquarters

300 E Street SW:Suite 5R30

Washington DC 20546

ATTN:Human Resources

Job Listing: HQ17S0010

Planetary Protection Officer

Deart NASA

I am announcing my candidacy for the Planet Protection Officer job that was most recently sent to media circulation. My background is Exercise Physiology, Gender Studies, And Sports Medicine. I have privately studied theoretical astrophysics for a goal of creating worm hole travel by energizing the vapor cloud of a Prandtl-Glauert

Singularity surrounding a supersonic craft. I feel this can be achieved not at the speed of light but instead supersonically by exploiting a rift in space time of sound and its mechanical source.

Masters Sci Exercise Physiology. University of Oregon 2001

Grad Cert Gender Studies University of Oregon 2001

Bach Sci. Movement Studies East Stroudsburg University 1998

NATABOC Certified. <Inactive Status> 1999

Identified OSHA is a deadbeat federal agency endangering 2007

the well being of employee minors and public

Identified New York State Labor Department Incompetent in 2012

absent regulation of idealized anorexia in fashion.

Authored: The Narcissocracy V2 2014

This Device of Reason 2017

Recommended the update of the sapien taxonomic identity to the

Nobel Committee and International Council for Science.

"Hom Hetero Technologia

Recognized the FBI put discrimination before national security when since 2014 rejected potential cyber security employees because their vast hacking skills were shunned for choice of vice. The united states government has no authority to intervene a Citizens use of, cultivation of Cannabis or other Natural PsyActives. Grounds of racism and warmongering will have no footing for policy. I am greater than thee federal nuisance of party gridlock.

My skills/interests are skeletal muscular triage and conditioning

Design of function first ergonomic sports equipment

Animal intelligence

Evaluation of science fiction set design.

Self generating energy mechanisms.

We are addressing my qualification to the Planetary Protection Officer position and I will address needs as I see them at this time.

Kind Regards,

Michael Bench, MEP GCERT

1.Equipment.

Materials

Pollen and air particle identification system

Vacu- pipette sample auto distributor.

Remote microscope photography/videography and sample purge.

Remote tissue biopsy darts

Vital signs registry implant

Walk thru 2door Airlock

Discussion

Each interaction with exogenous material will be recorded from each perspective of active crew. Staff showing signs of distress will have video tabulated and assembled as to build an evidence log of their symptoms. When a staff does collect exogenous materials they will be disassembled in the survey craft. The exploratory craft, quarantine cellblock, and walk thru airlocks will have redundant lab materials

If lifeforms were found, a donor will be selected in capture or free range to be shot with a biopsy dart. The biopsy dart will be retracted by a strong magnet on a flight drone. If a small study station will be constructed on the planet, all life forms will be mandated to receive an RFID chip.

Disassembling samples will be done by an automated arm/laser assembly. Inactive samples will be put under microscope and saved at 500k dpi. The samples themselves might be stored or expelled. Active samples colonies such as lake water, exogenous plant cells, alien blood will be put in a petri dish. The petridish will be fed into a Vacu-Pipette Auto- Distributor (VPAD).

The role of VPAD is to separate all similar life forms into individual andcataloged containers. Additionally, groups of organism types will be divided into multiple combinations. If there are 4 varieties of organism in a sample, VPAD will choose among organism A,B,C,D and put concentrations of only organism A&D,C&B,A&C,B&D,A&B,C&D together. Changes in behavior and sample chemistry will be recorded. If a sample containing all organisms is docile, separating them might trigger one organism's wastes to activate anotherorganism's protective defenses. Smaller concentrations or symbiotic relationships might not distinguish one organism's metabolic activity without the accumulation of biproducts . Microclimates in an (aquatic) environment must be considered.

Pollen and airparticle identification should be completed in the Pre-Survey and Survey phases. All exploratory crew must wear helmets even when the atmosphere is reported breathable. Crew will accomplish only tasks on the schedule and not venture into open ended tours. These are the pre survey , and survey craft roles. Inclusive of Vacupipette and living air particles; all samples will be recorded in various tests for their reactivity and then ejected. No living organism must board a rescue craft outside the atmosphere.

2.Ship Design

Airlocks:

Airlocks are of two types:

Hull Edge

Low level Central Walkthru:

Hull edge airlocks are well documented in science fiction movies they allow exit into space or docking to larger stations or to home planet space/ airports/ hangers.

Low Level Central WalkThru Airlocks are located on the lowest level of a spacecraft. When in inactive position, staff/crew may walk through the airlock and the two sets of doors on each side of the airlock. The airlock is connected to an arm on its roof. When activated, the airlock will close one or both door pairs sealing the ship air away from its own. The Airlock may be used to capture free roaming contaminations or hostile piracy constituents. When the airlock is sealed on both sides; with the hostile agent trapped inside; the connect arm lowers the airlock out of the hull of the ship, rotates 90degrees horizontally, and its contents are set free to freeze in the void of space. The arm may also opt to release the airlock, remaining sealed, as to be picked up at another time. A beacon will be activated. View ports or cameras will enable passing ships to see its contents per 'tune in' signal

Capture drones

Capture Equipment

Region Locks.

The most famous scene of an alien serpent bursting out of a crew's chest cavity is Ridley Scott's 1979 Alien movie. The contamination that resulted could have easily be stopped if the crew knew to seal off the dining hall from the remainder of the ship. Ducts and electric shafts were also far too numerous and far too available to floor level. A crew must be ready at all times to seal a region of ship if a contamination occurs.If the first officer is injured, the second officer hits a single button offered in redundancy all around the room. If the second officer is injured, the third officer or those nearest the region lock button should know without instruction to seal the area.

At such time, the crew take no delay to abandon the victim and immediately inoculate the threat. In times of greater technology, a surgical bot on a track could enter the area, contain both victim and parasite and attend to both in an airlock. At this time we have technology that could sent a "Roomba-type" floor robot (of larger stature) to corner the alien and sweep it up.

Staff confidence in handling aggressive creatures like Brown snake, Philippine Cobra, and Tiger snake is mandatory. At this time technology also exists for realistic simulations and materials to resist envenomation. Spiders and snakes are among the most feared creatures so similarly constructed creatures off planet are likely to cause anxiety that impairs optimal problem solving performance, If it has a mouth: duct tape it shut. If it has a stinger,chop it off. Materials like Kevlar could be fashioned in multiple layer gloves. Crew drills on parasite capture are necessary all year long.

Contagion recovery Team Drones.

Not all disasters and infestations can be forseen. For creatures smaller than 7ft tall/long, a drone team of a containment bot and a capture bot are piloted by the staff through the ship. Unless there is some reason the creature cannot be damaged, determine its source of intelligence and "crush its head". The capture bot will have a small profile to fit into any duct work yet heavy enough not to be offset by a thrashing hostile creature. On an easy schedule capture the capture bot grasps the creature at the front and rear, gives it a good crush and places it in the containment bot. A containment bot will self seal and report promptly to the nearest hull airlock. The containment bot will disengage from its container, exit the airlock and flush. Once the operational plan is complete the containment bot will furnish the crew with an uploaded analysis of the creature's goop

On a difficult capture of a creature, the capture bot will alert the server it intends to 'bolt down the contamination". Capture bots will one at a time clamp onto the creature, exit their bases from the area. The ship's computer will initiate a strong magnetic pulse specific to the capture bot limbs that draw the 'intrusive species' to a particular wall. A larger capture bot will enter the area, seal itself against the wall around the intruder.The main computer will allow the wall skin to detach with the capture bot. and the entirety of bot, wall and intruder will report to the nearest hull airlock. The airlock will open, the creature will be released, the wall will be magnetically retrieved ,and the system reset.

I find the magnetic apprehension and unmanned vessels to be applicable methods of containment also on Earth bases. If the samples are breaching containment and of air circulation risk, its vessel may be insulated inside a magnetically active liquid metal bath/ nano electroplating to confine its movement. Should the species not be able of electroplating, it will certainly be electrocuted.

3.Pre-Survey, Surveillance, and Exploration of Unexplored Planets

Craft with the express purpose of rescue and investigation of distress signals may respond to unknown distress signals. All other craft will be forbidden predisposing ill suited missions from extraneous risks they were not designed for. In the case a rescue craft is met with a rescue signal, they must proceed first as a military envoy, second as an ambulation team, and thirdly as an exploratory survey. If crew attempt to override mission roles they will be stripped of rank and apprehended/tranquilized/executed if furthering their effort.

PRESURVEY:

If the planet or region has never been explored, sample drones aboard an unmanned craft will be piloted to the surface. Such delivery craft should be temporary and expendable. The sample drones may eject from its delivery ship when low enough in the atmosphere.

Roles: 1;Video collection and identification of repeated types

of species, vegetation, rock types and general formal

composition of the landing areas.

2.Species evaluation: air evaluation, pollen filter collection,

pollen microbe sample tubules with human, fish, aviary , viral

and bacteria samples as to test reactivity. Species evaluation

drones should be of hovering and terrestrial motion as to

purposely disturb the environment so passive

characters can be triggered.

3.Rescue region survey. A particular unmanned craft seeks the

feature of the exploration and suitable region to land a craft if

necessary.

SURVEY

An unmanned craft departs the ship and sets down upon the planet. In the time from presurvey to survey phases new forms of life expose themselves or the presurvey mission was attacked, the unmanned ship will be monitoring the ground for nefarious characters with visual, thermal and other sensors. The unmanned survey craft will be weaponized. The role of the weaponized function is to clear hostile natives from the area of expected touch down or extraction.

A rescue attempt will rely on a hover drone to find the crew members and land the survey ship as nearby as possible in a coordinated fashion. If the beacon is found to be a hoax, an addition explosives drone type will set charges and demolish the signal source.

Should rescued persons be able to board the survey craft, their containment will be in a fixed region of the craft that docks outside the main vessel and deposites the containment vessel to a quarantine area separate from the ship. It is the crews duty among the rescued to assure injured persons are put on the stretcher for medlab. Elsewise a terrestrial drone will do such labors. If the rescue crew is combative, they will be tranquilized and immediately set in hypersleep in the trailing quarantine "cellblock". People aboard the quarantine cellblock will have no physical contact with the rescue crew. Each will be asked report to a hypersleep tube to be individually interviewed.

EXPLORATION

Retreat policies from hostile inhabited planets

In a case of immediate retraction from an area, an injured crew member may only be retrieved if movement is TOWARD the rescue craft. Undue delay predisposes other crew to contamination,injury or death.Staff are forbidden to rescue another crew member if the injury is other than physical and contained inside the suit.

Rescue of Victims by unmanned craft

A victim on a planet surface is to retrieved by a drone or craft isolating their body and the containment cell of their body from the pilot. The containment cell will have an automated surgical station and care unit to initiate first aid and contain any unknown organisms. The medlab must be activated and sealed. A sealed medlab may not be opened earlier than 6 hours.

Each medlab will have two sections and be ejectable from the exploration and survey vessels. Should more members of the crew be injured, the medlab will seal the first victim in stasis, seal the entry to the entire facility, and open the inner medlab door so they can be treated.The capacity for three patients should be alotted. The only time the medlab will not open for additional patients beyond 1 is that contagion is loose or airborne.

Rescue of Casualties by unmanned craft

A death of crew shall be deemed an immediate contagionThey will be frozen immediately in a containment tube and dissected in the quarantine cellblock medlab by remote surgeon link.

Quarantine Cellblocks

Quarantine Cellblocks and hulls of outer atmosphere ships shall not ever pass into foreign atmosphere space. If such an event happens, they may not return to Earth Atmosphere without thorough hull scrub and due measures effectively 'sterilizing' the hull of contaminants.

Colonizing

On planets considered devoid of life after 4 separate surveys in a span of 150years, NASA may opt to colonize those planets with species of any type believed to flourish best in its environment. Mammals and limbed creatures would need a predatory tree of inhabitants. For this case I call the ' ancient astronaut theory' misguided. Its infact our role to colonize a planet with our own microbes, spores, viruses, bacteria to fester an evolutionary chain to unfold. A planet like Venus who's climate is outright hostile to mammals, may be the appropriate haven for a bacteria to benefit in pH friendly zones.

Eco Tree

The importance of our eco tree is so vast that all movies presuming spaceships would only transport humans are foolish and self centered. The Earth's eco tree is as important to us as sapiens must be to it. Its sustainance is our important task. The eco tree is our medicine chest. Should a ship become infested, its not only humans gene lines that risk mutation. Preserving the eco tree will be a goal of most all starcraft and this is why missions must not be quickly detoured for blind altruism.

I must remind all of you that after some time in space, all travelers are a form of mutation. Radiation is always hitting them. It would not be unreasonable for adaptations toward amphibian/ reptilian protections to occur such as skin scales and hermaphrodism. The show American Dad with a character Roger is quite on point to have a gay'ish/ efeminent voice and manner. Lack of gravity could cause other vital organ systems to change in efficiency of energy. An astronaut simply returning to earth might be radiated enough to cause a mutation from procreation even if it wasn't noticed by testing. The change in his families gene line could be as invisible as an undocumented chimeric pattern.

By these statements my qualifications are many. There are application advantages for molecular biologists, chemists, and geneticists. Since there are lifeforms they have never seen nor understand physiological makeup, their expertise is rather moot except for comparisons and lexicon. I hope you will recognize my trained values in Physiology and Gender Anthropology.. In parts Psychology, have their own merited elitism among those fields named. All conditions for mitigating my qualification I call to be beneath the needs of NASA. A mission cannot be completed in tuxedos. The people that want to work it must be dependable of their own accord. As of this letter , I already have worked toward the needs and safety of our public.

Michael Bench

Exercise Physiologist

` Gender Anthropology

Author

#AmericanStoner.

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10dim-blog · 6 years

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PAREDÃO ELETRONICO INTERATIVO NA CIENTEC 2018 O Laboratório 10 Dimensões no Departamento de Artes da UFRN/Universidade Federal do Rio Grande do Norte apresentará nesta semana a intervenção artística interativa Paredão eletrônico II, um espetáculo sonoro, visual, poético que inclui a participação aberta e ativa do público presente com ações multimídia envolvendo sensores de cor, luz, interação com celulares em composições sonoras, entre outras , na CIENTEC 2018, na próxima sexta-feira, dia 29, às 17h30. O projeto, realizado em parceria com a empresa Savox (Natal/RN) envolve realizar inovações proporcionadas pela interatividade nesta aparelhagem aparentada aos sound systems originários da Jamaica, com características próprias e tornada móvel no NE. Foram introduzidas nesta estrutura de uso generalizado no Nordeste e em outras regiões do país: animações eletrônicas na parte de luz com trilha sonora das animações de Leonardo Pereira (EM/UFRN); composição sonora interativa via celulares de Gabriel Gagliano (também da EM/UFRN) e outras inovações interativas como mudança de cor e som dos módulos de led do grande painel a partir de sensores de cor e de frequência cardíaca manipuláveis pelo público. Ou seja, o público poderá ver e ouvir no paredão representações animadas do ritmo de seu coração, ou animações luminosas e sonoras conforme as cores de objetos do público e suas próprias roupas. O Projeto Paredão eletrônico (I e II) envolve investigação no campo da economia criativa nordestina dos chamados “paredões” em Natal, RN, Brasil. Arranjo sócio técnico inventivo, o paredão é uma estrutura automotiva sonora eletrificada de alta intensidade articulada de forma modular com elementos luminosos coloridos. Apresenta a experiência de criação de espetáculo artístico obra operado em um campo provisoriamente denominado como de “tecnologia situada”. O termo trata de obras ancoradas em sistematizações tecnológicas enraizadas em contextos socioculturais e territoriais específicos, articulando novas propostas poéticas e inovações relacionadas a esta. O Nordeste tem tradição acumulada e variada no contexto da criação musical e de dispositivos sonoro musicais eletrificados e variantes de sound systems, que são sistemas sonoros montados para uma audiência. Dispositivos desta natureza não são uma exclusividade da região, podendo ser citados desde o tecno-brega da região Norte ao rock em geral, enquanto manifestação global de eletrificação sonora. O Paredão é herdeiro e manifestação da história do som automotivo e relaciona-se também a outras estruturas e equipamentos moveis ou instrumentos de sistemas de som e musicais eletrificados no Nordeste e em geral. O projeto dá continuidade a implementação de perspectivas prospectadas de intervenção e deslocamento de inserção cultural, com a implementação de modificações e acréscimo de incrementos e inovações tecnológicas que permitem a expansão das possibilidades artísticas e criativas desta manifestação. A obra realizada propõe uma experiência multissensorial (sonora e visual, além de relacionada à totalidade do corpo através dos movimentos rítmicos corporais do público) e- também interativa- pela possibilidade de agenciamento por parte do público de eventos artísticos (sonoro-luminosos) na estrutura do paredão através da interatividade. Pressupõe, ainda, a realização de conjunto de trechos sonoro musicais que entram em interação entre si, com o sistema luminoso e com o público através da programação e difusão via amplificadores de som do Paredão. Também apresenta a integração entre os movimentos corporais do público e interações sonoro musicais através da captação de dados da movimentação do público via seus celulares (os quais tem giroscópio, que permite captar movimento). É fruto de projetos de pesquisa e extensão sediados no Laboratório 10 Dimensões no Departamento de Artes da UFRN/Universidade Federal do Rio Grande do Norte, com o apoio do NAC, Proex e Propesq da UFRN, da empresa de som automotivo Savox, de Natal, assim como do Media Lab/UFG. Foi realizada uma apresentação experimental ainda inicial do Paredão eletrônico na CIENTEC de 2017. O grupo interdisciplinar responsável é formado por pesquisadores e estudantes das áreas de arte, tecnologia e música e é coordenado pela Prof. Dra. Laurita Salles do DEART, UFRN. Equipe: Docentes pesquisadores e assessoria técnica: Laurita Ricardo de Salles ( DEART/UFRN), Gabriel Gagliano Pinto Alberto (EM/UFRN), Aquiles Medeiros Filgueira Burlamaqui (ECT/UFRN), Jose Savio Oliveira de Araújo (DEART/UFRN), Savio Pinheiro Xavier (Savox). Colaboração e apoio: Cleomar de Sousa Rocha (Media Lab/UFG), Jeronimo Barbosa da Costa Junior (MGill/CA), Rogerio Junior Correia Tavares(DEART/UFRN). Alunos colaboradores da UFRN- DEART: Jackie Rocha de Araújo (Design);Ana Paola Ottoni ( site e vídeos); Andiara de Freitas Emidio (produção cultural e divulgação); EM: Leonardo Meneses Pereira (trilha sonora);ECT: Celso Soares da Silva Junior (programação Android); Leonardo Moniz Sodré Lopes Teixeira (programação);Matheus Pereira Batista de Macedo (programação) ; Raphael Luiz de Oliveira Silva (produção e apoio); Wendell Alves da Silva (programação até maio de 2018). Servidores técnico administrativos: Rafael Keller Menezes; Tales Evan da Silva e Ycaro Ravel Dantas( UFRN, apoio geral) . SERVIÇO: Evento: intervenção artística interativa Paredão eletrônico Quando: Sexta-feira, 29 de junho de 2018, às 17h30 Local: UFRN, entrada principal da CIENTEC 2018 (Rua da Capela) Facebook: 10 dimensões Informações: contato10dimensõ[email protected]

Site: www.10dimensoes.com

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