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Seed industry raises a flag on surge in HT Bt cotton acreage – BusinessLine
Posted: June 18, 2021 at 7:28 am
With the rising acreage of hybrid tolerant Bt cotton (HT Bt cotton) threatening to cut into the revenues of seed firms and yields for farmers, seed industry associations have appealed to the Union government to take measures to curb HT Bt cultivation.
The National Seed Association of India (NSAI) and the Federation of Seed Industry of India (FSII), have alleged that the sale of HT Bt cotton seeds has suddenly shot up this year, posing a serious threat to the environment, farmers, legitimate seed companies and government revenue. It cautioned that consequences of allowing the illegal technology could be disastrous.
Also read: Highest HTBT cotton sowing in coming kharif: Shetkari Sanghatana
The two associations have written a letter to the Union Ministry of Agriculture, the government of India and the GEAC (Genetic Engineering Approval Committee) to initiate steps to curb the sale of the illegal seeds and take action against the offenders.
Besides causing harm to the environment and losses to the industry, the HT Bt seeds could contaminate the production of legitimate seeds.
The sale of HT Bt cotton is illegal in the country as the GEAC has not given permission to the technology yet.
The HT Bt cotton, the third generation biotechnology in cotton, gives the plant an ability to survive specific herbicides. It works on the premise that when a specific herbicide is sprayed on the crop variety/hybrid modified to resist that herbicide survives and all others are killed. The genetically modified plant has strength to withstand the effect of weedicide.
Though the farmers in some States have been growing HT Bt cotton for the last few years, the extent was limited to some pockets.
The industry associations alleged that there is a sudden surge in the acreage. Quoting a Department of Biotechnology (DBT) survey, they said about 15 per cent of the cotton acreage in Maharashtra, Andhra Pradesh, Telangana and Gujarat was under HT Bt cotton.
The area under cultivation of illegal HT cotton has been increasing over the years. However, this year there is a big jump in such illegal cultivation especially in the major cotton States, M Ramasami, Chairman of FSII, said.
From an estimated 35 lakh packets last year, the area is likely to go up to about 70 lakh packets this year, Ramasami, who is also the Chairman of the Rasi Seeds, said.
The fact that the total size of the cottonseed packets is five crore packets (of 450 gm each) shows how alarming the situation is.
He said that the illegal seed packets indicate the presence of several technologies in the seeds. This could pose a very serious challenges to the environment.
If it is not controlled immediately by the government, it will spell disaster for the industry and farmers, he said.
NSAI President Prabhakar Rao cautioned that the proliferation of illegal seeds could decimate small cotton seed companies, while posing a major threat to the entire legal cotton seed market in the country.
To make matters worse, the illegal seeds are sold using the brand name of prominent companies. While the illegal seeds are polluting the environment, the industry is losing legitimate seed sale. There is a dent in tax collections too, Prabhakara Rao, who is also the Managing Director of Nuziveedu Seeds Limited, said.
He lamented that the regulators were focusing only on licensed dealers and seed companies, while unscrupulous players continued to sell the HT seeds without any hindrance.
The focus must be shifted to catching them and taking exemplary and strong punitive action, he said.
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Find Your Genetic Relatives Quickly and Accurately with USC ISI’s iLASH Algorithm – USC Viterbi | School of Engineering – USC Viterbi School of…
Posted: at 7:28 am
Pixabay // Qimono
Admit it at some point in our childhoods, weve all wondered if we had a long-lost twin or a celebrity relative. Perhaps weve gone so far as to perform a genetic test through a company such as 23AndMe, and learned more about our ancestry and distant relatives. Though we often pursue genetic testing for personal purposes, finding out individuals that share DNA could have grand implications for our understanding of the health and structure of human populations at large.
This process of examining genetic connections has been streamlined by the introduction of iLASH (IBD by LocAlity-Sensitive Hashing), an algorithm that efficiently identifies relevant genetic connections among large sets of people, which then inform important advancements in population genetics and personalized medicine, among other fields.
What is iLASH?
iLASH came to be when Ruhollah Shemirani, Ph.D. student at USC, teamed up with Jose-Luis Ambite, Research Team Leader at USCs Information Sciences Institute (ISI) and Associate Research Professor of Computer Science at USC Viterbi, to study how genetic connections among individuals can shed light on genetic causes of diseases and the genetic structure of populations. In addition, iLASH can also be used for other purposes such as finding distant relatives through services like 23AndMe. This project was made possible by collaborating with experts from the University of Colorado, the Icahn School of Medicine at Mount Sinai, and the University of North Carolina at Chapel Hill.
Establishing genetic connections can make the world feel smaller than you think. Ambites experience, among those of many others who have used similar services, serve as interesting examples.
According to 23andMe, I share 0.07% of my genome with Greg Ver Steeg, another researcher at ISI, mentioned Ambite. Greg is American (from Dutch descent, many generations ago). Im from Spain. Nonetheless, we share a bit of DNA from a common ancestor.
Essentially, iLASH is a method for IBD, or Identity-By-Descent, estimation. IBD estimation is the process of finding out where, and how much, each pair of individuals in a genetic dataset share their DNA due to shared ancestry, explained Shemirani.
IBD estimation is the first step of IBD Mapping, a novel process to identify the genetic basis of disease. This process is broken down into three steps, each to be published independently in a paper. The first step, published as a featured article in the Editors Highlights in Nature Communications on June 10th, involves estimating genetic segments that are shared between pairs of individuals using iLASH. Next, this genetic pairing information is used to create groups of distant families using network clustering methods. The last paper will focus on statistical methods to show whether these distant families reveal elevated rates of diseases or other traits.
A Pioneer in IBD Estimation
So what sets iLASH apart from other genetic algorithms? Scalability and accuracy.With the ability to perform IBD estimation on a large-scale, biobanks, or storages of biological samples for research, that were previously unfeasible can now be analyzed for genetic connections at an unprecedented speed.
Before iLASH, finding genetic connections in a dataset of 50,000 individuals would take more than a week (~6 days per chromosome), said Shemirani. The same dataset is analyzed by iLASH in an hour!
To achieve this, iLASH employs Locality Sensitive Hashing (LSH), which eliminates unrelated pairs of genetic samples, leaving remaining pairs that have a high probability of shared DNA. This complex algorithm has been facilitated by parallel computing, which allows multiple processes to be carried out simultaneously, creating an efficient approach to IBD estimation.
As a crucial step, Shemirani and Ambite collaborated with geneticists and researchers from various institutions to ensure iLASH is compatible with common formats used by bioinformaticians, who apply information generated from the algorithm to biological and medical research.
Without such feedback from real geneticists at the University of Colorado Medical Campus and Icahn School of Medicine at Mount Sinai, we could not have achieved this, Shemirani said.
Revolutionizing Population Genetics
iLASH has significant real-world applications in both population genetics and personalized medicine.
In the population genetics field, iLASHs efficiency and accuracy as an IBD estimation method has been unprecedented by other types of analyses and has already been implemented by experts across the country.
We can use iLASH in very large datasets to extract patterns of migration and recent fine-scale ancestry structures for the first time, said Shemirani.
In fact, Dr. Gillian Belbin, an iLASH co-author and researcher at the Icahn School of Medicine at Mount Sinai, used iLASH to analyze the UK Biobank, a genetic dataset of 500,000 people in the UK. Among other findings, the study showed patterns of common ancestry with Nordic populations who inhabited areas that are historically contact points for Viking populations.
Incorporating Diversity into the Conversation
In the field of medicine, iLASH is not only an effective tool for studying the genetic origins of rare diseases, but also a promising way to better our understanding of diversity in genetics.
Helping with the discovery of these rare genetic origins for various diseases is just one of the utilities of such studies, Ambite noted. For example, they can also help geneticists with calibrating genetic disease risk calculations for diverse non-European populations.
By building upon previous analyses that were limited to white European populations, iLASH enables researchers to expand existing results to cover a broader range of population groups.
Including iLASH in genetic study pipelines, such as polygenic risk scores or disease mapping studies, will help to account for population structure and hidden relatedness in the datasets, explained Shemirani. This will help partially address the problems that arise from the imbalance, or lack of diversity, of the datasets and studies in terms of population demographics.
Another upside of iLASH is that its more cost-friendly when compared to many other alternatives in medicine, therefore making it a much more accessible option.
Going Forward
Though iLASH has proven to be highly promising in various applications, there is still work to be done. Shemirani named three particular improvements that they are currently working on.
The primary challenge is to create a distributed version of iLASH to meet increasing scalability demands. As datasets grow larger by the day, iLASH needs the resources required to cover a sizable amount of data accurately and efficiently.
In addition, Shemirani and Ambite are also looking to create a cloud service for iLASH, though ethical and security issues surrounding sensitive genetic data pose a problem for this goal.
Finally, adding an incremental analysis would allow iLASH to be adopted in commercial settings where new customers are constantly being added and need to be incorporated into the existing dataset.
Though not all of us are going to find a lost-long twin or celebrity relative, iLASH can help researchers extract crucial genetic information that will inform relevant research in the fields of population genetics and medicine, benefiting us all in the long term.
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Find Your Genetic Relatives Quickly and Accurately with USC ISI's iLASH Algorithm - USC Viterbi | School of Engineering - USC Viterbi School of...
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Worldwide Biohacking Industry to 2026 – Competitive Analysis and the Impact of COVID-19 – PRNewswire
Posted: at 7:28 am
DUBLIN, June 14, 2021 /PRNewswire/ -- The "Global Biohacking Market (2021-2026) by Product, Application, Type, End-User, Geography, Competitive Analysis and the Impact of Covid-19 with Ansoff Analysis" report has been added to ResearchAndMarkets.com's offering.
Key factors, such as the innovative trends of neuro-nutrition & growing biohacking in the health & wellness space, are likely to contribute to the growth of the market. Penetration of the Internet of Things in healthcare, fitness, and consumer electronics such as fitness bands also boosts the market growth. Rising demand for smart devices and effective drugs to meet the daily healthcare needs amongst the population and the prevalence of chronic disorders are factors driving the market growth. The COVID-19 pandemic has led to a surge in market growth for the pharma industries engaged in biohacking.
However, strict government regulations governing the genetic engineering experiments, lack of funds required for research, and lack of expertise are likely to hinder the market growth. Cybersecurity practices are expected to pose a challenge for the biohacking market.
Market Segmentation
The Global Biohacking Market is segmented further based on Product, Application, Type, End-User, and Geography.
Recent Developments1. Fitbit Collaborates with Scripps Research and Stanford Medicine to Study the Role of Wearables to Detect, Track and Contain Infectious Diseases like COVID-19. - 4th April 20202. InteraXon announced a new product launch - Muse S, a Meditation Sleep Headband. - 9th January 2020
Company Profiles
Some of the companies covered in this report are Apple, THE ODIN, Thync Global, Fitbit, Synbiota, Moodmetric, HVMN, InteraXon Inc, etc.
Competitive Quadrant
The report includes a Competitive Quadrant, a proprietary tool to analyze and evaluate the position of companies based on their Industry Position score and Market Performance score. The tool uses various factors for categorizing the players into four categories. Some of these factors considered for analysis are financial performance over the last 3 years, growth strategies, innovation score, new product launches, investments, growth in market share, etc.
Why buy this report?
Report Highlights:
Key Topics Covered:
1 Report Description
2 Research Methodology
3 Executive Summary
4 Market Overview4.1 Introduction 4.2 Market Dynamics4.2.1 Drivers4.2.1.1 Innovative Trends of Neuro-Nutrition and Biohacking in The Wellness Space 4.2.1.2 Increase in The Use of Radiofrequency Identification (RFID) Technology in Medical Devices 4.2.1.3 Rising Demand for Smart Devices and Drugs 4.2.1.4 Penetration of Internet of Things (IoT) In Healthcare, Fitness, and Consumer Electronics 4.2.2 Restraints4.2.2.1 Stringent Government Regulations Governing the Genetic Engineering Experiments4.2.2.2 Lack of Funds Required for Research 4.2.2.3 Lack of Expertise 4.2.3 Opportunities4.2.3.1 Lab Experiments with The Use of Medical, Nutritional, and Electronic Technique 4.2.3.2 Advancement in Technologies4.2.3.3 The Sharp Rise in Chronic Diseases Coupled with The Growing Geriatric Population4.2.4 Challenges4.2.4.1 Cyber Security Concerns4.3 Trends
5 Market Analysis5.1 Porter's Five Forces Analysis5.2 Impact of COVID-195.3 Ansoff Matrix Analysis
6 Global Biohacking Market, By Product6.1 Introduction6.2 Smart Drugs6.3 Sensors6.4 Strains6.5 Others
7 Global Biohacking Market, By Application7.1 Introduction 7.2 Synthetic Biology7.3 Genetic Engineering7.4 Forensic Science7.5 Diagnosis & Treatment7.6 Drug Testing
8 Global Biohacking Market, By Type8.1 Introduction8.2 Inside8.3 Outside
9 Global Biohacking Market, By End User9.1 Introduction9.2 Pharmaceutical & Biotechnology Companies9.3 Forensic Laboratories9.4 Others
10 Global Biohacking Market, By Geography10.1 Introduction10.2 North America10.2.1 US10.2.2 Canada10.2.3 Mexico10.3 South America10.3.1 Brazil10.3.2 Argentina10.4 Europe10.4.1 UK10.4.2 France10.4.3 Germany10.4.4 Italy10.4.5 Spain10.4.6 Rest of Europe10.5 Asia-Pacific10.5.1 China10.5.2 Japan10.5.3 India10.5.4 Indonesia10.5.5 Malaysia10.5.6 South Korea10.5.7 Australia10.5.8 Russia10.5.9 Rest of APAC10.6 Rest of the World10.6.1 Qatar10.6.2 Saudi Arabia10.6.3 South Africa10.6.4 United Arab Emirates10.6.5 Latin America
11 Competitive Landscape11.1 Competitive Quadrant11.2 Market Share Analysis11.3 Competitive Scenario11.3.1 Mergers & Acquisitions11.3.2 Agreement, Collaborations, & Partnerships11.3.3 New Product Launches & Enhancements11.3.4 Investments & funding
12 Company Profiles12.1 Apple12.2 THE ODIN 12.3 Thync Global 12.4 Fitbit 12.5 Synbiota 12.6 Moodmetric 12.7 HVMN 12.8 InteraXon 12.9 Modern AlkaMe12.10 Behavioral Tech
13 Appendix
For more information about this report visit https://www.researchandmarkets.com/r/25qr1p
Media Contact:
Research and Markets Laura Wood, Senior Manager [emailprotected]
For E.S.T Office Hours Call +1-917-300-0470 For U.S./CAN Toll Free Call +1-800-526-8630 For GMT Office Hours Call +353-1-416-8900
U.S. Fax: 646-607-1904 Fax (outside U.S.): +353-1-481-1716
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Worldwide Biohacking Industry to 2026 - Competitive Analysis and the Impact of COVID-19 - PRNewswire
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Eligo Presents Preclinical Data Demonstrating for the First Time that Gut Microbiome Modulation via Delivery of CRISPR Nuclease Impacts Disease…
Posted: at 7:28 am
In-vivo data in disease model further supports development of Eligo's CRISPR-Cas antimicrobial strategies and itsEligobiotics platform
Phase 1 trial for EB003 lead candidate expected to commence in Q2'22; Orphan Drug Designation granted by the EMA
PARIS, June 15, 2021 /PRNewswire/ -- Eligo Bioscience SA, a Paris, France-based microbiome engineering company, today announced that the Company presented preclinical data on its lead drug candidate, EB003, for the treatment of severe diarrhea induced by shiga-toxin (Stx) producing E. coli (STEC, leading to Hemolytic Uremic Syndrome), at the 14thAnnual CRISPR 2021 meeting held June 1-10, 2021. The data presented further supports development of CRISPR-Cas antimicrobial strategies against STEC and other microbiome bacterial targets utilizing Eligo's proprietary Eligobiotics platform. Eligo's proprietary technology is protected by over 20 patent families, including the 2013 foundational IP on CRISPR antimicrobials.EB003 has been granted Orphan Drug Designation by the EMA.
"The data presented virtually this year at the CRISPR meeting continues to support the potential of our lead candidate EB003 and the use of the Eligobioticsplatform to modulate bacterial populations of the microbiome with unprecedented precision," said Xavier Duportet, Ph.D., Chief Executive Officer of Eligo Bioscience. "EB003 demonstrated efficacy across multiple in vitro and in vivo models. Moreover, we observed significantly reduced STEC colonization and alleviated symptoms in 100% of treated animals in a disease model representative of the intended patient population.We are very excited about these findings, how they support progression of EB003, and the clear demonstration of effective application of our proprietary platform."
Dr. Duportet continued, "This is indeed the first time that symptom alleviation has been achieved via the delivery of exogenous nuclease in a gut infection model, building on the foundational invention of this technology. Even more exciting is the fact that bacterial killing is solely achieved by the nuclease activity as opposed to the lytic cycle of the phage, therefore enabling a true modulation at the strain level based on the sole presence of a deleterious gene in bacteria.We are looking forward to advancing EB003 into the clinic next year."
The virtual presentation describes efficacy data in in vitro collections of epidemiologically relevant STEC strains, and in two animal models. Efficiency was first demonstrated in vitro on a collection of epidemiology relevant STEC strains where EB003 was able to efficiently kill E. coli strains harboring Stx genes. The EB003 CRISPR-based killing mechanism also abolished Shiga-toxin production, compared to antibiotic treatment, which can on the contrary lead to Shiga-toxin overproduction. Additionally, EB003 was able to reduce STEC colonization by multiple orders of magnitude in both a mouse gut colonization model and an infant rabbit disease model. In the latter model that recapitulates STEC infection associated symptoms, treatment with EB003 demonstrated statistically significant symptom alleviation.
The results provide strong support for further development of the company's CRISPR-Cas antimicrobial strategy and Eligobioticsplatform. Eligo is planning to initiate its first clinical trial for EB003 for the treatment of STEC in the second quarter of 2022.
About EB003
EB003, Eligo's lead drug candidate, was developed using the Company's proprietary Sequence-Specific Anti-Microbials (SSAM) platform. SSAM relies on the delivery of a non-replicative DNA payload encoding an exogenous Cas nuclease,guided towards specific genomic sequences. This modality leads to targeted lethal DNA double strand-breaks only if such sequences are present in the bacterial genome. This strategy enables precise engineering of the microbiome by killing only the strains harboring genomic sequences targeted by the nuclease.EB003 is being developed for the treatment of severe diarrhea induced by shiga-toxin (Stx) producing E. coli (STEC, leading to Hemolytic Uremic Syndrome) and is expected to enter Phase 1 in the second quarter of 2022. EB003 has been granted Orphan Drug Designation by the EMA.
About Eligobiotics
Eligobioticsis a first in class microbiome gene therapy that can change the microbiome composition and function with unprecedented precision.Eligobioticscan be designed, built, and optimized to target the microbiome species of choice with the automated proprietary platform that leverages Eligo's unique expertise in synthetic biology, phage biology, genetic engineering, and bioinformatics. Eligobioticscan be used to precisely and selectively remove unwanted bacterial strains carrying deleterious genes while leaving beneficial bacterial strains intact through the targeted delivery of a payload encoding an RNA-guided CRISPR-Cas nuclease. Alternatively, Eligobioticscan deliver to target bacteria the necessary genetic instructions to produce, display or secrete therapeutic proteins of interest in close proximity to the host's cells.Eligo is utilizing its Eligobioticsplatform to build a pipeline of drug candidates in inflammation, autoimmunity, and oncology.
About EligoBioscience
Eligo Bioscience is the world leader in microbiome gene therapy to address microbiome-associated diseases. Eligo was founded by scientists from The Rockefeller University, where CRISPR-based antimicrobials were invented, and by scientists from MIT. Eligo was named a Technology Pioneer by the World Economic Forum in 2017. With venture capital funding from Khosla Ventures and Seventure Partners, and non-dilutive funding from the GlaxoSmithKline, European Commission, CARB-X, and Bpifrance, Eligo has built an extensive pipeline of drug candidates using its Eligobioticsplatform.
Through its novel technology platform and robust intellectual property positions, Eligo is poised to be a catalyst for the growth anticipated across the microbiome-associated diseases industry.
For more information about Eligo visithttps://www.eligo.bio/.
Follow us athttps://www.twitter.com/EligoBioandhttps://www.linkedin.com/company/eligo-bio.
Logo - https://mma.prnewswire.com/media/1533529/Eligo_Bioscience_SA_Logo.jpg
Eligo Contact:
Argot PartnersKevin Murphy / Troy Neubeckereligo@argotpartners.com+1-212-600-1902
SOURCE Eligo Bioscience SA
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Bones, Muscles, and Connective Tissue: Tales of Collectivity – E-Flux
Posted: at 7:21 am
Failure, mishap, and defeat cannot be excluded from the program of those who are dissatisfied with the inventory of the past and the present, but everyone tends to fall down differently, in a direction in which they walked. Radoslav Putar, new tendencies 1, 1961
To the whole, we oppose the parts. As parts taken out of their whole or a togetherness of several wholes that is of ourselves, individuals being in common. Communismthis word again.
when I say we, I am counting you in when I say we, I am talking about you too and also you when I say we, I am speaking from this space We were one and more than one before. Marko Guti Miimakov, Karen Nhea Nielsen, and LilySlava8 & AmpersandG8, Thank You for Being Here with Me, 2020
Old utopias have sobered up. Our collective body is tired and fragmented. How can it be recovered, reconstructed? One way, I think, is to approach the collective body as one might an actual body: through metaphors of the collectives bones, muscles, and connective tissues. In this essay I trace examples of collective practices from WWII to the contemporary moment in the post-Yugoslav context, where collectivity is no longer defined by the essentialist determinism that communist ideology used to supposedly fostered the inherent collectivism of the East. I follow a specific line of forms and structures of artistic productionseparate from mainstream discoursesthat sought to redefine arts social position, its role as a medium of social relations. I highlight paradigm shifts and trace the methodological and political connections between different generations that shared similar problems.
The Yugoslav partisan anti-fascist struggle during WWII was a foundational act in forming the new, postwar, socialist society. The Yugoslav Peoples Liberation Struggle (NOB)1 was characterized by a massive response from cultural workers, who employed artistic production as agitation and propaganda, but also as educational empowerment.
Through the visual articulation of war trauma, partisan art, with its participatory and activist character, involved heterogeneous artistic production, disseminated through partisan exhibitions and congresses of cultural workers during the war.
In the collective body of the Yugoslav region, the historical anti-fascist partisan struggle functions as the bones. In the upright human body, bones are the support structure, the scaffolding. Protecting and supporting the body, bones are the most permanent part of the body, its invisible infrastructure, its foundation, and this is the role played by the historical partisan struggle in the Yugoslav collective body.
The partisan legacy can be also considered a kind of ancestral knowledge: transmitted not only through official history, but also through cultural and social osmosis, directly, peer to peer. The partisans transformative knowledge accumulated in the bones of the collective body of postwar generations. The groundbreaking historical experience of political and cultural revolution achieved through this struggle was assimilated by the generations that followed.
Emancipatory artistic projects today still draw inspiration from the legacy of the social institutions established through the partisan strugglefree health care, education, and housing. The diverse cultural practices that accompanied the partisan struggle, many of which were collectivist and anonymous, played an integral role in constructing the new identity of socialist Yugoslavia.
The heterogeneity of partisan artwhich sought, according to poet and writer Miklav Komelj, to construct a new revolutionary subjectivityreconfigured the boundaries between art and society. Komelj describes partisan cultural production as a breakthrough through the impossible, a structural change, a discontinuation, caused by revolution in the field of art.2
Yugoslav partisan art can to some extent be seen as an actualization of leftist cultural ideas circulating in the 1920s (e.g., the Dadaist magazine Zenit, the Belgrade surrealist groups) and the 1930s. It also created an entirely new cultural situation: a melting pot that mixed high culture and popular culture, bringing together a wide range of participants from different classes, generations, and genres who would not cross paths in normal circumstances.
The association of artists called Zemlja (Earth) was active from 1929 until 1935, when their work was officially banned.3 They initially came together to oppose and reflect on the effects of the economic crisis of 1929 and the growing threat of fascism. They exhibited in Zagreb, Paris, and Belgrade. In addition to educated artists, Zemlja included peasants and workers. In the groups 1929 manifesto, a fervent polemic about art and revolution, they called for urgent collectivization and the fusion of life and art. The group continued its radical artistic activity into the 1930s, and then in the 1940s several members became partisan militants. With this shift, art and life became one. Zemlja members Marijan Detoni, Franjo Mraz, and Antun Augustini fought alongside numerous younger artists; one of them, Vlado Kristl, later joined the group EXAT 51, which included painters and architects. In 1950s, EXAT 51 developed an experimental artistic synthesis of art and architecture. In addition to members of Zemlja, a circle of Belgrade surrealists also joined the partisan struggle. Poet and writer Koa Popovi became the commander of the First Proletarian Brigade and was later made the chief of the general staff of the Yugoslav National Army. As Komelj notes, Never before or after has a Surrealist poet had such an influential post in a Socialist revolution.4
If the partisan struggle constitutes the bones of the Yugoslav collective body, we can also say that bones play a revolutionary role in the body, by enabling movement. The project of building socialist Yugoslavia through partisan struggle redefined the classes and introduced class mobility, based on the idea of social progress. Bones are also the locus of muscle production, since stem cells from bone marrow can be used to generate more muscle. From a different perspective, bones also symbolize the necropolitics of armed struggle and warthink mass graves and ossuaries. Marked by the tension between utopia and grim reality, the partisan struggle shaped future generations and helped construct the beginning of the Yugoslav collective body.
IRWIN,NSK Panorama,1997. Photo: Michael Shuster.
Ideological disputes on the left seemed to be temporarily silenced during WWII, when all hands were on deck. But in the postwar year, the debates resumed. This period also witnessed a surge in artistic collectivity focused on the task of rebuilding society. If the partisan struggle built the bones of the collective body, the postwar years built the musculature.
The aforementioned EXAT 51 group was active in Zagreb from 1950 to 1956.5 The group positioned itself against outdated ideas and types of production within the field of visual arts, and aligned itself with the social reality and social forces aspiring to attain progress within all fields of human activity.6 Its strategy was based on the re-actualization of historical avant-garde movements, predominantly from the constructivist tradition. Although EXAT 51 members each signed their works individually, the group acted collectively to build a platform dedicated to the synthesis of all artistic forms and the abolition of the boundary between fine and applied art. It should be remembered that in early 1950s Yugoslavia, abstract art was considered controversial by official ideology. Following the publication of its first manifesto in 1951, the group and its work received harsh criticism.
Despite this criticism, EXAT 51 remained active, publishing texts and designing Yugoslav pavilions at world exposlike the yearly expo of the Croatian Association of Applied Arts in Zagreb. This latter example in particular shows the groups commitment to fusing art and life. Although EXATs abstract artistic language is the opposite of the figurative directness of Zemlja and other partisan artists, the work of both groups illustrates, in different ways, what a synthesis between art and life can look like.
This way of looking at these art collectives is influenced by art historian Jea Denegris concept of the other line. He describes this as a mentality, and a reaction of certain artists and artists groups to the existing cultural and social circumstances. It was, in fact, a way of shrinking back from being integrated into those very circumstances and, thus, of searching for an independent artistic attitude.7
In the 1960s and 70s many groups withdrew from the political arena in order to produce alternative spaces of togetherness and collective determination, as happened in many other parts of the world during this time. Artist groups like Gorgona, OHO, and the Group of Six Artists were informal collectives that searched for more poetic and anti-systemic approaches to producing art, often at the margins of society and the official art system. These groups were concerned with creating refuges from common spaces and examining their own internal relations on a micro scale. If the partisan artists were the bones of the collective body, and the 1950s artist the muscles, the groups of the 1960s and 70s zeroed in on individual parts of that body.
The Gorgona group was active in Zagreb from 1959 to 1966. It consisted of artists and cultural workers who shared affinities but not a stylistic program.8 The groups activities were shaped by principles of anti-art, dematerialization, humor, and irony. Instead of a fixed program or manifesto, Gorgonas work involved transient and processual formats such as mail art, artistic walks in nature, and self-organized exhibitions. Between 1961 and 1966 the group also published the anti-magazine Gorgona, which lasted for eleven issues, and which included collaborations with Op artist Victor Vasarely, playwright Harold Pinter, and conceptual artist Dieter Rot.
In 1966, when the members of Gorgona voted to terminate the group, another group came together in Ljubljana: OHO.9 Though OHO was only a loose collective, its founding gesture is considered to be the publication of its manifesto in 1966. Whereas Gorgona ironically deployed the bureaucratic language of socialism to examine collective dynamics within society, OHOs telepathic Intercontinental group projects (at one point there were two members based in the US) explored micro-relations within the group itself. OHO worked with what they called reismsconceptual strategies that blended the ideas of Fluxus, land art, and body art. OHO members created artist books, objects, and situations that they claimed were liberated from primary functions.10 As for the groups name, the website Monoskop explains its origin: The term OHO refers to the observation of forms (with the eye, oko, and ear, uho) in their immediate presence, and is also an exclamation of astonishment, said Marko Poganik, the groups leader: Because when we uncover the essence of a thing, that is when we exclaim oho.11
In the 1980s, with the impending disintegration of Yugoslavia, art collectives turned again to the realm of politics, engaging in intense discussions about the political implications of artistic production. IRWIN proposed the retro principle concept, which highlights the emancipatory effects of repetitionthe restaging or reconstruction of historical avant-garde narratives.12 Rather than embracing the postmodernism that was all the rage at the time, IRWIN turned back to conceptualisma part of the collective body of the past.
IRWIN employed strategies of self-historicization and historical reappropriation to question the relations between art objects, exhibitions, museums, collectives, and states. The group constructed its self-narrative around a refusal to take up passive and powerless artistic positions. The larger collective that IRWIN helped found, Neue Slowenische Kunst (NSK), created innovative (para)institutional forms that paralleled and counterbalanced existing social and state institutions. This was not just about the appropriation or mimicry of existing social forms; it was about creating a space of autonomous action. One such (para)institution, NSK STATE IN TIME (created by the groups IRWIN, Laibach, and the Noordung Cosmocinetic Cabinet), functions as an abstract organism, a suprematist body, installed in a real social and political space as a sculpture comprising the concrete body warmth, spirit and work of its members. NSK confers the status of a state not to territory but to mind, whose borders are in a state of flux, in accordance with the movements and changes of its symbolic and physical collective body.13
By the 1970s and 80s, as the collective body disintegrated, artists began to see the cultural production and revolutionary activity of the partisans as anachronistic, as something better left in the past. After a series of officially organized exhibitions of partisan art, some even regarded the work as merely serving the interest of reproducing the state. However, by the 2000s, a younger generation recuperated this history. After the breakup of Yugoslavia and the emergence of neoliberal capitalism, the history and collective values of the partisan struggle became relevant again.
The Group of Six Artists,14 active in Zagreb from 1975 to 1984, introduced the tactic of the exhibition action to bypassed mainstream art institutions. Exhibition actions took place in alternative locationson the grass, in the streetwhere the group showed their works and projected slides and films on the outside walls of houses. Group member Mladen Stilinovi once pointed out the difference between the groups of the seventies, which sought joy in collective work, and the groups of today. The collectives from the past dissolved when the enjoyment started to fade, whereas today, this enjoyment has given way to the attempt to bureaucratize pleasure through administrative structures and organizational protocols.
For decades these collectives were dominated by men. But beginning in the 2000s, many new female-dominated collectives formed, focused particularly on curatorial practices: BLOK; Institute for Duration, Location, and Variables (Delve); Kontejner (Bureau for Contemporary Artistic Practice); and WHW, among others. Numerous other independent groups and collectives came together in the former Yugoslavia in the 2000s: BADco., kuda.org, Prelom, How to Think Partisan Art?, Rena Rdle & Vladan Jeremi, KURS. Many of these groups looked to the emancipatory projects of socialist Yugoslavia to inform their own ideas about collectivity, socially engaged art, and progressive exhibition practices. Self-organized and extra-institutional, these collectives positioned themselves in opposition to the representational model that dominated local culture.
The most important muscle of the collective body is the heart. In the former Yugoslavia, recent years have brought new challenges that threaten the very corethe heartof many collective initiatives and groups. There is a growing fatigue with collective work, stemming from the pressure to sustain productivity in precarious labor conditions. Working as a collective body over the long term is made even more difficult by ongoing economic and political crises, from cuts to cultural funding to the rise of right-wing politics.
This breakdown in the historical continuity of the collective body is examined in the performance The Labour of Panic (2020) by the Zagreb collective BADco.15 The work can be seen as a metaphor for the collective bodys struggle to survive amidst hostile conditionsnot only austerity and nationalist politics, but Covid-19 and the ecological crisis. Since its formation in 2000, and until its recent dissolution after twenty years of working together, BADco. explored the protocols of performing, presenting, and observing. The Labour of Panic is the third part of their Trilogy of Labour, Utopias and Impossibilities (201820). It reflects on the uncertainty around beginnings and endings. As the group has stated, To allow something to end and something new to begin, the infrastructural space itself must allow the possibility of change. That is the terrain where one outlines the contours and excavates the remains of that which cannot come to be and that which may yet occur.16 Performed outdoors at night in extreme conditionsharsh wind, heat, mosquitosThe Labour of Panic shows how the collective body confronts external catastrophes and internal turmoil.
Nea Knez, Danilo Milovanovi, Toni Poljanec, and Luka Erdani,Y?(still),2019ongoing. Multimedia.Photo:Toni Poljanec. Project updates:.
For more than a half century, the Yugoslav collective body performed enormous ideological and metabolic work, and became exhausted. Rescued from the dustbin of history, it was turned into an ur collective body that neoliberal capitalism and the twenty-first century tore limb from limbdismembering the collective body. Everyone took a piecemuseums, galleries, archives, books. Where that collective body once stood is now an empty stagewhich also means that new beginnings are possible. How can we build our collective body anew?
In addition to bones and muscle, the collective body is held together by connective tissueligaments, fascia, blood vessels, and so forth, linking all the parts of the body. This connective tissue plays a crucial role in the care of the body.
The generation of artists born in the early 1990s, when the former Yugoslavia was riven by genocidal nationalist wars, will probably be the last generation to be touched by the legacy of socialismnot through personal memory, but through remnants and traces of socialist architecture, history, and political values.
Y? (2019ongoing), a project by artists Nea Knez, Danilo Milovanovi, Toni Poljanec, and Luka Erdani, uses a literal remnant of the Yugoslav pastthe Yugo carto map new geopolitical terrains. In the 1980s, the Yogu was produced in the same factory that, a decade later, would produce arms used in the Yugoslav civil war. In its heyday the car was imported into Reagans America and, due to its extremely cheap price, sold in massive numbers. At the same time, the American media denounced it as communist and proclaimed it to be the worst car in history.17 The artists behind Y? drove a Yugo from the city in Serbia where the factory was located, through Europe, to the UK, and then took it by boat to New York, meeting with Yugoslav expats along the way. Travelling this route in a car named after a country that no longer exists was a poignant symbol of unfulfilled narratives of progress and modernization.
A series of collective performances spearheaded by Marko Guti Miimakov shows how collaborations that are loosely organized can still be affectively intense.18 The project centers on interactions between performers and their digital counterpartskitschy animated figures called affective clones. This cloning points to the need to duplicate ourselves in order to fulfill the requirements imposed on us by capital. The project thus addresses the reality of precarious labor conditions, but also solidarity between human and transhuman communities, by creating an interspace where we can be (with) others.
The partisan art of the WWII period contributed to imagining a world that did not yet exist. The new generation of artists has inherited fragments of this emancipatory past, which they use to sketch out a new vision of collectivity. Like the bodys connective tissue, this new collectivity is flexible and fluid, but no less intense. Even within conditions of social and ecological collapse, the desire for collectivity continues to drive the formation of creative and affective communities inside and outside the art field. The tissue that connects body parts is the softest tissue, but also the most resilient.
A member of the curatorial collective What, How & for Whom (WHW), Ana Devi is a curator and educator living in Zagreb. On behalf of the collective, she currently runs two WHW programs: the WHW Akademija and Gallery Nova. She is a doctoral candidate at the University of Zadar, where she researches partisan artistic production and anti-fascist resistance during WWII. She teaches at the MA program in Visual Art and Curatorial Studies at NABA, Milan.
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We Can’t Cheat Aging and Death, Claims New Study – Reason
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Human beings and other primates all inevitably age at fixed rates, according to a new study in Nature Communications. "Human death is inevitable," one of the researchers concludes gloomily in the accompanying press release. "No matter how many vitamins we take, how healthy our environment is or how much we exercise, we will eventually age and die."
The study aims to test the "invariant rate of aging" hypothesis, which posits that the rate of aging is relatively fixed within species. Bodies break down as their tissue and genetic repair mechanisms fail at species-typical rates, leading inevitably to death. The researchers explore this hypothesis by comparing patterns of births and deaths in nine human populations and 30 non-human primate populations, including gorillas, chimpanzees, and baboons living in the wild and in zoos. Their results, they report, imply the existence of "biological constraints on how much the human rate of ageing can be slowed."
To reach this conclusion, Fernando Colchero of the University of Southern Denmark and his team looked at the relationship between life expectancythat is, the average age at which individuals die in a populationand lifespan equality, which measures how concentrated deaths are around older ages.
If deaths are evenly distributed across age groups, the researchers explain, "the result is high lifespan variation and low lifespan equality. If however, deaths are concentrated at the tail-end of the lifespan distribution (as in most developed nations), the result is low lifespan variance and high lifespan equality."
Human life expectancy has been increasing at the rate of about three months per year since the 19th century. The researchers report that most of that increase has been "driven largely by changes in pre-adult mortality." In the accompanying press release, Colchero notes that "not only humans, but also other primate species exposed to different environments, succeed in living longer by reducing infant and juvenile mortality. However, this relationship only holds if we reduce early mortality, and not by reducing the rate of ageing."
Historically, about 1 in 4 children died before their first birthdays and nearly half died before reaching adulthood. Globally, only 1 out 35 children today don't make it to their first birthday. The reduction of early adult deaths from accidents, natural disasters, and infectious diseases has also contributed to longer life expectancies. Consequently, global average life expectancy has more than doubled from just 31 years in 1900 to around73 years now. Since more people are now dying at older ages, global lifespan equality has been increasing.
In the United States, average life expectancy at birth was 47 years in 1900; back then, only 12 percent of people could expect to live past age 65. Over the past 12 decades, life expectancy at birth in the U.S. has increased by 30 years; life expectancy at age 60 has risen by only 7 years. In 2014, U.S. life expectancy reached a high of 78.9 yearsbefore stalling out due to the rising deaths from despair among middle-aged whites and then from the COVID-19 pandemic. Nearly 88 percent of Americans can expect to reach 65 years of age.
Why do all animals, including human beings, age? One popular theory for how species-typical rates of aging emerge is that individuals are selected by nature so that they can keep their health long enough to reproduce and get the next generation up to reproductive snuff. If a body invests a lot of energy in repairing itself, it will reduce the amount of energy it can devote to reproduction. Thus, natural selection favors reproduction over individual longevity.
"Understanding the nature and extent of biological constraints on the rate of ageing and other aspects of age-specific mortality patterns is critical for identifying possible targets of intervention to extend human lifespans," the researchers note. Colchero optimistically adds: "Not all is lost. Medical science has advanced at an unprecedented pace, so maybe science might succeed in achieving what evolution could not: to reduce the rate of ageing."
The good news is that a lot of promising research on anti-aging and age-reversal interventions is advancing rapidly. In December, researchers at the University of San Francisco reported that a small molecule drug achieved rapid restoration of youthful cognitive abilities in aged mice, accompanied by a rejuvenation of brain and immune cells. Another December study found that dosing aged mice with amolecule called prostaglandin E2 can activate muscle stem cells to repair damaged muscle fibers, making the mice 20 percent stronger after one month of treatment. As we age, senescent cells accumulate and secrete molecules that cause various age-related diseases. Researchers are working on senolytic compounds that would help restore youthful vigor by clearing out these senescent cells.
The transhumanist biogerontologist Aubrey de Grey, co-founder of the SENS Research Foundation, argues that anti-aging research is on the trajectory to achieve that he calls "longevity escape velocity." That's when the annual rate of increase in life expectancy exceeds 12 months for every year that passes. De Grey recently tweeted that he thinks that there is a 50 percent chance that humanity will reach longevity escape velocity by 2036. If so, our species may finally be able to cheat aging and death.
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Company Starts Shipping Its $50,000 Mind-Reading Helmet – Futurism
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California-based startup Kernel is about to start shipping a $50,000 helmet that can analyze neurons being fired in someones brain to dozens of customers across the US, Bloomberg reports.
In other words, a helmet that can, at least to a small degree, read your mind.
The technology behind it may have been around for many years, but so far, devices like it have often been as big as rooms and cost millions to set up.
Kernel is hoping to democratize the technology by miniaturizing and commercializing it. A smaller device can also open new doors for researchers as trial participants are able to move around freely.
The companys futuristic-looking Flow brain interface can record real-time data and establish precise patterns of brain activity using lasers, according to the companys website. All the user has to do is plug it to a computer via a USB-C cable.
Kernels other helmet, called Flux, can measure the speed of neurons in real-time, and provide access to the intricate brain activity underlying functions such as arousal, emotion, attention, memory, and learning, the company claims.
Its unclear which of the two helmets goes for $50,000 and what the price of the other helmet is.
In addition to Elon Musks Neuralink and even Facebook, its yet another sign that private companies are increasingly motivated to get inside and understand what goes on inside peoples brains.
Researchers could use data collected by the likes of Kernels helmets to study brain aging, mental disorders, strokes, and even what goes on inside the brain during a psychedelic trip, according to Bloomberg.
To make progress on all the fronts that we need to as a society, we have to bring the brain online, Kernel CEO Bryan Johnson told the media company.
The Flow helmet works by sending lasers through the skull to record brain activity rather than having a computer chip implanted inside your brain, as is the case for Neuralink.
While a helmet is less invasive, its also not as accurate and is more likely to be confused by external electrical interference.
The Flow device can measure changes in blood oxygenation levels, while Flux uses a process called magnetoencephalography, a neuroimaging technique for mapping brain activity by recording the brains magnetic fields.
The first customers to receive the helmets include brain research institutions and other companies who want to better understand what goes on in their customers heads.
According to Bloomberg, Johnson wants to eventually sell a device like Flow for the price of a smartphone, allowing everybody to get better insights into their mental health.
Whether a mobile mind-reading helmet will be able to do just that remains to be seen.
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I’m Going to See the Futuristic Lucid Air EV Sedan Next Week. What Do You Want to Know About It? – The Drive
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The sleek and futuristic Lucid Air sedan is one of the bigger curios on the EV front. Boasting an estimated 517 miles of range, tiny battery packaging, and a great interior, it's definitely a luxury electric sedan to watch. I'm going to get up close and personal with one next week and you should ask me what you want to know about it!
First, allow me to set some expectations. There will be no driving of the Air. The event is meant to show off the new flagship Lucid Studio storefront in New York City. There will be a car there on display I've been told I'm allowed to check out. Secondly, though I will not get to drive the Air, I will get a chance for a ridealong in a pre-production Lucid Air Grand Touringthe one with a claimed 800 horsepower, 517 miles of estimated range, and a $139,000 price tag.
Personally, I want to get a sense of that gratuitous interior space Lucid's been hyping up. Because its EV drivetrain is tiny, it frees up a lot of room that designers then turned into usable cabin space. I'm fascinated by photos of this thing, as they do indeed show an interior that's, well, airy.
You can expect more of these interactions on The Drive, by the way. We're trying to incorporate the things you want to know more and more into the content we feature, like how we did when Peter went to check out the Z Proto a few days ago and when I drove a Bugatti Chiron Pur Sport recently.
So let me know what you'd like to know about the Air within those parameters I just described. Want to see the trunk? Maybe get an up-close look at the big, curved screen? Drop your comment below and I'll pick between five to 10 of the best questions to answer in a follow-up post!
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Futuristic Wearable Designs that are emerging as the top tech trends of 2021! – Yanko Design
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Wearable designs make our lives easier and more efficient in multiple ways! From smartwatches, Fitbits to even wearable furniture, innovative wearable designs can be valuable additions to our daily lifestyles. And, not to mention sometimes theyre really fun to use and trendy to wear as well! Hence, weve curated a collection of wearable designs that are not only super easy to wear on your person, but also promise to make your everyday life easier, simpler, and effortless! Enjoy.
Dani Clodes Third Thumb project aims at exploring and expanding the possibilities of what we can do with additional powers in this case, an extra thumb. With the aim of adding to human possibilities, rather than replacing whats lost, the prosthetic has the potential to rapidly alter the way we live our lives. The thumb, 3D printed from a variant of Thermoplastic Polyurethane (TPU) called Ninjaflex, sits right beside your little finger. Its connected to a smart bracelet that receives its commands via Bluetooth from the wearers foot. Pressure sensors are placed on the soles of the feet and any force you apply with your foot is perceived as a signal by the bracelet i.e., if you press down with one foot, the thumb flexes inwards, grasping whatever youre holding. Clode says that the learning curve is rather minimal and people get used to the controls pretty quick. Watch the video to see one rather confident candidate shred away at a guitar with a Third Thumb!
The After You umbrella is a multipurpose product designed to save you from the rains and to help you carry stuff when the skies are clear! Anna, a student at Moholy-Nagy University of Art and Design, Budapest, created this design as a part of her design course. The aim of the course is to completely redesign an everyday object an umbrella in this case. The After You revolutionizes the humble umbrella in quite a few ways the first is by making the design hands-free! One of the most tedious things about carrying the umbrella is the juggling act of holding onto your umbrella with one hand with the tons of stuff we carry in our hands. By wearing the product over your shoulders like a backpack, After You leave your hands free to answer back to that text or browse your phone. The next thing we love about this design is the foldable design the five layers made from rigid polycarbonate layers fold and unfold to form a cocoon that keeps you protected.
Industrial designer SangWoon Kim has reimagined the traditional waist support belt as a smart wearable to protect the lumbar spine better. Basically, it functions like any standard belt to compress the waist and isolate our breathing patterns. The striking difference is the ability to tighten the belt automatically, depending on the intensity of the workout and the users breathing pattern. Kim calls it the BIND.CO belt and this workout accessory come in handy for any exercise mode and intensity. The innovation will be godsent for beginners who are still learning about the exact tightening of the belt needed for their workout. Thanks to the embedded sensors, the smart belt tightens during exercise and loosens at the time of rest between activities.
Mictic is creating a new relation between music and dance. This hand-worn wearable allows your body movements to be converted into musical symphonies. Simply put, Mictic converts your hand movements into digital signals that trigger virtual instruments within the Mictic smartphone app. The two wearables sit on your wrists, and their individual movements help the app understand how your hands are moving. First, you need to pair your bands with your smartphone and select the drum instrument within the Mictic app. Now beat your hands around in the air and the app plays back drum sounds as if you were sitting in front of a real drum kit. Similarly, select the guitar instrument and shred away in the air and the Mictic app generates a killer solo.
Once activated, EVE launches a 10-second alarm meant to discourage the attacker from continuing their assault and instantly calls the local police station, sending operators the location and live audio recordings of the attack. EVE follows a two-step activation process to launch the wristbands emergency features. First, to unlock EVE and prepare it for activation, the user simply shakes their wrist repeatedly three to five times. Embedded inside the wristband, an accelerometer and gyroscope detect the shaking and rotation of the wrist, awakening the device and gearing it up for activation. Then, either by announcing previously recorded voice triggers or by placing pressure on the wristbands sensors, the 110dB alarm sounds, and the police are called, sending live recordings of the assault to an emergency operator, along with the GPS location of the EVE user.
Designed by Yang Zhao, the odd-looking origami-inspired contraption dubbed SharkMan is only for the bold ones to actually use in a shopping mall or maybe at the beach. It is still worth the experiment at home since it cocoons you in complete privacy, although you might look a little funny. The deformable soft furniture morphs into several different configurations based on your needs for a me space when things get too distracting. Whether you are reading a book, working on your laptop, or simply want to take a quick nap the SharkMan is an odd-looking solution that makes the cut. You can use it while standing, sitting, or even lying down as three of these configurations dont reveal your face to the world so you dont have to worry about the embarrassing part of using SharkMan in public.
Crown, from Neurosity, helps to maintain your brains focus by measuring not only what triggers your focus, but also what sustains it. Eight EEG sensors fill out the Crown to track and quantify an individuals brainwaves to better understand what retains focus and what introduces distraction. As the brainwaves are measured, the accompanying Neurosity Shift app connects to your Spotify account to play the most suitable music for your brain to hold onto that state of flow. Similar to Neurositys previous brain-sensing technology, the Notion 2, the Crown also minimizes any technological distractions like notifications or ringtones by automatically muting any prospective interruptions that could take away from your focus.
Bone conducting audio devices arent new, although the Sentien Audio is one of the first to bring AirPods-style features to it. The headset comfortably rests around your head and against the front of each ear. It sports a touch-sensitive panel that lets you tap and swipe to do things like skip tracks, play-pause music, increase-decrease volume, and even summon your phones voice assistant. Unlike AirPods and other TWS earphones, the Sentien Audio boasts of a whopping 24-hour battery, allowing you to practically wear it all day and go about listening to music, answering calls, or asking Google Assistant or Siri random questions without worrying about battery life. Coupled with that is a unique adjustable titanium headband that comfortably places the headset on your head in a way that lets you naturally go about your day without worrying about it falling off or causing discomfort.
Acknowledging the mental stressors within the ICU, a team of designers created SOVA, an ICU medical aid device that tracks the patients health progress and allows the patient to communicate their needs by simply directing their eyes. Either before, during, or following their visit to the ICU, almost half of the patients who receive medical treatment experience some form of trauma or suffer from mental stressors that make it difficult to communicate their needs. SOVA is a medical device that tracks and registers early signs of physical or mental pain so that medical personnel within the ICU can provide the patient with proper treatment. While physical pain, insomnia, and anxiety are only a few of the stressors in the ICU, SOVA operates as a system to track these stressors for real-time support and treatment.
This wearable fitness tracker-looking ring is actually a mouse designed to be as lightweight as possible so there isnt excess load on your joints.Thering mousesdesign works intuitively, it reacts to the movements of the fingertips and does not interfere with the natural movement of the wrist since it is a wearable ring. Due to its unique shape for a mouse, it makes the experience smoother while reducing the stress on your wrists as it wont be awkwardly bent at an angle for hours!The ring has sensors that provide the functionality of a mouse such as click, sweep, scroll through different gestures that are similar to how we use the trackpads on a laptop.
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A Futuristic Amusement Park and an Ecological Power Plant: 16 Unbuilt Competition-Winning Projects Submitted to ArchDaily – ArchDaily
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A Futuristic Amusement Park and an Ecological Power Plant: 16 Unbuilt Competition-Winning Projects Submitted to ArchDaily
Or
This weeks curated selection of Best Unbuilt Architecture highlights competition-winning projects submitted by the ArchDaily Community. From art museums to memorials, this article explores cultural functions and commercial spaces, and presents projects submitted to us from all over the world.
Featuring commercial spaces that honor the historic architectures of Ukraine and Romania, and a public plaza inspired by the topography between the coastal line and the urban square of Uskdar, this roundup explores how architects have designed monumental structures that cater to the needs of the public while respecting the surrounding topography. This round up also includes a collection of competition-winning proposals in Spain, China, Thailand, India, Israel, Iran, Kosovo, and Hungary, each responding to different contexts, spatial needs, and geographies.
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Read on to discover16 curated projects showcasing museums, memorials, andoffices all over the world, along with their descriptions from the architects.
Tamirci Architects
Competition: Bursa Atatrk Sports Hall National Competition Rank: 3rd Place
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The Bursa Atatrk Sports Hall Competition proposal makes a neighborly relation with The National Garden in the south. The main subject that is prioritized is to conceal the structural installation inside of the defined green context. Considering the structural density of the residential texture close to the competition site, it is critical that the state of concealment makes a contribution to the urban occupancy-vacancy balance by dissolving the competition site boundaries and integrating them with the periphery.
NG Architects
Competition: OPAL AWARDRank: 1st Place
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Office building as a second home is an issue that I want to mention it. By considering the presence of users in their working place in most hours of the day, I have achieved a different quality. Design of this building delivers an environmental concept to the observer. If we want to consider the whole volume as a rectangular cube with a concrete shell, wood in the form of ivy is rotated on the faade from inside the cube.
Mayslits Kassif Roytman Architects
Competition: National Architecture CompetitionRank: 1st Place
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The Academy of the Hebrew Language selected Mayslits Kassif Roytman Architects, a leading Israeli architecture firm, as the winner of a national architecture competition. The new academy's plot, nestled in a spectacular natural setting, forms part of Jerusalem's National Cultural District, also home to the Knesset (Israeli Parliament), The National Library, Israeli Museum, and the Hebrew University.
Pongpol Puangniyom x Mah Yi Jun
Competition:2021 TRAA competitionRank: 1st Place
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The idea is to reconstruct an infamous abandoned building Sathornue Unique Tower to a new affordable and sustainable community to provide a good living environment for low and middle class residents. Francine also gives a feedback that it is a good idea to design an abandoned building. The main street around the building creates an unique appearance and travel flow for the building and this project is not only a residential complex but a vertical village which fulfils the daily demand of nowadays human being.
Ashish Dalal andPratibha Christy
Competition: ArchmelloRank: 1st Place
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Looking back, the ancient educational system in India included spaces for active pub-lic interaction leading to layers of interconnected gain which in turn formed a sense of ownership within the community. It incorporated spaces such as open arenas, cultiva-tion lands, and collaborative workshops that could be utilized for the needs of the im-mediate community around the GURUKUL.
Tuungoo Arquitectos
Competition: Ames Design ContestRank: 1st Place
+ 204
FAAHO206 aims to generate a dynamic social and cultural center, strengthening the sense of neighborhood while meeting the needs of the younger population. The liberation of the ground plane allows the volume to stand as an urban landmark. Thank to it, a large public space is developed over the entire plot to host outdoor activities while enjoying impressive landscape. Over it, the multifunctional center is organized in a compact and stratified volume, with highly flexible spaces that look to adapt to future uses.
Symmetry
Competition: Lviv Grand Hotel CompetitionRank: 3rd Place
+ 204
Due to the fact that the building has a commercial purpose, the static balance of the long facade building is energized by the diagonals of the suspensions for vertical landscaping as sun and noise protections. Horizontal cornices are complemented by massive vases with a relief stone surface. Lower part of Doroshenko Street is devoid of landscaping, so the sides of the houses, which are created from the deepening of the red line, are used as planes for vertical landscaping.
Leers Weinzapfel Associates
Competition: Hsinta Ecological Power Plant Construction Project Conceptual Design International CompetitionRank: 2nd Place
+ 204
This plant in a park balances clean energy production with wetland protection and educational, cultural, and recreational resources for a growing region. Three rising organic forms contain turbine halls and stacks. A ring of supporting workspaces define an oval precinct with a service courtyard, and a surrounding park features wetlands and mangrove islands. Dune fields offer elevated views to the landscape and activities. A recreational basin along the canal edge provides dune field landfill and connects to the nearby harbor.
Metapolis, Studio Ana Horhat, Atelier Mass
Competition: East Park CompetitionRank: 1st Place
+ 204
Our design proposes different island environments linked in one park as a unifying landscape. These islands are bordered by water which regulates the perfect life conditions for flora and fauna and protects them from intrusion. The proposed water network works as communicating vessels between the different habitats. Regulated by water these habitats will balance themselves offering resilience and guaranteeing a good dynamic for the whole landscape ecosystem.
BIVAK studio Ltd.
Competition:Budapest Student City- Big Market Hall and its surroundings architectural design CompetitionRank: 1st Place
+ 204
Budapest South Gate quarter and the Student City within the neighbourhood is designed to cater for a large variety of needs by optimally using this unique location by the river branch. Its service mix includes supporting large-scale sporting events, the everyday life of its student residents, as well as providing recreation opportunities for a wider audience who live in the surrounding urban districts. The masterplan envisions an integrated development that shall provide a footprint for future urban transformation in Budapest during the upcoming decades.
MLA+
Competition: International Consultation on Planning and Design of Chongqing Amusement ParkRank: 1st Place
+ 204
Natural Futurism of Chongqing connects citizens and nature, history and future, to form a peoples park on a dramatic hill with fantastic views to Chongqings river and skyline. The winning masterplan of MLA+ and Deloittes rediscovers lost qualities of nature, creates convenient access to the extreme topography, and proposes cultural, touristic and everyday destinations with a sound business case
PES-Architects
Competition:Nanchang Poly Grand Theatre CompetitionRank: 1st Place
+ 204
Situated south of the city by Jiulong Lake, the theatre and art centre is set to become the cultural hub and landmark of the new urban development zone. The building is expected to be completed in 2024. The main functions of the 35,000 m2 building grand theatre/opera hall, multifunctional theatre, and educational and exhibition facilities are broken down into three separate volumes, circling each other like fish in a pond. Following the typology of a traditional Chinese village, this creates a variety of indoor and outdoor streets and plazas that allow the free flow of people in and around the building.
VTA Architects
Competition:Competition of memorial to the Heroes of the Heavenly Hundred and ATO SoldiersRank: 3rd Place
+ 204
Memorial complex has a dominant resembling a shape of the wings sweepingly flying up. It is a symbol of Revolution of Dignity spirit and of memory of fallen Heroes souls, which will always be engraved on our minds. This shape also resembles an arrowhead. It embodies determination, striving of Ukrainian people for development and public response speed, especially of students, who first came out on Maidan.
SuperSpace
Competition:Konkur stanbul | Commemorating Mimar Sinan in skdarRank: Honorable Mention
+ 204
Even though Istanbul and bosphorus have this extraordinarily charming effect on people especially, at first sight, we can easily say that it could not be compared to any epic fairy-tale-land illustrations of bosphorus from the last two centuries. The peak aims to greet this, to commemorate a unique person of history, Architect Sinan the Great who has designed a magnificent amount of buildings around the world, and especially in Istanbul, that has changed the way of understanding and maintaining the city and its culture. Even today, architects are learning from his works. This legacy of sinan has created a valuable history and topography for the city that strengthened the epic silhouette of the city for centuries. In that manner, The Peak, a new public ground for the city, shapes a new sculptural topography and experience in between the coastal line and the urban square of Uskdar, as the eighth hill of Istanbul in the memory of Sinan.
Janne Hovi
Competition: Architectural Competition for the Sara Hildn Art MuseumRank: 1st Place
+ 204
The winning proposal to the international architecture competition for a new museum building for Sara Hildn Art Museum. The building continues the tradition of high quality masonry construction of the surrounding historical area in the center the city of Tampere.
Central-South Architectural Design Institute Co., LTD (CSADI)
Competition:: International Competition for Conceptual Design of Hangzhou E-sports Ecological Park and E-sports StadiumRank: 1st Place
+ 204
The project is located in Hangzhou Xiacheng district, which is the first stadium in China to meet the official standards of the Asian e-sports Games. It will fulfill the functional requirements of e-sports competition, training, leisure and entertainment for Hangzhou E-sports entertainment town. The site is enclosed by urban ground roads, high-speed rail lines, and elevated expressways. The surrounding traffic is extremely complicated. The e-sports stadium adopts the method of sinking, by introducing the flow of people and traffic through the basement space, which effectively breaks through the shackles of the complex traffic conditions around the site.
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A Futuristic Amusement Park and an Ecological Power Plant: 16 Unbuilt Competition-Winning Projects Submitted to ArchDaily - ArchDaily
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