Category Archives: Transhuman News

TEL AVIV, Israel--(BUSINESS WIRE)--Nucleai, a leader in AI-powered spatial biology transforming precision medicine by unlocking the power of pathology data, today announced the appointment of Kenneth J. Bloom, MD, FCAP as the companys new head of pathology. Dr. Bloom brings more than 35 years of clinical experience in pathology, oncology, telemedicine and bioinformatics to this critical role at Nucleai.

In his most recent role, Dr. Bloom was Chief Medical Officer of Advanced Pathology and Genetic Services at REALM IDx, including operating companies: Invicro and Ambry Genetics. Previously, he was President and Head of Oncology and Immunotherapy for Human Longevity Inc. In this role, Dr. Bloom was responsible for all sequencing products and for establishing and leading the Oncology program. Under his direction, the team developed and commercialized an industry-leading cancer exome product and commercialized a technique for validating neoantigens predicted from sequencing.

Earlier in his career, he spent 12 years as a top executive at Clarient Pathology Services where he led the development of hundreds of laboratory-developed tests, including those using IHC, ISH, Flow Cytometry and molecular methods. He has also served as a principal investigator in more than a dozen clinical trials and as an advisor to various pharmaceutical and biotech companies. Before his industry experience, Dr. Bloom spent 15 years at Rush Medical Center.

I am excited to welcome Dr. Ken Bloom, a world-renowned thought leader in pathology, to our team. His experience, knowledge and innovative ideas are an asset for Nucleai, said Avi Veidman, CEO of Nucleai. The appointment of Dr. Bloom as the Head of Pathology strengthens our ability to unlock the power of pathology data through our AI-driven spatial biology platform. As we have assembled a team of world-class physicians, scientists and technologists, Nucleai is uniquely positioned to help advance precision medicine more rapidly.

Nucleais state-of-the-art spatial biology and machine learning platform empowers researchers and pathologists to improve workflows and unleash data previously hidden within pathology slides, transforming the practice of pathology and improving patient outcomes, said Dr. Bloom. I look forward to working with Nucleais CEO and other visionaries within the company to make Nucleais approach pervasive in the medical field.

About Nucleai

Nucleai is an AI-powered spatial biology company with a mission to transform drug development and clinical treatment decisions by unlocking the power of pathology data. Nucleai provides pharmaceutical companies, contract research organizations, and diagnostics laboratories with a state-of-the-art AI platform to improve clinical trials and clinical decision-making. For more information, please visit http://www.nucleai.ai.

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Nucleai Appoints New Head of Pathology to Support Expansion in Biopharmaceutical and Clinical Markets - Business Wire

This is our AI Daily Roundup today. We are covering the top updates from around the world. The updates will feature state-of-the-art capabilities inartificial intelligence (AI),Machine Learning, Robotic Process Automation, Fintech, and human-system interactions. We cover the role of AI Daily Roundup and its application in various industries and daily lives.

Segra completed the first phase of its broadband build for DISH, launching service across more than 500 towers located in critical sites in less than one year. With the help of Segra, DISH has reported it has met its 20 percent of U.S. population coverage deadline established by the Federal Communications Commission (FCC).

Intelligent Connected Vehicle (ICV) sector, the government of Zibo, Shandong,Chinahas recently been working with ICV players, such as Baidu Apollo, QCraft, Dongfeng Yuexiang,Golden Dragonand Suntae Auto, the frontrunner in Zibos ICV industry chain. The aim of the collaboration is to establish an ICV full-scenario ecosystem along the 100km-plus stretch of road in the mountain park located in the eastern Zibo National New & Hi-tech Industrial Development Zone.

Longevity research network,Rejuve.AI reveals its first app,Longevity, which combines Artificial Intelligence (AI), world-leading research, and blockchain technology to drive breakthroughs in human life extension. In a first for the industry, Longevity will give users full control over their health data as part of its mission to democratise and advance longevity science breakthroughs that were previously inaccessible beyond the realms of academia or significant wealth.

Simulations Plus, Inc. a leading provider of modeling and simulation software and services for pharmaceutical safety and efficacy, announced it has entered a new collaboration with a large p

SingleStore, the cloud-native database built for speed and scale to power data-intensive applications, announced it has selected AppDirect to power SingleStore Connect, a subscription commerce platform that removes the complexity of building a recurring business model. SingleStore Connect is an interactive marketplace for partners and customers to collaborate, discover new use cases and locate complementary technologies to maximize their SingleStore solution investments.

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Daily AI Roundup: Biggest Machine Learning, Robotic And Automation Updates - AiThority

The Copernicus Climate Change Service (C3S), implemented by the European Centre for Medium-Range Weather Forecasts on behalf of the European Commission with funding from the EU, routinely publishes monthly climate bulletins reporting on the changes observed in global surface air temperature, sea ice cover and hydrological variables. All the reported findings are based on computer-generated analyses using billions of measurements from satellites, ships, aircraft and weather stations around the world.

July 2022 surface air temperature:

July 2022 sea ice:

July 2022 Hydrological conditions:

The Copernicus Climate Change Service (C3S) reports on the prolonged heatwave seen starting in Portugal and Spain, continuing north and eastwards towards France, the United Kingdom, central Europe and Scandinavia. Temperatures measuring over 40C were observed in parts of Portugal, Spain, France and the UK. Across the affected region, July and all-time records for maximum temperature were broken. The Iberian Peninsula saw an unusually large number of days with maximum temperatures above 35C, underlining the longevity of hot temperatures in this region. For its regional average, southwestern Europe experienced its warmest July on record in terms of maximum temperatures.

Senior Scientist for the Copernicus Climate Change Service, Freja Vamborg, states: We can expect to continue seeing more frequent and longer periods of extremely high temperatures, as global temperatures increase further. Heatwaves pose serious risks to human health, and they can increase the intensity and longevity of many other disastrous climate events including wildfires and droughts, affecting both society and natural ecosystems. Additionally, dry conditions from previous months combined with high temperatures and low precipitation rates seen in many areas during July may have adverse effects on agricultural production and other industries such as river transport and energy production.

More information on a C3S analysis of the recent heatwave and the dry conditions affecting Europe can be found here.

Video material accompanying the maps can be found here.

More information about climate variables in July and climate updates of previous months as well as high-resolution graphics and the video can be downloaded here.

More information can be found here.

More information on the reference period used, can be found here.

Answers to frequently asked questions regarding temperature monitoring can be found here.

Information about the C3S data set and how it is compiled

Temperature and hydrological maps and data are from ECMWF Copernicus Climate Change Services ERA5 dataset.

Sea ice maps and data are from a combination of information from ERA5, as well as from the EUMETSAT OSI SAF Sea Ice Index v2.1, Sea Ice Concentration CDR/ICDR v2 and fast-track data provided upon request by OSI SAF.

Regional area average quoted here are the following longitude/latitude bounds:

Globe, 180W-180E, 90S-90N. overall surface.

Europe, 25W-40E, 34N-72N, over land surfaces only.

About Copernicus and ECMWF

Copernicus is a component of the European Unions space programme, with funding by the EU, and is its flagship Earth observation programme, which operates through six thematic services: Atmosphere, Marine, Land, Climate Change, Security and Emergency. It delivers freely accessible operational data and services providing users with reliable and up-to-date information related to our planet and its environment. The programme is coordinated and managed by the European Commission and implemented in partnership with the Member States, the European Space Agency (ESA), the European Organisation for the Exploitation of Meteorological Satellites (EUMETSAT), the European Centre for Medium-Range Weather Forecasts (ECMWF), EU Agencies and Mercator Ocan, amongst others.

ECMWF operates two services from the EUs Copernicus Earth observation programme: the Copernicus Atmosphere Monitoring Service (CAMS) and the Copernicus Climate Change Service (C3S). They also contribute to the Copernicus Emergency Management Service (CEMS), which is implemented by the EU Joint Research Council (JRC). The European Centre for Medium-Range Weather Forecasts (ECMWF) is an independent intergovernmental organisation supported by 35 states. It is both a research institute and a 24/7 operational service, producing and disseminating numerical weather predictions to its Member States. This data is fully available to the national meteorological services in the Member States. The supercomputer facility (and associated data archive) at ECMWF is one of the largest of its type in Europe and Member States can use 25% of its capacity for their own purposes.

ECMWF has expanded its location across its Member States for some activities. In addition to an HQ in the UK and Computing Centre in Italy, offices with a focus on activities conducted in partnership with the EU, such as Copernicus, are in Bonn, Germany.

The Copernicus Atmosphere Monitoring Service website can be found athttp://atmosphere.copernicus.eu/

The Copernicus Climate Change Service website can be found athttps://climate.copernicus.eu/

More information on Copernicus:www.copernicus.eu

The ECMWF website can be found athttps://www.ecmwf.int/

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Prolonged and intense heatwave affecting parts of western and northern Europe breaks temperature records; globally, July 2022 was one of three warmest...

We are all made of dust, and in the end, we will return to dust. This belief, consistent in essence across various religions, cultures and traditions, has also, for most of the human race's tenure on earth, manifested itself in our practices and usages. We all know of the early houses built using natural stone boulders and animal skins, or assembled meticulously with wood logs, clay bricks and straws. All these materials are congruously perishable and hence, sustainable. But, as humans slowly moved from a peripatetic lifestyle to a more settled one, the desire for building structures and objects that could resist the throes of time, temperature and calamity also grew. Today, we can buy plastic bottles that can last for decades, but fall out of trend within the span of a season. Ergo, an unsustainable culture has bolstered. We ostensibly value durability and easily succumb to the latest fads. In a climate such as this, it is brave and admirable to go against the tide and build something that is essentially "designed to disappear", as Midushi Kochhar of YLEM Studio describes.

Kochhar is an Indian industrial designer and the founder of YLEM, a circular design and research studio. A graduate from Central St.Martins, UAL in London, UK, Kochhars practice as a designer revolves around researching materials, techniques and methodologies that can help rebuild symbiotic relationships and further the practice of circular economy in our daily lives. She co-founded Makers on Move, a Netherlands-based sustainable-arts initiative for design, research, technology and education, which is also supported by the Dutch government. YLEM is the Indian designer's latest creative practice, born out of the desire to understand and communicate the relationship of materials with design, science, sustainable development and human behaviour.

All of YLEM's projects are driven by the underlying theme of green design. The designers at the studio, under the tutelage of Kochhar, employ fastidious research and experimentation to develop materials that can be used to create products with circular life cycles. By utilising non-traditional items and salvaged waste to create unique materials, YLEM helps spread awareness about climate change and debunks the common misunderstandings associated with discarded materials. The firm's role, however, is not limited to research and development alone. Instead, these new materials are used to create both bespoke and scalable product design items that one can use in their everyday lives. Some of their projects include Eggware, Hasiroo and Plumeware. While Eggware, a project sitting at the intersection of design and food, is more experimental and artistic in nature, Hasiroo poses the potential to reach a wider audience at affordable rates.

Eggware, made by binding the calcareous food waste, that is eggshells, using a bio-binder, resembles both ceramic and concrete in materiality. This naturally white, light-weight, rigid and water-absorbent material can be used to craft tableware, candelabras, jewellery holders, and planters and pots. After usage, these cohesive pieces, high in calcium carbonate and protein, can be crushed into bits and used to compost and nourish soil. The global consumption of eggs amounts to 1200 billion units per year, and the eggshells from these eggs are wastefully discarded. Kochhar identified this massive source of waste, and decided to pick up the perennial material and sculpt them into interesting shapes, such that they can mimic the roles of plates, glasses and stands. Not only does this project reduce wastage, but the hand sculpted pieces offer the chance to own bespoke homeware items that are also sustainable. Heeding to the regulations of circular design, Eggware follows a zero-waste production cycle. The damaged and rejected bits from one batch are salvaged and used up in the next one, thus ensuring that nothing goes to waste. The studio has partnered with local food vendors to acquire large quantities of egg waste, thus helping in the reduction of egg scraps and bits that travel to the landfills. The result of this project is an array of charming recycled products that allow equitable acquisition of artistic objects meant for personal usage and decoration.

Another interesting sustainable design project, created by Kochhar with the intent of exploring the potential of undiscovered natural fibres is Hasiroo. It encompasses a series of footwear made out of the leaf sheaths of a native Indian palm tree. Since the dried palm leaves that fall off every season are brittle in nature, they are treated so as to make them more flexible. These tensile offshoots are then converted into flat bases for the footwear. Developed to replace the polyester guest slippers used in the hospitality sector, the studio also plans on designing more lifestyle products using Hasiroo.

Creating sustainable physical objects that tend, in some manner, to everyday needs is an essential practice. However, envisioning prototypes and concepts is also a crucial step towards imagining and creating a green future. YLEM's Plumeware is a step in that direction. Imagined as an eco-friendly surface material stitched together using discarded chicken feathers, Plumeware bears the ability to be shaped as desired. It is durable and flexible and can be shaped into decorative and functional products. Although it is not used by the studio to create physical objects, the idea of moulding such an unusual substance into a usable material prompts curiosity and encourages further research and experimentation in this direction.

While most of Kochhar's experimentations revolve around small scale products, Stasis Set, a furniture piece by YLEM takes it a notch further. Stasis Set is a two-piece outdoor furniture set that is made using bamboo and that alludes to the theme of tensegrity. The project aims to understand the traditional knowledge systems of bamboo production in the Indian subcontinent. Since bamboo has recently crept up as an alternative to other kinds of wood, understanding the most archaic notions and practices related to the material are almost imperative. Kochhar, instead of crafting a simple rectilinear furniture design piece, played with the shape and form of the lounge chair to create a contemporary design piece. Much like the name of the project which means counterbalance, tension, harmony and togetherness, the lounging furniture product softly cushions the user and stands stoically under the weight of anyone using the furniture.

Behind this impressive body of work is an up-and-coming industrial designer, Midushi Kochhar. STIR established a dialogue with Kochhar to better understand her creative journey, what drives her and the role of YLEM in propagating a more sustainable culture.

Almas Sadique: Tell us a little about your journey in design and research. How did you start working with discarded materials?

Midushi Kochhar: As a kid, I used to collect weird looking objects from my surroundings and used to display them in my room because of the sheer beauty they held in my eyes. Snake skins, tree barks, dry flowers, even bones sometimes. They did not have to look shiny and new, but by just being in their natural state, they made me feel attracted to them. Subsequently, during my design studies, I was exposed to the philosophy of Wabi-Sabi, which made so much sense to me and it was something I was following unconsciously. This trickled down to my practice of repair before discard and eventually I started retrieving discards. I cant actually put a finger on it, but this idea of seeing value everywhere, with little or no intervention is what has led me to work with such materials.

I am the designated kabaadiwali in my circles, which makes me feel quite proud - existence of a kabaadiwala is quite important in our social fabric and if at all, this small-scale network can become more organised, instead of "westernised" we can continue to recycle low-value materials and have a positive impact on several levels.

My educational background also encourages me to solve problems and create appealing products but it contradicts with my mindset of consuming minimally. Therefore, I try to find the right balance to the conflicting challenges of achieving elegant aesthetics, production capabilities, easy usability and environmental impacts. To tackle these oppositions, I started YLEM in India and Makers on the Move in the Netherlands.

Almas: How did you come up with the name YLEM for your studio? What is the thought behind it?

Midushi: YLEM [ahy-luhm] is a middle-English word that stands for the hypothetical initial substance of the universe from which all matter is derived or it can also mean it is the real, primordial ur stuff out of which everything else is made. Since materials are the epicentre of all our design process, and we want our audience to think about alternatives and consequences of material utilisation, it made sense to name the studio that. Plus, we simply love the sound of the word.

Almas: What led to Eggware? What is the intention behind the project?

Midushi:Eggware is one of the results from a bigger body of work called The Waste Project that was my master's thesis at Central St. Martins, University of the Arts London. The process started with basic kitchen experiments using our regular household waste. I started with vegetable peels, fruit seeds etc. and mixed them with different binders. The purpose was to create DIY recipes for people to replicate and upcycle some of their domestic waste, promoting a home ecosystem.

Subsequent experimentation that further took place at Green Lab, London, as part of a research residency there, resulted in more rigid, scalable and novel material that I coined as Eggware. This led me to think of the rest of the waste that comes from the originator of an egg, that is, chickens. About 50 per cent of their meat is used for food consumption and the remaining organs, including the feathers are thrown away. Chicken feathers, although have low insulation properties as compared to down, have great binding strength - and this is how Plumeware was born. With further experimentation, we conceptualised a set of lamps to showcase their beautiful translucency, and perhaps, quite literally, shed light on this low-value resource.

Almas: All your projects before Eggware also utilise discarded materials and waste such as chicken feathers, leaf sheaths etc. What kind of research and development process does the studio undertake when deciding on these materials and developing prototypes?

Midushi: The process usually starts with ideating on accessible yet abundant materials around us, basically looking at resources that no one is paying attention to. Our curiosity starts with the material first, and then we work on finding an application for that material.

It takes years to go from workshop investigations to scalable solutions and we do in-house testing mostly at the physical, mechanical and thermal levels. That means we check for water resistance, fire retardation, longevity, hardness etc. and while doing so, we also factor in the end-of-life disposal and if at all our products can find a new life, in a different version. Moreover, our materials are always in development, and we incorporate user, maker, market feedback to create high-design.

Almas: Apart from ecological, what are some social and economic impacts of these biomaterials?

Midushi: Virgin materials are expensive and difficult to procure, waste is cheap and abundant. It makes great economic sense to first utilise what is discarded locally around you, that is, identify this valuable "waste" and instead of mining for new resources, utilise the discards up to their maximum capabilities. Sure, not everything can be recycled and can be made from residue but there is a big enough market potential here where people are slowly starting to tap into. Socio-cultural impacts are seen in ways of new craft practices being created, giving our local artisans another medium to work with, hence improving their livelihood.

Almas: What is the future of biomaterials? Can you see its usage extending beyond product design?

Midushi: Yes, definitely! I would say that the application of such innovative materials is extensively being applied in the textile and fashion industry. For example, fabric made from and by algae, dyed by bacteria and filter air by infusing chlorophyll in them. Several plant-based leathers like piatex (from pineapple leaves), malai (from coconut cellulose) are also becoming mainstream and affordable. In construction and packaging, mycelium is gaining traction due to its natural strength, water resistant, and fire resistance properties.

Construction and fashion are few of the most waste producing industries, and these examples just prove the scale at which biomaterials can be applied. The shift is taking place slowly, and the opportunities are immense in the field. Having said that, since it is such a new field, starting out has many challenges related to awareness, affordability, longevity and profitability etc.

Almas: Which material does the studio plan on experimenting with next?

Midushi: We have witnessed some really interesting items being made from these materials and want to devote more energy into new material R&D and design. It is challenging to grow while continuously researching. We are designers not engineers, so knowing our limits we are quite intrigued to work with mycelium (the vegetative part of mushroom) and moss as well.

Almas: Despite the availability of biomaterials, plastic continues as a dominant material in the market. How do you think this trend can be subverted?

Midushi: Let's try to understand the extensive use of plastics and its origins. Plastic is quite a marvellous material, which no other material can currently compete with and it took over 50 years just to develop it. Before that high-value natural materials like wood, tusks, horns, tortoise shells, metals etc. were being used exploitatively. Plastic emerged as a solution to somehow save the environment and did so in this regard. It became a problem due to its low-cost and disposability factor where people found no sense of judicious usage of the same.

Currently, biomaterials are not that easy to source (due to the ways the industry is set in) and more expensive due to less companies producing them. Now this does not mean they are actually expensive to procure - it simply means that industry is not conducive and structured in a way that favours non-renewable resources. With the right support from governments, self-realisation, and easier transitions, we can reclaim our biomaterials and get closer to our natural environment while urbanising in greener ways.

Almas: Beyond research and design that centres on the circular economy, how can sustainable practices and the usage of reclaimed materials be encouraged amongst the larger population?

Midushi: I think there are several different ways to work around this. Of course, the one way is with the support of governments, that is, having strict policies against material wastage and utilisation of toxic matter and subsidising the greener ways of functioning.

Secondly, I dont suggest that it is only the government's responsibility and want to debunk a grassroots-top/top-bottom blame game of our systematic problems and suggest some sporadic yet interconnected systems. Meaning waste from one industry can become a raw material for the next and the spiral continues till all levels of the material is utilised. Moreover, this also makes good business sense since waste is cheap and abundant and virgin materials are expensive.

Thirdly, there is enough awareness among the common public about the consequences of their buying choices but there are either no real sustainable options, or they are ruled by greenwashing brands or they simply dont care. Personal values/status takes precedence over collective good. In these scenarios, we cannot actually disrupt current behaviours completely but need to find smart, invisible systems that people can adapt to without much friction. Citizens are going to consume in large quantities, and this is a sign of a thriving economy, so why not make the same things with better, circular materials?

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YLEM: Augmenting sustainable futures through material exploration and testing - STIRworld