In-depth Research on Nanotechnology in Medical Market Forecast Estimation & Approach 2022-2028 | Amgen, Merck, Novartis, Roche, Pfizer,, and more…

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The Nanotechnology in Medical market report provides a detailed analysis of global market size, regional and country-level market size, segmentation market growth, market share, competitive Landscape, sales analysis, the impact of domestic and global market players like Amgen, Merck, Novartis, Roche, Pfizer,, etc., value chain optimization, trade regulations, recent developments, opportunities analysis, strategic market growth analysis, product launches, area marketplace expanding, and technological innovations.

The Key Areas That Have Been Focused in the Report:

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Nanotechnology in Medical Market Segmentation:

Nanotechnology in Medical market is split by Type and by Application. For the period 2016-2028, the growth among segments provides accurate calculations and forecasts for sales by Type and by Application in terms of volume and value. This analysis can help you expand your business by targeting qualified niche markets.

Nanotechnology in Medical Market Report based on Product Type:

Nanotechnology in Medical Market Report based on Applications:

The key market players for global Nanotechnology in Medical market are listed below:

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Promising Regions & Countries Mentioned in Nanotechnology in Medical Market Report:

TABLE OF CONTENTS INCLUDE

Consumption Forecast, Market Opportunities & Challenges, Risks and Influences Factors Analysis, Market Size by Application, Market Size by Manufacturers, Market Size by Type, Nanotechnology in Medical Consumption by Regions, Nanotechnology in Medical Production by Regions, Production Forecasts, Value Chain and Sales Channels Analysis, Key Findings in the Global Nanotechnology in Medical Study, Manufacturers Profiles

Report Customization: Clients can request for customization of report as per their need for additional data.

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Impact of COVID-19 on Nanotechnology in Medical Market

The report also contains the effect of the ongoing worldwide pandemic, i.e., COVID-19, on the Nanotechnology in Medical Market and what the future holds for it. It offers an analysis of the impacts of the epidemic on the international Market. The epidemic has immediately interrupted the requirement and supply series. The Nanotechnology in Medical Market report also assesses the economic effect on firms and monetary markets. Futuristic Reports has accumulated advice from several delegates of this business and has engaged from the secondary and primary research to extend the customers with strategies and data to combat industry struggles throughout and after the COVID-19 pandemic.

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In-depth Research on Nanotechnology in Medical Market Forecast Estimation & Approach 2022-2028 | Amgen, Merck, Novartis, Roche, Pfizer,, and more...

Global Nanomedicine Market To Be Driven By Increased Government Backing And Funding, As Well As The Growing Demand For Specific Therapies In The…

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The new report by Expert Market Research titled, GlobalNanomedicine MarketReport and Forecast 2022-2027, gives an in-depth analysis of the global nanomedicine market, assessing the market based on its segments like product type, Application, Nanomolecule Type and major regions. The report tracks the latest trends in the industry and studies their impact on the overall market. It also assesses the market dynamics, covering the key demand and price indicators, along with analysing the market based on the SWOT and Porters Five Forces models.

Request a free sample copy in PDF or view the report[emailprotected]https://bityl.co/CUiU

The key highlights of the report include:

Market Overview (2017-2027)

The rising usage of nanomaterials such as nanocapsules and nanotubes in drug delivery systems can be linked to the rise in demand for nanomedicines. The rise in cancer and cardiovascular disease occurrences has boosted the need for nanomedicines, resulting in increased public and private investment in nanomedicine research and breakthroughs in biodegradable nanoparticles. The cost-effectiveness of these medicines, as well as their lack of adverse effects, are important drivers of the nanomedicine industrys expansion.

The North American nanomedicine sector is predicted to be one of the main markets for nanomedicine in the forecast period of 2022-2027, thanks to significant government investment on nanomedicine research in the United States. The regions growth is attributed to the greater availability of patented nanomedicine items. Nanomedicine is easily available in this region, in addition to a well-developed healthcare infrastructure and a high prevalence of cancer, which has assisted market expansion.The Asia Pacific regions huge senior population is experiencing high rates of cancer and cardiovascular illness, which is likely to drive the regions nanomedicine industry. The regional market for nanomedicine is predicted to be one of the fastest expanding. Increased research funds to combat life-threatening diseases are likely to boost market expansion in Asia Pacific, with nations like China and Japan leading the way.

Industry Definition and Major Segments

Nanomedicine is a branch of nanotechnology that focuses on diagnosing, treating, monitoring, and controlling biological systems. By modifying materials at the nanoscale, it increases drug delivery. As a result, nanomedicine has helped in the treatment of a wide range of diseases.

Nanomedicine is still in its infancy, with a slew of new products in the works. Nanobiotix has discovered 230 nanomedicine items that are either labelled or in the testing phase. Out of the 230 products, 49 are now on the market, and 122 are in various stages of clinical testing, including Phase II and Phase III trials.

Explore the full report with the table of[emailprotected]https://bityl.co/CUiR

By application, the market is categorised into:

Based on product type, the market can be segmented into:

Based on nanomolecule type, the industry is categorised into:

The major regional markets of nanomedicine are:

Market Trends

Nanotechnology is now making great development in the identification and treatment of chronic diseases such as cancer, heart disease, and other disorders in the healthcare industry, which is one of the most important areas where nanotechnology has made substantial success. As healthcare corporations focus on transdermal insulin administration and the industrys attention shifts toward transdermal medicine delivery, businesses investigating patch technology have attracted considerable funding. Furthermore, in order to limit the danger of adverse effects, the personalised medicine delivery strategy is being heavily emphasised. This approach delivers reachability with greater efficacy and less degradation by bypassing the bodys defense mechanisms. In the next years, such technical advancements and investments are projected to propel the industry forward.

Key Market Players

The major players in the market are Arrowhead Pharmaceuticals, Inc., Nanospectra Biosciences, Inc., Ablynx N.V., AMAG Pharmaceuticals, Inc., Celgene Corporation and Others.

About Us:

Expert Market Research is a leading business intelligence firm, providing custom and syndicated market reports along with consultancy services for our clients. We serve a wide client base ranging from Fortune 1000 companies to small and medium enterprises. Our reports cover over 100 industries across established and emerging markets researched by our skilled analysts who track the latest economic, demographic, trade and market data globally.

At Expert Market Research, we tailor our approach according to our clients needs and preferences, providing them with valuable, actionable and up-to-date insights into the market, thus, helping them realize their optimum growth potential. We offer market intelligence across a range of industry verticals which include Pharmaceuticals, Food and Beverage, Technology, Retail, Chemical and Materials, Energy and Mining, Packaging and Agriculture.

Media Contact

Company Name: Claight CorporationContact Person: Louis Wane, Corporate Sales Specialist U.S.A.Email:[emailprotected]Toll Free Number:+1-415-325-5166 | +44-702-402-5790Address: 30 North Gould Street, Sheridan, WY 82801, USAWebsite:https://www.expertmarketresearch.com

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Global Nanomedicine Market To Be Driven By Increased Government Backing And Funding, As Well As The Growing Demand For Specific Therapies In The...

Nanotechnology is poised to shape the future of healthcare – ETHealthWorld

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by Srinivas Iyengar

One of the most awaited technologies on the verge of moving out of laboratories and set to enter commercial production is nanotechnology. There is so much buzz about nanotechnology that industries, from cosmetics, healthcare, and automobiles to aerospace, expect big disruptions due to nanotech. In the race for nano supremacy, I see healthcare as the most exciting space with a variety of use cases that can have a profound impact on humankind. In fact, nanotechnology is the most radical and wide-reaching emerging technology, and healthcare is its most urgent application.Before we delve deeper into the application of nanotechnology in healthcare, let us take a closer look at nanotechnology, its use cases, and its market share. This will give us a clearer perspective and some critical insights into this emerging technology.

Nanotech is a multidisciplinary field of research that deals with the restructuring and manipulation of matters that are of the size of 1 to 100 nanometers, i.e., at the molecular level. The word nano means dwarf in Greek and nanotechnology is the science of the extremely small!

The space where nanotechnology meets healthcare is called nanomedicine. Industry experts estimate the nanomedicine market share to grow up to $260Bn in 2025 from $141Bn in 2020.

While nanostructures occur naturally in soil, dust, oceans, plants, and animals, scientists today are building nano materials with newly manipulated attributes or engineered properties. This holds massive potential and opens new doors in drug delivery systems, body scans, gene therapy, identifying cancer cells, and health monitoring.

All thanks to the great scientist Richard Feynman who seeded the concept of nanotechnology in 1959. He was also regarded as one of the best safecrackers in the world! You can read a book written by him, Surely You're Joking, Mr. Feynman!.The lexicon of nanotechnology

Nanometer (m): A nanometer is a unit of measurement which is 1 billionth of a meter. The smallest things around us are measured in nanometers. To illustrate, a DNA molecule is about 2.5 m wide compared to a red blood cell which is about 7 m.

Nanoparticles (Nanodots/Quantum dots): These are small particles that range anywhere between 1 to 100 Nm. We all know well that the smaller the material, the surface area to volume ratio increases. This ensures that nanoparticles have distinct optical, physical, and chemical properties and produce quantum effects.

Nanotubes: These are tubes with atom-thick walls and a tube-like structure mainly made of carbon materials. Nanotubes are a few nanometers wide, and their length can be up to a few millimeters. What makes them more attractive in the healthcare arena is that they are non-toxic and, therefore, safe to use.

Nanorobotics: Nanorobotics is the process of building robots at the nanoscale and such robots are called nanobots. They are typically nanoelectromechanical systems that can be programmed to carry out specific tasks.

The most promising use-cases of nanotechnology in healthcare

Industry experts believe that nanotechnology will play a pivotal role in shaping the future of healthcare. Lets take a look at some of its most compelling use cases that are already show promising results

Targeted Drug Delivery System: In todays conventional drug delivery mechanism, did you know that when you take a medicine for a headache, it possibly goes through your entire body, including the head, to give you relief? This also means that the drug delivery mechanism is inefficient, slow, requires more drug consumption than needed, and may impact non-targeted organs. Nanotechnology can carry drugs to specific cells and release them when it reaches the targeted organ or area. This can be highly instrumental, for instance, in curtailing the side effects of chemotherapy.

Diagnosis: A biomarker, in general, is a measurement, substance, or chemical in the body which indicates a disease or a condition. It is seen that nanotechnology can bridge the gap between measurable biomarkers representing the physiology of a biological process and clinical outcomes. Nanoparticles injected into humans can detect these biomarkers with extremely high efficacy as compared to scanning the human body from the outside, thereby reducing the chances of drug failure/rejection.

Medical Imaging: Nanoparticles/Quantum dots are so small that their surface area to volume ratio is relatively high, thus producing excellent contrast and fluoresce. In generic terms, a nanoparticle is more like a glow-in-the-dark thing, and its ability to reflect light will help us in biological labeling at the molecular level. Nanoparticles in medical devices and drug therapy can give us much better diagnosis results and treatments with a higher success rate.

Wound Treatment: One of the major pain points of wound healing is contamination with microorganisms. Silver nanoparticles have antibacterial and anti-inflammatory properties that provide better wound healing efficacy with less bacterial resistance. They can be used as scaffolds for skin regeneration. Nanofibrous materials can also be used as delivery systems for drugs, proteins, growth factors, and other molecules. This will help us in targeted drug delivery with minimal and effective drug usage.

Needless to say, there exists great scope for advancements in nanotechnology that hold the potential to revolutionize and reinvent healthcare systems despite existing hurdles. Nanomedicine, nano pharmacology, nanoimaging, and targeted drug delivery systems will make the diagnosis and prevention of diseases, and care delivery more efficient and patient-centric.

Srinivas Iyengar, VP & Head of Healthcare and Life Sciences, Happiest Minds.

(DISCLAIMER: The views expressed are solely of the author and ETHealthworld does not necessarily subscribe to it. ETHealthworld.com shall not be responsible for any damage caused to any person / organisation directly or indirectly)

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Nanotechnology is poised to shape the future of healthcare - ETHealthWorld

Retraction for the article In vitro and in vivo protein release and an | IJN – Dove Medical Press

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Shan F, Liu Y, Jiang H, Tong F. Int J Nanomedicine. 2017;12:76137625.

The Editor and Publisher of International Journal of Nanomedicine wish to retract the published article. Concerns were raised regarding the alleged manipulation of the in vitro transfection images shown in Figure 4C and the duplication of histopathological images shown in Figure 5A.

The authors responded to our queries and explained the fluorescent images collected for Figure 4C had mistakenly been superimposed on top of each other and the duplication of images in Figure 5Ab and 5Ac had occurred inadvertently during the figure preparation. The authors also provided original data for the figures in question. However, the authors explanation and the provided data was not satisfactory, and the Editor requested for the article to be retracted. The authors were notified of this decision.

We have been informed in our decision-making by our policy on publishing ethics and integrity and the COPE guidelines on retractions.

The retracted article will remain online to maintain the scholarly record, but it will be digitally watermarked on each page as Retracted.

This retraction relates to this paper

This work is published and licensed by Dove Medical Press Limited. The full terms of this license are available at https://www.dovepress.com/terms.php and incorporate the Creative Commons Attribution - Non Commercial (unported, v3.0) License.By accessing the work you hereby accept the Terms. Non-commercial uses of the work are permitted without any further permission from Dove Medical Press Limited, provided the work is properly attributed. For permission for commercial use of this work, please see paragraphs 4.2 and 5 of our Terms.

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Retraction for the article In vitro and in vivo protein release and an | IJN - Dove Medical Press

Clinical Trial Management System Market Size to Expand Significantly by the End of 2027 – Digital Journal

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Theglobal clinical trial management system marketis expected to rise due to the augmented use of these systems, increased R&D investment by life science and clinical research organizations, and the rapid expansion of healthcare IT sector. A clinical trial management system refers to a software programme utilized in the management of clinical studies. The system keeps track of the reporting, executing, and planning duties, as well as the deadlines and contact information of participants. In addition to that, the features of a clinical trial management system (CTMS) come with the ability to oversee linked clinical trials by therapeutic area based on a set of particular clinical activities and the ability to track site monitoring.

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An increase in the number of new deadly illnesses has resulted in a tremendous need for vaccines and medicines. To satisfy the need, it requires clinical trials to demonstrate medicines and vaccines meet the specific requirements. The number of clinical trials that are conducted is increasing because of rising demand and the need to meet it, which is likely to boost the adoption of clinical trial management systems and spur development of the global clinical trial management system market. Demand for these systems has risen to new heights as a result of technological advancements.

Some prominent players that are operating in the global clinical trial management system market are DataTRAK International Inc., Parexel International Corporation, Bio-Optronics, Inc., Dassault Systmes SE, MedNet GmbH, and International Business Machines Corporation.

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During the forecast period, from 2019 to 2027, the global clinical trials management system market is likely to be driven by escalating demand for novel medicines and increased research and development activities. The global clinical trials management system market was worth around US$ 1.4 Bn in 2018, and is expected to grow at a 10.5% CAGR over the forecast period, from 2019 to 2027.

Rising Demand for Drug Development to Drive the Market in North America

The global clinical trial management systems market was led by North America, with the US coming up as one of the leading contributors in the regional market. Various factors such as increased spending on research and development activities and rising demand for development of drugs are likely to assist in the growth of regional market. Increased financing for clinical research, along with an increase in the number of clinical trials and studies, and expected to support market growth in the years to come.

Pharmaceutical firms R&D expenses have also grown in recent years, thanks to a greater emphasis on therapeutic areas, complicated compounds, and regulating markets. Pharmaceutical businesses in the US spend more energy, time, and money on research and development than other industries. The biopharmaceutical sector, for example, spent an estimated US$ 102 Bn on research and development activities in 2018, according to the Pharmaceutical Research and Manufacturers of America.

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Due to the surge in research and clinical trials in the North Americaregion, thedemand for these systems is projected to rise, thereby assisting in the expansion of the market in the region throughout the forecast period, from 2019 to 2027.

Rise in Financing from Various Government Bodies to Support Demand in the Market

Medical research is receiving impetus by increased government financing and investments from biotechnology and pharmaceutical companies. In the forthcoming years, this trend is expected to enhance growth of the global clinical trials management system market. CTMS systems are continually advancing in terms of technology. Lack of experienced experts is forcing pharmaceutical and biotechnology companies to engage in staff training programmes to familiarize people with various elements of complex solutions, particularly in developing nations. Furthermore, because of their capacity to combine a broad spectrum of applications, the prices of these systems are considerable. As a result, the high cost of CTMS is expected to deter small- and medium-sized businesses from adopting it.

However, the the global clinical trials management system market is expected to grow as the number of clinical studies increases. Furthermore, there is a significant demand for analysis of clinical trial results and effective data management. All of these elements are expected to contribute towards the expansion of the market in the years to come.

Rising government funding and investments by biotechnology and pharmaceutical are promoting medical research activities. This factor is anticipated to boost the market growth over the forecast period. The CTMS solutions are rapidly undergoing technological advancements. Lack of skilled professionals, especially in developing countries, is pushing pharmaceutical and biotechnological firms to invest in staff training programs to make them familiar with various aspects of sophisticated solutions. Furthermore, costs of these systems are high owing to their ability to integrate a wide range of capabilities. Thus, small- and medium-sized companies anticipate high cost associated with CTMS to hinder adoption.

However, increasing number of clinical trials is anticipated to boost the growth of the market for CTMS. Furthermore, the demand for efficient data management and analysis of clinical trial outcomes is also high. All these factors are projected to contribute to market growth.

The information provided in the review has been extracted from a TMR report titled Clinical Trial Management System Market (Mode of Delivery On-premise, Web-based, and Cloud-based; Component- Software, Hardware, and Services; Type Enterprise-based and Site-based; End use Pharmaceutical Industries, Contract Research Organizations, and Health Care Providers) Global Industry Analysis, Size, Share, Growth, Trends, and Forecast 2019 2027.

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Clinical Trial Management System Market Size to Expand Significantly by the End of 2027 - Digital Journal

World Brain Tumour Day 2022: The biggest regrets of neurosurgeons who treat brain cancer cancer patients – Times Now

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Dr Venugopal G Consultant Neurosurgeon Yashoda hospitals Hyderabad

The diagnosis of a brain tumour can be devastating for the patient and the family. A brain tumour is a mass or growth of abnormal cells in your brain. Many different types of brain tumours exist. Some brain tumours are noncancerous (benign), and some brain tumours are cancerous (malignant).

Doctors who treat brain tumours or brain cancer patients have some learnings to share. We asked Dr Venugopal G, Consultant Neurosurgeon, Yashoda Hospitals in Hyderabad - whether during the tests and treatment of brain tumour patients they ever felt helpless, wished the patient had done a certain thing to be healed sooner etc.

Renowned Neurosurgeon Dr Venugopal G said, "My biggest regret is knowing the poor prognosis of a brain tumour and yet need to operate the patient when they can only survive for a couple of years or less and family or relatives spending around 8-10 lakhs (work up, surgery, radiation and chemotherapy).In some cases, there is no light at the end of the tunnel! Literally, we have a flash of these once we look at the MRI scan revealing an ugly tumour such as the GBM!"

The doctor knows!

Get treated from the best equipped:

Dr Venugopal G says, "Our hospital (Yashoda Hospitals in Hyderabad) is equipped with all the latest gadgets in all three departments (Neurosurgery, Oncology and Radiotherapy) which work like a well-oiled machine while handling a patient. Where neurosurgery is concerned, we have 3T MRI and CT for evaluation of the tumour and we can as well do an fMRI to look for the eloquent area damage, followed by the well equipped modular operation theatre which has an advanced Pentero microscope, CUSA, high-speed drill, Neuro Navigation, intraoperative 3T MRI, IONM ( Intra Operative Neuro Monitoring), Endoscopes. Paragon An expert neurosurgeon's skill is amplified by these peerless types of equipment."

Is a brain tumour always terminal/fatal?

Dr Venugopal says, no. "Research is going on things are getting better for some of the tumours. Thanks to the molecular biologists and new technologies in the surgeon's armamentarium. For low-grade gliomas, meningiomas, and pituitary adenomas which usually come under grades I and II things are very reassuring compared to a decade ago.

"Some of the tumours like GBM, and metastatic brain tumours are still lethal but even in these types, some breakthroughs are coming albeit at clinical trial levels only. Nanomedicine surely is the only hope for this kind of tumours. These tumour cells multiply at a rapid pace and will be resistant to some of the available chemo drugs and radiotherapy too. Research in all the fields (surgery, chemotherapy and radiotherapy) will bring a panacea for patients with these lethal tumours.

The date, significance, importance, history and theme of World Brain Tumour Day:

The World Brain Tumour Day is observed on June 8 every year to spread awareness about brain tumours and educate people about them. The non-profit organisation, Deutsche Hirntumorhilfe e.V or German Brain Tumour Association, observed the first World Brain Tumour Day on June 8, 2000.

Disclaimer: Tips and suggestions mentioned in the article are for general information purposes only and should not be construed as professional medical advice. Always consult your doctor or a dietician before starting any fitness programme or making any changes to your diet.

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World Brain Tumour Day 2022: The biggest regrets of neurosurgeons who treat brain cancer cancer patients - Times Now

Nikolas Badminton | Futurist Speaker | Futurist Keynotes | Futurist.com

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Glen Hiemstra is the founder andFuturist Emeritusof Futurist.com.

Glen is dedicated to disseminating information about the future to assist individuals, organizations, and industries in effective strategic planning. An internationally respected expert on future trends, long-range planning and creating the preferred future, Glen has advised professional, business, and governmental organizations for three decades and has served as a technical advisor for futuristic television programs. Audience members for Glens keynote speeches and clients for his long-range planning say things like, Once you hear Glen Hiemstra speak, the future will never look the same.

A writer as well as a speaker and consultant, Glen is the author of Millennial City: How a New Generation Can Save the Future,Turning the Future into Revenue: What Businesses and Individuals Need to Know to Shape Their Future. Previously he co-authoredStrategic Leadership: Achieving Your Preferred Future.

Glen has worked with many leading companies, government agencies and organizations across a wide variety of domains. These include Microsoft, The Home Depot, Boeing, Adobe, Ernst & Young, PaineWebber, ShareBuilder, Ambrosetti (Italy), Club of Amsterdam, U.S. Army Corps of Engineers Savannah District, U.S. Army Corps of Engineers Pacific Ocean Division, Northern Telecom, REI, Weyerhaeuser, Hewlett Packard, Novo Nordisk, U.S./Mexico JWC, APAX Partners, Costa Rica Hotel Association, Atlanta 2060, Tulsa 2025, Idaho Transportation 2030, Michigan DOT 2030, Federal Highway Administration Advanced Research, Eddie Bauer, Procter & Gamble, ACE Hardware, IHOP, John Deere, Weitz Construction, Lexis Nexus, Land O Lakes, GHD Engineering (Australia), SONAE (Portugal), and others.

As a recognized expert in preferred future planning, Glen is a popular keynote speaker who can zero in on emerging trends in economics, demographics, energy, the environment, Internet and communications, science, technology, housing, and transportation. Glen goes beyond simple trend analysis to discuss the opportunities that we all have to shape the preferred future. In his consulting, Glen utilizes tools such as environmental scanning, scenario development, whole systems perspectives, paradigm shifts, and analysis of organizational culture for managing change to assist enterprises to achieve high performance.

A skilled communicator, Glen also offers a variety of informational resources for those interested in exploring the future. Each month visitors from 120 nations come to Futurist.com and the blog for provocative snapshots of emerging ideas, trends, and technologies.

As a media technical advisor Glen has worked on several television productions, including with Steven Bochco Productions (creator of Hill Street Blues and NYPD Blue), among others. He has oft beencited in publicationssuch as The Wall Street Journal, Forbes, US News & World Report, Newsweek, The Futurist, USA Today, Business Week, the Economist, Puget Sound Business Journal, and the Los Angeles Times.

In a first career, Glen was an award-winning educator; he also served as a Visiting Scholar at the Human Interface Technology Lab at the University of Washington, which worked on virtual and augmented reality technology.

Glen was educated at Whitworth College, the University of Oregon, and the University of Washington. He lives in Seattle, Washington.

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Nikolas Badminton | Futurist Speaker | Futurist Keynotes | Futurist.com

10 of the Worlds Most Groundbreaking Futurists – HowStuffWorks

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In 1900, Smithsonian Institution curator John Elfreth Watkins wrote an article for The Ladies' Home Journal, entitled "What May Happen in the Next Hundred Years," filled with predictions that many of his readers probably scoffed at as ridiculously improbable. Indeed, Watkins was pretty far off about some things. He predicted, for example, that the letters 'C,' 'X' and 'Q' would vanish from the alphabet, streets would be relocated underground, and farms would grow strawberries as large as apples. But what's more impressive is the extent to which Watkins' vision of the future actually has come to pass -- wireless phone networks on which a person in New York could talk to another in China, live TV images being transmitted around the globe, MRI machines, aerial warfare, and high-speed trains traveling between cities at 150 miles per hour. Watkins even predicted the food trucks that have become a fad in cities throughout America [source: Watkins].

Today's futurists -- who aim to forecast trends, inventions and events that will appear in the decades ahead -- would love to be that prescient. But unlike Watkins, who mostly seems to have relied upon his own imagination and wishful thinking, modern forecasters have developed more sophisticated methods for divining what may lie ahead. As Timothy Mack, president of the World Future Society, explains on the organization's Web site, futurists systematically scan the news media and published results of scientific studies, and conduct carefully structured surveys called "Delphi polls" in which they probe the minds of experts in various fields. Many also now create computer simulations and even conduct role-playing games in an effort to foresee what events and trends might result from certain changes, such as worsening environmental problems, the development of new energy sources or changes in the tax system [source: Mack].

Futurists -- whose work often is underwritten by companies and governments trying to prepare for future problems or gain a competitive edge from foresight -- also know that their predictions actually may shape the world ahead. "The main purpose of studying the future is to look at what may happen if present trends continue, decide if this is desirable, and, if not, work to change it," Mack explains [source: Mack].

Here are 10 futurists who've greatly influenced modern society with their predictions of what may lie ahead.

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10 of the Worlds Most Groundbreaking Futurists - HowStuffWorks

Five benefits of hiring a chief futurist officer

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As leaders, we can all be better about being more prepared for the future, but its something Ive seen many struggle with. Its much easier to analyze the data from today and know what strategies need to occur within the next one to three years. But what about five years from now? How about 10 years? If you find yourself struggling to clearly see what the pathway is for your company to move ahead, differentiate, and be better prepared for trying times, a CFOchief futurist officercan help.

In my opinion, the pandemic will not be the last great accelerator. The rapid adoption of new technology and ever-shifting underlying cultures within the workforce will create future hurdles that can be overcome if you are willing to do the deep thinking or have someone on your leadership team that can think ahead and spot an area you want to either work toward or avoid.

What a certified futurist does is study the patterns from a historical perspective, identify innovations and cultural movements from today, and perform ethnographic research to hear the anecdotal stories around the topic of study. A futurist is then able to translate that data into forecasts that lead to innovative insights and strategies that can help make companies more future prepared and better able to outperform their competitors.

Here are five benefits of hiring a chief futurist officer.

1. BETTER STRATEGIC PLANNING

Futurism is the step needed before strategic planning. A chief futurist officer can guide you to better and more far-reaching, innovative ideas than just solving the problems of today. By working with your chief futurist officer, you can instill new innovative ideas into your strategic plan to be better prepared for the future.

2. DIFFERENTIATION

When I ask most leaders if they want to differentiate themselves in the market in the next five years, almost everyone raises their hand. When I then ask them if they know how to do it, only about half of their hands remain in the air. A chief futurist officer can be your guiding light. With their study of your market, they can identify opportunities for innovations that can scale and be assimilated into your practice, as well as analyze how your competitors might shift over the next decade too.

3. DAILY FORESIGHT

One of the main responsibilities of a chief futurist officer is to scan the horizon for what is happening now in order to know what will come next. This is a daily activity they need to perform themselves and then instill in the company so that it becomes a common and shared practice. This prepares your entire company to be on the lookout for changes that could cause opportunities or weaknesses in the future of the company.

4. STAKEHOLDER INSIGHTS

The two biggest questions I get from leaders center around What do my future clients want? and How can I attract and retain better talent? Working in concert with your human capital resource manager, your chief futurist officer will be able to identify the right people who will not only have culture fit today but culture adaptability for tomorrow. With this same lens, they can analyze what the needs of your clients are today and 10 years from now to help you understand how your product and offerings can pivot.

5. CULTURE ANALYSIS AND TALENT ATTRACTION

The biggest opportunity is to use a chief futurist officer to understand the divide between your perceived culture and the actual lived culture of your workplace and then forecast what a truly successful culture could be. As talent looks for new jobs, culture and experience are likely high on their lists. If you can state what your culture will be in the next 10 years and all the opportunities between now and then, that can serve as a great attractor for the talent you want to hire and retain.

Looking ahead is hard. Your brain is geared to think about your future self as a stranger, but with futurism and a chief futurist officer, they can turn that uncertainty into innovative strategic planning to follow and act on.

Certified FuturistMark Bryan, Director of Innovation & Research at M+A Architects, creates data-driven solutions & future-driven forecasts

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Five benefits of hiring a chief futurist officer

Visionary Futurist Neal Stephenson and Crypto Pioneer Peter Vessenes Announce Lamina1, the Layer-1 Blockchain for the Open Metaverse – Business Wire

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NEW YORK--(BUSINESS WIRE)--For the Metaverse to achieve its promise, it requires a base-level blockchain protocol equal to the technical, economic, and philosophical origins of the Metaverse idea itself an open and expansive virtual universe. To fulfill that promise, cryptocurrency pioneer Peter Vessenes and renowned futurist Neal Stephenson are announcing Lamina1, a new Layer-1 blockchain technology designed for the Metaverse with Web3 principles in mind.

Co-founders Vessenes and Stephenson serve as Lamina1s chief executive officer and chairman, respectively. Later this year, the company will launch a testnet and a subsequent betanet. Beyond 2022, the co-founders plan to seed a new immersive environment inspired by Stephenson's million-selling novel Snow Crash, building infrastructure and releasing tools to support the work of third-party creators who want to build Open Metaverse experiences at scale.

Lessons Learned from Web 2.0

As titans of the technology industry implement their vision of the Metaverse - a sector projected to grow to $1T in the coming decade - Lamina1 is working to ensure it does not repeat the missteps of the past by continuing to perpetuate existing structures of centralized ownership and inequality.

Lamina1 proposes an alternative a more modern and integrated Web3 community and ecosystem as the first building block for a truly Open Metaverse. The provably carbon negative Lamina1 chain will offer high transaction volume and an economic design with new incentive mechanisms to help create thriving, vibrant economies for creators and entrepreneurs.

Lamina1 Co-founders Bridge Visionary Science Fiction to Imminent Metaverse Reality

The concept of the Metaverse, an immersive version of the internet was first brought to life in 1992 with the publication of Snow Crash. Now, 30 years later, Stephenson is for the first time founding a company to create the digital world he envisioned.

The 30th anniversary of Snow Crash, and recent interest in actually building the Metaverse, has got me thinking about how to do it in a way thats true to the original concept, said Stephenson. That means creative ferment rooted in a strong base layer of open source tech that provides key services to creators while making sure that they get paid. The purpose of Lamina1 is to provide that, using the best and most up-to-date ideas from the industry. Well build first-and second-party experiences just to make sure it all works. But well know weve succeeded when Lamina1 is adopted by third-party creators.

This vision will be brought to life by the considerable engineering and business acumen of Lamina1s co-founder, Peter Vessenes. Vessenes is known in the cryptocurrency industry for a series of firsts, namely launching the first VC-backed Bitcoin company (2011) and forming the Bitcoin Foundation (2012) - today a blueprint for the way the now $1T+ blockchain industry engages communities and manages and creates cryptocurrencies.

Lamina1s Founding Team Brings Together Experts in Virtual Worlds

Joining the Lamina1 team is Metaverse pioneer Tony Parisi, former head of AR/VR at Unity. He was also an early leader in Web3D and virtual reality, the inventor of VRML (the original standard for 3D graphics on the web) and co-creator of glTF, the open file format that today powers millions of 3D objects. Rounding out the Lamina1 leadership team is advisor Rony Abovitz, founder of Sun and Thunder, Magic Leap, and MAKO Surgical.

I am incredibly excited about Lamina1, said Abovitz. When Neal and Peter told me what they wanted to do (and if I would join their quest), it felt right and good. Neal brings wisdom, empathy, creativity, and a moral framework to his work- attributes deeply needed in creating a good future and a Metaverse that works for humanity. There is no one better to lead the way to build a more Open Metaverse. It is also the right time in human history for there to be a connection between the decentralized open innovations we see in the crypto world and Neal's innate vision and deep insights. I also loved the meshing of Peters genius in crypto with Neals visionary imagination.

I dont know how to describe this other than a true meeting of the minds, said Vessenes. "As an active investor and cryptographer, I have a list of the technology, economic and social innovations I'd like to see in a Layer-1 chain, so being able to team up with Neal and his personality, wisdom, and vision was compelling enough that it brought me out of retirement, so to speak. Seeing some of the earliest Bitcoin and Ethereum investors in the world back the project personally feels like a super special moment for all of us. I can think of no better way to honor Snow Crash's 30th anniversary than by co-founding Lamina1 with Neal.

Initial Investors in Lamina1 include Rony Abovitz, Geoff Entress, Jeremy Giffon, Bing Gordon, James Haft, Reid Hoffman, David Johnston, Joseph Lubin, Patrick Murck, Matthew Roszak, Tihan Seale, Peter Vessenes and Wu Ying.

Lamina1 will be formally introduced at Consensus 2022 presented by CoinDesk. For more information, visit lamina1.com.

About Lamina1

The brainchild of Neal Stephenson (Chairman), who first conceptualized the Metaverse in his 1992 million-selling book Snow Crash, and Peter Vessenes (CEO), a foundational leader from the early days of Bitcoin, Lamina1 is a Layer-1 blockchain purpose-built to empower the Open Metaverse. Lamina1s chain technology, cryptographic model and extensive intellectual property partnerships (to be announced throughout 2022) will establish it as the preferred destination for this generations most creative minds those who are crafting the digital societies of the future. It is the first provably carbon-negative blockchain in the world.

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Visionary Futurist Neal Stephenson and Crypto Pioneer Peter Vessenes Announce Lamina1, the Layer-1 Blockchain for the Open Metaverse - Business Wire

Futurist predicts Covid and what’s coming in a decade – Fast Company

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In January 2020, when the coronavirus started making headlines around the world, Jane McGonigals inbox was flooded with emails from Silicon Valley execs, government officials, and nonprofit leaders. They all had the same question: Jane, didnt you run a simulation of a respiratory pandemic?

Yes, she had. All the way back in 2010.

McGonigal is a game designer. She builds simulations that help players imagine the unimaginable. And in 2010, she invited nearly 20,000 people to immerse themselves in a future world besieged by a global pandemic. How would you change your habits? she asked. What social interactions would you avoid? Can you work from home?

A decade later, when COVID-19 went from nascent threat to full-blown crisis, McGonigal started hearing from folks who had participated in the simulation. Im not freaking out, one of them said with relief. I already worked through the panic and anxiety when we imagined it 10 years ago.

According to the latest research in psychology and neuroscience, we can all learn to make the shift from panic to poise by training our brains to think about the unthinkable. But what does that training look like? In her new book,Imaginableand on todays episode of The Next Big Idea podcastMcGonigal shares evidence-based techniques you can use to see the future coming. Listen to the full episode below, or read a few key highlights. And follow host Rufus Griscom on LinkedInfor behind-the-scenes looks into the show.

Rufus Griscom:Your path from studying and designing video games to working as a futuristsome would see that as counterintuitive. I think you see this as a logical progression. Why does that sequencing make sense?

Jane McGonigal: What first really fascinated me about the gaming community was this trend that I was observing in gamers: They were developing real skills, real abilities, collective intelligence, and collective imagination that they wanted to apply in a bigger contextmaybe help solve some real-world challenges.

This was back in 2001 when I was starting my PhD work. And I thought, This is amazing! It would be really good for humanity if we could channel these new skills that are coming out of online gaming into real-world problem-solving. But at that time, there were not a lot of games to play that actually connected this community with real-world challenges.

After studying it for six years, writing my dissertation on this topic, I rolled right into, Im going to be the one to make games that help gamers apply those strengths to real-world contexts. And the context that I wound up working in was trying to anticipate hard-to-predict futures, or apply that collective imagination to seeing future scenarios from massively many points of viewthe same way that we see a game worldso that we might discover the outlier risks or unexpected opportunities. And thats what Ive been doing for 15 years now.

This mission to take our interest in gaming and collective imagining exercises and use them to help us better understand possible future outcomesyou and your team have been engaged in this for a while, and you have an astoundingly impressive track record at anticipating possible future outcomes. Can you share some of the details of what you all have done?

2020 was a really strange year to be a future forecaster, in that I had an experience of living through a very difficult future that we had been forecasting for a decade or more. My work at the Institute for the Future involved creating these social simulations way back in 2008, 2010, where we were inviting thousands of people to spend weeks in a private social network. It would look like Twitter, Facebook, or Discord, but everything being posted and shared was about a hypothetical future.

Futurists love to look 10 years ahead because that gives us enough mental distance to think creatively. And if were imagining problems that might not happen for 10 years, it gives us enough time to prepare for them or prevent them. So we were looking at the years 2019 and 2020; and back then, our simulation centered around, How would we survive and adapt to a respiratory pandemic that started in China that was also complicated by cascading crises?One of the things that I specialize in is figuring out how different crises and disruptions intersect. So were not just looking at it from a public health perspective or an epidemiology perspective. We were also thinking about how we would survive and adapt when we have the supply-chain disruptions, when there is misinformation and conspiracy theories about the pandemic being spread on social media, when there are historic wildfires and extreme heat waves due to climate change. And thats just what we lived through in 2020.

What made me sort of crazy for a little while, and made me want to write the bookImaginable, is that there was this incredible proliferation of news stories and headlines using the word unimaginable to describe the pandemic and its consequences. But itwasntunimaginable. We just didnt have a critical mass of people imagining it. We had 20,000 people in one of our simulations, and 8,000 in another. My goal is to have 20millionI think that would really help us prepare for the future.

McGonigal:When we give ourselves these long, luxurious deadlines, we feel time rich. And when we feel time rich, we think, I have all this time! I can do what I want. I can do what matters to me.

When we have urgent deadlines or too many tasks on our to-do list for today, we feel time poor, time deprivedand then we just dont use our time because even though we still have the same amount of time, it feels scarce.

Another thing that researchers have found is that when we imagine 10 years out, we tend to think about things that are more relevant to our most important valuesthe kinds of goals that would help us live a life that we would consider really authentic, really true to our dreams or what we find meaningful and purposeful.

I give people this challenge. Its not, Where would you like to be in 10 years or what would you like to be different? The challenge is to try to vividly imagine waking up on a specific day. So, pick a day of the week; is it a Monday? Is it a Saturday? A Sunday? You imagine yourself waking up, and you try to picture every detail. Where are you? Are you in the same room that you woke up in today, or is it a different room? Where is it? Is there somebody with you? Is it a person? Is it a pet? Is it a different person or pet than you might wake up with today? And then imagine what mood you are in. What mood would you like to wake up in? What would put you in that mood? What might be on your calendar for that day that would put you in that mood?

And then I tell people, Go put it on your calendar. If youve just imagined yourself doing this amazing thing that makes you feel a certain way, go ahead and open up your Google or Apple calendarthey do go 10, 20, 30, 40 years in the futureand put it on your calendar. Even better, invite somebody. Invite a loved one.

It can spark some really interesting conversations about our real hopes and dreams. What is it going to take to get there? Because weve given ourselves 10 years, it allows us to dream bigger and also enjoy that sense of time spaciousness to really make some changes or explore possibilities that we would dismiss as impossible today.

Griscom:Are there any other future scenarios that you think our listeners should consider?

Things to pay attention to: government-mandated internet shutdowns is a huge future force that is spreading globally. If youre not aware of this phenomenon and not potentially prepared to live through weeks or months of the government turning off the internet, thats something to think about.

Another one is climate migration. Weve got to be willing to think about the risks where we live. Are we in a climate-secure, climate-resilient place that will probably be welcoming others who are migrating out of climate-unsafe regions? If so, we should be prepared to see a higher density of living, to be welcoming to people who have been forcibly displaced. Are we emotionally ready for that? Are we economically ready for that? Also think about our pathways to move if we need to. That is something that every serious futurist that I know is thinking aboutpathways of human movement within countries, and across borders. How can we support people economically, socially, mentally, psychologically? How can we make a home? Thats a problem space that warrants so much imagination and innovation and creativity. If I could get all of the smartest minds on the planet to work on something, it would be thinking about movement. That is the biggest future scenario that would benefit from our imagination, and also our innovation.

This article originally appeared in Next Big Idea Club magazine and is reprinted with permission.

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Futurist predicts Covid and what's coming in a decade - Fast Company

Heres what Teslas futuristic diner with drive-in theater and Supercharger could look like – Electrek

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Teslas futuristic diner with drive-in theater and Supercharger station is finally becoming a reality, and we get a look at what could look like thanks to renders based on the construction plans.

This project has been in the work for a long time.

In 2018,Elon Musk said that Tesla plans to openan old school drive-in, roller skates & rock restaurant at one of the new Tesla Supercharger locations in Los Angeles. It was yet another, Is he joking? kind of Elon Musk idea, but he apparently wasnt kidding.

A few months later,Tesla actually applied for building permits for a restaurant and Supercharger station at a location in Santa Monica. However, the project has since stalled, apparently due to local regulations. Nevertheless, Tesla still moved forward with a Supercharger at the location, but it had to move the diner project to Hollywood earlier this year.

Last month, Tesla filed the construction plans with the city giving us the first look at what the automaker intends to build.

We learned from the plans that it will be a semi-circular two-story diner with 29 Supercharger stalls and two movie theater screens, but everything is from architectural plans.

Ed Howard, an expert in architectural models, built renders based on those plans to give us a better idea of what the Tesla diner could look like:

Obviously he took some liberties for things that werent in the plans, like the name of the diner, Milliways, the restaurant at the end of the universe from Hitchhikers Guide to the Galaxy.

But for the most part, thats what the building and layout should look like:

It looks like the right mix of retro-looking, which was the original plan, and a more futuristic design, which was the new plan once it got moved to Hollywood. The renders are accurate down to the bamboo walls that are going to separate the Tesla diners lot from the rest of the block.

We dont have a solid timeline on when Tesla plans to open the diner, and it is going to be dependent on permit approvals, but things are moving forward.

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Heres what Teslas futuristic diner with drive-in theater and Supercharger could look like - Electrek

An Exhibition Unearths Rare Production Drawings from the Futuristic Neo Tokyo of the Anime Classic ‘Akira’ – Colossal

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AnimationHistoryIllustration #anime#architecture#drawing#film#science fiction

Akira, cut #1, Final production background detail, Toshiharu Mizutani, poster color on paper, 93 x 53 centimeters. All photos from AKIRA (Movie), based on the graphic novel AKIRA by Katsuhiro Otomo. First published by Young Magazine, Kodansha Ltd. MASH ROOM / AKIRA COMMITTEE, shared with permission

Katsuhiro Otomos 1988 sci-fi classic Akira has had an unparalleled influence on anime and film, and an exhibition at the Tchoban Foundation in Berlin showcases the original drawings that brought its futuristic cyberpunk setting to life. Akira The Architecture of Neo Tokyo features 59 production backdrops, layouts, concepts, and image boards, many of which have never been shown publicly. The collection includes now-iconic works by art director Toshiharu Mizutani and collaborators Katsufumi Hariu, Norihiro Hiraki, Shinji Kimura, Satoshi Kuroda, Hiromasa Ogura, Hiroshi no, Hajime Soga, Tsutomu Uchida, and Takashi Watabe.

Otomo first released the dystopian story as a manga series in 1982 before turning it into the highly influential action film a few years later. The narrative follows characters Shtar Kaneda, the telekinetic Tetsuo Shim, and their friends, who navigate the imagined Japanese metropolis of Neo Tokyo with its neon streetlights, crumbling infrastructure, and unrelenting post-apocalyptic vibe.

Ahead of the exhibition, curator Stefan Riekeles also released the book Anime Architecture: Imagined Worlds and Endless Megacities. The volume contains fantastic scenes from various animated classics including Ghost in the Shell and Metropolis. You can see Akira The Architecture of Neo Tokyo through September 4, and according to Its Nice That, the show might travel to London next.

Akira, pattern no. 182, final production background, Toshiharu Mizutani, poster color on paper, 55 x 42 centimeters

Akira, pattern no. 2211, final production background, Hiroshi Ohno, poster color on paper, 50 x 36 centimeters

Akira, pattern no. 2204, picture board, Toshiharu Mizutani, poster color on paper, 25 x 35 centimeters

Akira, pattern no. 700, final production background Toshiharu Mizutani, poster color on paper, 26 x 37 centimeters

Akira, pattern no. 214, final production background, Toshiharu Mizutani, poster color on paper, 25.5 x 37 centimeters

Do stories and artists like this matter to you? Become a Colossal Member today and support independent arts publishing for as little as $5 per month. You'll connect with a community of like-minded readers who are passionate about contemporary art, read articles and newsletters ad-free, sustain our interview series, get discounts and early access to our limited-edition print releases, and much more. Join now!

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An Exhibition Unearths Rare Production Drawings from the Futuristic Neo Tokyo of the Anime Classic 'Akira' - Colossal

In the future, will you own your digital self? This futurist thinks so – CBC.ca

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Technological change has already had a massive impact on how we approach our personal identity online and off. As our digital presence continues to evolve, we can expect more change to come.

Tracey Follows is a futurist who's thought a lot about this.

"I think people have come to the conclusion that as more and more public services are delivered digitally, and as more governments are kind of trying to morph themselves into technology platforms themselves, there are lots of meetings with nations saying they want to become digital nations," said Follows,author of The Future of You.

"If those public services have become digital, we can't just be analog people in a digitally serviced world. We need an access point to those services. And that really is going to rely on a digitization of the self. We have a digital identity, a personal identity in the physical, analogworld. We need to convert that into layers of information that can be machine readable."

Follows spoke with Spark host Nora Young about what possible future identity trends might mean down the road.

Here is part of their conversation.

This is already underway, right? I believe it's called Aadhaar, that's India's 12-digit biometrically linked digital ID system. So this is a process that's underway?

Well, that's a good point, because that is a very centralized system of digital identity, as you point out, much like the Chinese system where there is a unique identifier, and in particular with India, that is linked to a biometric. And this is the big debate:is it a centralized digital identity scheme where literally the government or big tech or private enterprises that run technology services, know your identity, and that's the way they deliver the services? Or could we have a decentralized system that is much more flat, much more peer to peer,that's based on cryptographic technology, where we as owners of selves, and owners of our digital self, have much more control over which layers of information we allow other people of institutions to see.

Yeah, let's dig into that a little bit. Because you do raise the prospect that we might end up with this very decentralized digital ID that lives on the blockchain that will give us more individual control over our identities. Can you explain a bit more how that would work?

One I would highlight is verifiable credentials, the sorts of credentials that you can keep in a digital wallet, much like you would keep a credential like a driving license, or maybe your passport or some sort of office-related passcodeor something like [it] that you might keep in your physical wallet. So it might have our age, it might have our location, our residence.

This new system of verifiable credentials would have an institution or an organization put in a proof request, and that proof request would be matched with a proof response. When these two proof requests and proof responses match, it dings and says to the organization that is requesting my verification or authentication, "yes, she's verified or authenticated."And that's done without me having to share any personal information whatsoever.

I think one of the things that people really worry about when they hear the words digital identity, is that there's going to be a lot of trackable, traceable information, so that an institution or an organization, maybe even the government, knows everywhere I've been, but that's not necessarily the case. Somebody somewhere, has got a copy of my passport, a copy of my address, and a utility bill, etc, etc. This is all over the place in the physical world, but because we don't see it, and we don't worry about it, we're not necessarily that aware. These sorts of systems, like verifiable credentials, are privacy protecting, so they're trying to circumvent that kind of data leakage, or that idea that I have lots of personal information flying around in the world that I'm not in control of.

In the book, you also explore what we might think of as the more philosophical side of identity, that as we start to spend more and more time online, we start to perform different aspects of our identities online, which I think we're certainly already starting to do. How do you think that might affect our sense of personal identity as we do this more and more?

I try and look to the future and think about, well, how will this be in the future when we have virtual reality? Will this just exacerbate where we have multiple personalities or identities that we want to express in many, many different virtual circumstances? Or will we have different avatars that we can send off to various meetings and actually end up being in three or four different meetings all at once with our three or four different avatars? So all of these possible scenarios are yet to be seen. But we can have a think about whether we think what is happening on social media will apply in virtual reality, too.

I think, I'm hoping actually, that virtual reality will quell some of the disagreement and some of the aggression that we see, certainly on some social platforms, and I'm thinking about Twitter, obviously, in particular, because as Marshall McLuhan said, "violence is a quest for identity."So when we see people being really quite aggressive and fairly obnoxious, sometimes on a social media platform, it's really a quest for identity. They're trying to overcompensate, trying to communicate themselves in an environment where we don't really have the tools to fully represent ourselves. It's just a few characters. It's just a bit of text and a strange profile picture.

In virtual reality we'll probably have haptics [touch-based functionality].We'll have a much greater sense of awareness. We'll be in a 3D, more absorbing, engaging, immersive environment. So in a sense, we'll have a much more rounded, complex, richer identity, and one hopes because of that, we won't need to overcompensate and fight for the idea of our own personal identity in these spaces.

Do you think this is going to start to become a political issue? I'm thinking of the example of the Sidewalk Labs Smart City pilot project that was being considered for a while in my hometown of Toronto. There was a lot of pushback from activists and citizens, challenging, where's the data going? Do you think we're going to start to see more politicized conversations about things like what's being done with our data, what's being done with our identity?

I really think we are, especially with the emergence of [a decentralized,blockchain-based]Web3, which is very different to a Google, Facebook, Web 2.0 world where data is all centralized and owned by those platforms, and harvested for their own commercial gain, versus a world of Web3, where I control my own data to a certain extent.

As Web3 becomes much more of a challenger, I think exactly that will happen. There will be a much more politicized conversation, because people will become aware that there is actually an alternative system. I don't think people have really considered there is much of an alternative system until now, because we've all got very used to the convenience and the frictionlessness of these sorts of services that we use as utilities day in, day out now. I think it's going to challenge what we've become used to and what we think of as the status quo.

Written by McKenna Hadley-Burke. Produced by Nora Young and Michelle Parise.Q&A has been condensed for length and clarity. To hear the full conversation with Tracey Follows, press the play button at the top of the page.

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In the future, will you own your digital self? This futurist thinks so - CBC.ca

Scientists Intrigued by Treatment That Put Every Single Patient’s Cancer Into Remission – Futurism

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Doctors working on an experimental cancer treatment were heartened when every single patient in a small trial went into remission, their cancer becoming undetectable.

Published in theNew England Journal of Medicine, the paper that resulted from the trial details how all 12 patients who were given the experimental rectal cancer treatment went into remission without having chemotherapy.

"I believe," Memorial Sloan Kettering (MSK) Cancer Center scientist Luis Diaz Jr told the New York Times, "this is the first time this has happened in the history of cancer."

As an MSK press release about the study describes, study participants were treated to an incredible surprise when, after undergoing six months of the experimental immunotherapy treatment, they learned from their doctors that they were in remission.

The first patient, named Sascha, was preparing to travel to New York to have radiation therapy when she got the call from her oncologist, Andrea Cercek, who said the patient was "stunned and ecstatic" at the news.

"Its incredibly rewarding," Cercek said in the press release, "to get these happy tears and happy emails from the patients in this study who finish treatment and realize, 'Oh my God, I get to keep all my normal body functions that I feared I might lose to radiation or surgery.'"

The MSK doctors behind the study wanted to investigate whether immunotherapy alone could treat cancer, but they never expected it to work this well and especially could not have foreseen that none of the 12 people in the initial trial had adverse reactions to the drug, known as dostarlimab.

Dostarlimab is a checkpoint inhibitor, which "releases the brake on an immune cell, freeing it to recognize and attack cancer cells,"according to the team.

The finding is intriguing, but unlikely to represent a miracle cure. As the NYT cautioned, an average one in five people who take drugs like dostarlimab have an allergic reaction, and as many as 3 to 5 percent have severe reactions that include muscle weakness and trouble chewing and swallowing.

Dr. Alan Venook, a University of California, San Francisco colorectal cancer specialist who wasn't involved in the study, told the NYT that the lack of side effects means that "either they did not treat enough patients or, somehow, these cancers are just plain different."

Venook is not alone in his caution about the results. The trial was small, with only 12 participants, and has yet to be replicated.

In an editorial published in theNew England Journal of Medicine in tandem with the initial study, Dr. Hanna Sanoff, a gastrointestinal medical oncologist at the University of North Carolina who was also not involved in the study, wrote that the "small but compelling" trial needs more time before doctors can fully understand the results.

"Very little is known," Sanoff wrote, "about the duration of time needed to find out whether a clinical complete response to dostarlimab equates to cure."

All the same, these unprecedented results are clearly pretty exciting for doctors and patients alike.

READ MORE:Rectal Cancer Disappears After Experimental Use of Immunotherapy [Memorial Sloan Kettering Cancer Center]

More immunotherapy:Scientists Complete First Human Test of Vaccine Against Brain Cancer

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Scientists Intrigued by Treatment That Put Every Single Patient's Cancer Into Remission - Futurism

Priyanka Chopras Robert Wun number oscillates between intriguing realms of futurism and fashion – VOGUE India

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Jun 09, 2022 | 13:40:22 IST Chopra takes forward her Bulgari ambassadorship in a hard-to-miss Robert Wun number

Its been a hot minute since the Quanticostar donned an orange sequin Rasario gown for Bulgaris Jewelery Gala in Paris. While Chopras fascination with shimmer and sequins is the thing of dreams, it was outlived by another of her extravagant, bold looks that she has been opting for lately. Robert Wun, known for his inventive, cutting-edge designs that celebrate the female form, unveiled an ethereal contrast gown where fashion collided with futurism. Be it the masterful juggling of shapes and forms, or the razor-sharp contrast of black and white the contrast dove gown taking over the internet. While on one hand she left fashion enthusiasts stunned with this sartorial statement outfit, on the other hand, Instagram was flooded with a thread of memes relating the gowns resemblance to that of pencil shavings. Either way, the Priyanka ChoprasRobert Wun gown was undoubtedly a conversational piece to begin with. Scroll down to know the details of her look.

Chopra, in collaboration with her long term stylist Law Roach, donned Robert Wuns statement floor-grazing number featuring asymmetrical, dramatic white ruffles layered over a black fitted bodycon dress. The contrasting details blends flawlessly with the softness of the pleated elements, enhancing Chopras hourglass shape. Similar to her previous Rasario number, Chopra veered to her usual plunging neckline. With a sensuous tie-up detail at the back, the halter-neck gown was styled with an emerald embellished Bulgari necklace and earrings.

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Priyanka Chopras Robert Wun number oscillates between intriguing realms of futurism and fashion - VOGUE India

Food supply chains are in crisis. Could these futuristic farms fix that? – Global News

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The first time Cesar Cappa stepped foot on the farm, he thought he was on another planet.

He grew up on a small family farm in Argentina. But this facility, located just outside of Guelph, Ont., was unlike anything he had ever seen.

I thought I was on Mars. Its incredible, he says. You dont realize the magnitude of something like this, a project like this, until you see it with your own eyes.

Towers of large metal trays, full of leafy greens, are stacked on top of each other in a large warehouse bathed in a bright fuchsia light. Theres an earthy scent in the air and the room is ever so slightly humid.

Indeed, if humans were to inhabit the moon or Mars someday, GoodLeaf Farms facility is a blueprint of how produce could be grown. The 45,000-square-foot facility is the largest vertical farm in Canada. GoodLeaf grows baby lettuce, spinach, arugula and an assortment of microgreens using the latest agricultural technology.

If greenhouses are the suburbs of farming, then vertical farms are the condos. By stacking layers of crops, growers can produce a great deal of food even where real estate is scarce and the weather isnt agreeable. LED lights replace the sun and the plants receive nutrients through recycled water rather than soil.

Every aspect of this environment is controlled and optimized for growth, from the hue of the lights to the amount of carbon dioxide in the air. The result is astounding: higher crop yields that require less space and 95 per cent less water than a traditional farm. And theres no need for pesticides, herbicides or fungicides.

Cappa is the head grower at GoodLeaf Farms. He studies how the crops interact with their manufactured environment in order to make the system more efficient. While giving me a tour of the facility, Cappa says its technically possible to grow a variety of produce in these conditions. But so far, leafy greens are what the company has perfected and whats profitable. This single facility provides roughly 70,000 pounds of leafy greens to grocery stores across southern Ontario each month.

I really think were making a difference in terms of food security for Canada, Cappa says. This is pretty much the only way to grow produce year-round.

Canada currently imports most of its leafy greens from California. But labour shortages and an unprecedented drought have led to supply chain disruptions over the last two years, exposing how precarious it is to rely exclusively on produce from abroad.

By the time we get lettuce in Vancouver, its already travelled for eight days and its shelf life is really only about 10 days, says Lenore Newman, the director of the Food and Agriculture Institute at the University of the Fraser Valley.

So when it comes into the distributor, they usually throw away a third to 40 per cent of what they bought. And when you take whats left home, youve only got a couple of days to make a salad, max.

More than $18 billion of food is wasted each year in Canada at this stage of the food cycle. That food ends up in landfill, where it releases tonnes of methane gas a greenhouse gas 25 times more powerful at trapping heat in our atmosphere than carbon dioxide as it decomposes.

So you take a look at all of those elements and you say, is there an alternative? Is there a better way? says Barry Murchie, the CEO of GoodLeaf Farms. This is an example of how technology and agriculture have merged to create an alternative that is really better in every element.

Vertical farms have become a solution to many of the issues plaguing traditional outdoor farming. They are impervious to the effects of climate change, occupy less land, use fewer resources, grow produce faster, and cut out long-haul transportation and fertilization emissions. These farms are also scalable, meaning they can be as big or small as the community they serve.

Commercial vertical farms have started popping up near many of Canadas major cities. In Quebec, producers are growing strawberries and mushrooms indoors. In B.C., urban vertical farms have focused on herbs and microgreens. GoodLeaf is expanding, too two new facilities are underway in Montreal and Calgary.

With all of the benefits attached to vertical farming and really no downside, its only going to continue to get bigger and expand, says Murchie. His goal is to build a national network of vertical farms across Canada.

This technology is also being used in rural and remote areas where fresh fruits and vegetables are expensive or unavailable.

In 2016, Opaskwayak Cree First Nation in northern Manitoba began operations at their vertical farm. The facility, which was made possible through partnerships with the federal government and the University of Manitoba, provides fresh vegetables to its 6,420 members, year-round.

With all these benefits, you might wonder why we dont just grow everything this way. There is a catch: these farms require a lot of electricity. How sustainable these farms are depends, in part, on where that power comes from.

GoodLeaf sources its energy through the Ontario power grid, which uses a mix of natural gas, nuclear, hydroelectricity, wind and solar. The company estimates its carbon footprint is half that of a traditional farm. Its Guelph facility, though, does use peat as its substrate, which is a natural carbon sponge many people want left in the ground. It is composted and upcycled into landscaping material after use.

As LED technology improves and brings down energy costs, Newman says she anticipates more farmers moving their crops indoors, especially as they contend with the more severe weather to come.

During the heat dome (in 2021), it was 39 degrees on my front porch in Vancouver and I was getting reports of fruit actually cooking on the vine, Newman says. We had massive crop loss due to that and then, we had flooding. Were really seeing people say, well, what can we do?

With the worlds population expected to climb to 10 billion by 2050, we will need to produce more food while confronting climate change. The United Nations estimates that food production will need to increase by 70 per cent to meet increasing food demand.

Nearly 40 per cent of the earths land surface is already used for agriculture. Of that, about one-third is cropland, while the remaining two-thirds is used for grazing livestock.

The animal protein sector is one of the urgent issues facing humanity, says Newman. We know demand for protein is rising rapidly. We cant scale animal agriculture to make it any bigger.

The greenhouse gas emissions resulting from the cultivation of animals for food, as well as livestock feed, are twice that of plant-based food production, according to a 2021 study. Beef and cow milk production are the worst culprits, contributing 25 per cent and 10 per cent of emissions, respectively.

As the granddaughter of proud dairy farmers, even this writer found that statistic a hard pill to swallow.

I grew up drinking a glass of milk at breakfast and dinner something my mother still enjoys. I revere my grandparents for their hard work; my grandfather and grandmother would go up to the barn at 5:00 each morning to milk the cows, returning after 8:00 most evenings.

Farming is in my blood, but its difficult to square this part of my identity with my environmental bent and affinity for animals. Many people experience a similar quandary; almost half of Canadians are concerned about the environmental impacts of animal consumption, according to a recent survey, but the vast majority of Canadians continue to eat meat. (In recent years, though, there has been more of a general effort to reduce meat consumption.)

Theres a name for this cognitive dissonance: the meat paradox. Author Rob Percival, who wrote a book by the same name, says our societys relationship with the animals we consume is fundamentally broken.

The split between what we say we believe and the values we hold and what we do is becoming increasingly apparent, Percival says. Were very detached from what goes on and wrapped up in all these psychological strategies of evasion and denial.

This tension is becoming more pronounced, he argues, due to the worsening climate crisis and the growing availability of plant-based alternatives that make a vegetarian or vegan diet more attainable.

But for those who simply dont want to give up meat, scientists are working hard on an ethical and sustainable alternative. In highly secretive labs across the Bay Area in the U.S., various biotech companies are growing poultry, beef, seafood and dairy products from cells.

One such company is Wildtype, a cell-based seafood company producing a very convincing replacement for wild Pacific salmon.

In its San Francisco-based facility, microscopic salmon cells harvested from a fish are grown into a perfectly rectangular sushi-grade filet ready for consumption. Wildtype co-founder Arye Elfenbein first worked with stem cells as a cardiologist. Then on a visit to Australia, where he grew up, he watched as cattle grazed where a lush rainforest once was and got to thinking: Do we need animals to have meat? Could we just create what we consume just outside of the animal?

The question propelled him and his business partner, Justin Kolbeck, into the emerging field of cellular agriculture. The pair decided to focus on salmon because it is the most consumed finfish in the U.S., and Elfenbein says, it was also a way for them to give back to their hometown fish.

Wild salmon stocks along the West Coast have been struggling for decades due to overfishing and the destruction of natural habitats. Elfenbein hopes that Wildtype salmon will take some pressure off wild fisheries and help them replenish.

There are other benefits too. Wildtype salmon is free of mercury, microplastics and other contaminants commonly found in seafood and it takes only four to six weeks to grow a filet. In comparison, farmed salmon takes about three years to go from egg to harvest.

There have just been more and more of these realizations that our current method of production is not just unsustainable, but also deleterious for our environment and also for our own personal health, says Elfenbein.

The biggest hurdle for Wildtype and other cellular agriculture companies now is scaling up production to a commercial level. For that, cells need to be grown in bioreactors large brewery-style tanks where they can multiply at high densities and volumes. In order to mimic the shape of a filet you might find at a fish market, Wildtype uses a rectangular scaffold that the cells grow into.

Its a complex and costly process, but Wildtype is forging ahead, building a larger production facility as it awaits regulatory approval, which could come as soon as this year in the U.S.

Weve made an enormous amount of progress in terms of coming down that cost curve, says Elfenbein. Our mission is one of greater accessibility. Thats not one that we can reach if we are just selling expensive salmon.

When Wildtype was in the prototype stage, a small serving of sushi-grade salmon cost thousands of dollars to produce, but today, the company says it only costs US$25 to make two pieces of salmon nigiri.

Lab-grown protein, or cultured meat, is still a very new technology. It was just in 2013 that the world was first introduced to the first lab-grown burger to much fanfare. It cost US$330,000 to make and was eaten in a matter of minutes.

In the nine years since, the industry has made leaps and bounds forward, but it is still missing what David Kaplan calls a strong scientific foundation.

Kaplan is a professor at Tufts University and one of the leading researchers into cellular agriculture. At his lab in Boston, he is working to answer the many questions regulators have, including: What is the best nutrient-rich medium to feed the cells? How nutritious is cultured meat compared with traditional meat? How do you produce these products at scale in a cost-effective and sustainable way?

These unanswered questions havent scared off investors, though. Cultured meat and seafood companies secured US$1.4 billion in investments in 2021 the most capital raised in any single year in the industrys history, according to The Good Food Institute, a non-profit that supports and studies alternative protein creation.

There are now dozens of cellular agriculture companies worldwide producing animal products without the animals.

Any new technology takes roughly 20 years to become acceptable. So were embryonic, Kaplan says. However, that does not mean the field cant move fast and become more real in the next few years. It takes a lot of effort by a lot of folks and youre seeing that.

Singapore became the first country in the world to approve the sale of cultured meat at the end of 2020. San Francisco-based Eat Justs lab-grown chicken nuggets are now being sold in restaurants across the region.

In the U.S., you can already buy milk and other dairy products such as ice cream and cream cheese that were made without any cows. Using precision fermentation, a process similar to brewing beer, Perfect Day creates whey protein that is molecularly identical to cow whey protein. It has the taste and texture of traditional dairy, but is naturally free of lactose, hormones and antibiotics and carries a significantly reduced environmental footprint.

We are focused on offering a sustainable alternative to factory farming, says Ravi Jhala, the head of global commercial operations at Perfect Day.

Jhala envisions a world where cow-less whey products replace the supply of dairy milk provided by these large industrial farms, while allowing small family farms to thrive.

These technologies work in tandem with that high-end (product), says Newman. Seventy per cent of dairy in the U.S. goes into powdered milk thats used in food products. We can replace that without even noticing and we can actually make food slightly cheaper, better for us, and we can eliminate a giant chunk of industrial dairy.

Startups in Canada are developing these innovative products too. Toronto-based Cell Ag Tech is working on a cultured snapper. Montreal-based Opalia is creating a cell-based milk. And Edmonton-based Future Fields is selling the liquid medium used to grow the cells.

With the exception of a few skeptics, onlookers in the agri-food sector are optimistic that cellular agriculture is the meat of the future. Studies have already shown that climate-conscious younger people will be resoundingly open to eating cultured protein. And with the price of meat anticipated to continue to rise, lab-grown meat may someday become the cheaper option. Thats when things will get interesting, Newman says.

One hundred and fifty years ago, we ate a lot of wild game. Back then, I might have gone out to get a pigeon pie. What we eat changes, she says.

I quite confidently predict that in 100 years therell be very little animal agriculture on earth. Well look back at industrial slaughter and well say, Wow, its amazing we did that. And the labour conditions were horrible, the animal conditions were terrible. And, wow, we have a way better product.

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Food supply chains are in crisis. Could these futuristic farms fix that? - Global News

What every museum reveals about past, present and future – ArtsHub

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Climate change. Social inequity. Global pandemics. These subjects are just as relevant to the present as they are to past and future, and for Museum of Discovery (MOD.) Director Kristin Alford, museums should offer free-ranging dialogue on all of it.

Theres a fascinating discussion to be had here about theories of time, Alford told ArtsHub from her base at the University of South Australias MOD. ahead of her keynote address at the 2022 Australian Museums and Galleries Association (AMaGA) conference HEAR.US.NOW.

If you look at neuroscience, the part of our brain thats responsible for imagining the future is the same part that holds memory, she continued.

So, I think theres something important there in terms of how we imagine and interpret stories of the past, present and future its important to acknowledge those similarities, she said.

Alford admitted that as a museum director and futurist she is highly attuned to whats coming next, but she also sees how closely her forecasting aligns with historians journeys through the past.

Futurists always talk about there being multiple futures, and that the future is uncharted and uncertain, Alford explained. But when you speak to historians, they talk very similarly about the past.

Historians talk about how there being many interpretations of the past, and how the past is up for imagining and reimagining.

So, thinking broadly about how people engage with museums, they are coming into spaces where they are expecting to hear stories of place and of people and sense-making out of that, and that applies just as much to the past as it does to present and future, she said.

A lot of Alfords work champions futures literacy a term coined by UNESCO as part of their advocacy for museums and learning worldwide.

UNESCO describes futures literacy as the ability to better understand the role of the future in what we see and do and our capacity to empower our imaginations to prepare, recover and invent in response to changes brought on in the 21st century.

Alford said that in her work at MOD. and as a consultant to other museums, she routinely applies these big-picture ideas to local contexts.

When I think of futures literacy its about the need for our communities to be thinking about the future, and to ensure they have the capabilities to imagine some alternatives futures, and then put some of that imagination [about what the future will look like] into action, she said.

Read: Tasmanian Museum and Art Gallerys new Director is a scientist who loves art

At MOD. Alfords focus is on helping young people, especially those considering tertiary study and careers in STEM, to navigate the future.

We want to present plausible representations of what the future might entail, so we can help them work through some of those uncertainties, she said.

In terms of what other museums can do to filter futures literacy into more of their existing programs, Alford advised that it could be as simple as using their collections to tell stories that can be extended into the future.

Or, they might think about what future questions might be prompted by the collection their featuring, she said.

Alford sees museums as facilitators of curiosity as much as they are experts in their fields, and said this formidable reputation is not something thats likely to be threatened by any new curatorial directions.

Letting people in to discussions around future possibilities, and the ethics around those possibilities is something museums are well placed to do as high trust institutions, Alford said.

Yes, there needs to be that body of expertise and evidence that is held by the institution, she continued. But there are also ways for the museum to invite other ways of knowing into the discussion of a topic.

Alford said this open-mindedness to other knowledge systems is something often seen in the actions of highly capable leaders.

Good leaders will have a good body of expertise and they will know what they are talking about, but theyll also open opportunities for other people to share their lived experiences and share other perspectives, and theyll allow paths of mutual discovery to open, to find out things we dont know, she remarked.

So, good leadership is about being prepared to reconsider and reframe and re-tell. And thats absolutely attributable to the changing nature of the expertise of museums in their being less fixed and authoritative, and being more about capable leadership.

Kristin Alfords keynote address at the 2022 AMaGA conference takes place on Tuesday 14 June, Perth. Browse the conference program.

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What every museum reveals about past, present and future - ArtsHub

Brew a Better Cup With These Coffee Accessories – Futurism

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For millions of people, coffee is an essential part of the day. Whether youre into instant coffee or have a barista-style machine in your house, your coffee is only really as good as the tools you use to make it. If youre looking to level up your coffee game, or just want to change up your routine, these accessories can jump start your morning jolt.

Key Selling Point: This medium-roast, fair-trade blend is certified to be USDA Organic.

You cant get a good cup of coffee without, well, good coffee. This blend from Bean & Bean which was started by a mother-daughter duo uses beans from Latin America, Africa, and Asia to deliver a flavor rich with roasted nuts, cedar, and herbs. We also like that the packaging is compostable and recyclable.

Key Selling Point: This small kettle is attractive, lightweight, and award-winning.

This electric kettle from BALMUDA makes two to three cups of coffee and weighs around two pounds. Its spout allows you to easily control the pour, and it takes up little real estate in the kitchen. It's available in black and white models.

Key Selling Point: These reusable pods help you cut down on waste. Its well-documented that single-use coffee pods are terrible for the environment. I definitely sympathize with pod-lovers its just so much easier to pop one in a machine, press a button, and get your favorite cup in seconds. These reusable pods give you the best of both worlds add your favorite blend to them and simply clean them after every use for guilt-free podding.

Key Selling Point: Sweeten your tea or coffee in a healthier way with honey instead of sugar.

Tea lovers, this ones for you. Honey is a great alternative to sugar, and its usually the healthier option. The Coffee Blossom Honey from Dona is sourced from a Guatemalan farm, using honey from the bees that pollinate the farms coffee trees.

Key Selling Point: No need to brew a cup just grab the can in the morning and head out the door.

Taika uses Guittard cocoa and macadamia milk to deliver a rich, creamy mocha latte. We like that this pre-made beverage saves you time in the morning you can either pour it into a mug or drink it straight. Its low-calorie but high in caffeine. Taika also offers a matcha latte, black coffee, oat milk latte, and macadamia latte.

If youre keen on caffeine, theres no need to opt for flat instant coffee. If you want a great mug first thing in the morning or just want to broaden your horizons, look into a great blend or tasty additives to keep yourself from hitting snooze.

This post was created by a non-news editorial team at Recurrent Media, Futurisms owner. Futurism may receive a portion of sales on products linked within this post.

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Brew a Better Cup With These Coffee Accessories - Futurism

We Just Got the First Peek at NASA’s Artemis Moon Landing Suits – Futurism

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In a press frenzy on Wednesday, NASA revealed thatAxiom Space and Collins Aerospace will provide new-and-improved and very expensive spacesuits for the upcoming Artemis Moon landings.

This information is a pretty big deal,which is why observers felt a little disappointed when neither NASA nor the contractors produced any actual imagery of the fits.

Since the announcement, though, we got a sneak peek at the Collinssuits. Honestly? Kinda fire.

The suit, shown above, and the below rendering do appear to be more streamlined than the marshmallow-esque uniforms of astronauts past. Which checks out, given that Collins Aerospace's Dan Burbank a senior technical fellow at the company, not to mention former NASA astronaut said during a press conference that they're going for a sportier, outdoorsy vibe. Moon hike, anyone?

NASA has also made clear that the ensembles in development must be able to fit a variety of body types, as the Artemis III landing, planned for 2025, will be a major moment for diversity in space travel.

"When we get to the Moon, we will have our first person of color and our first woman that will be wearers and users of these suits in space,"said Vanessa Wyche, director of NASAs Johnson Space Center in Houston, during the press conference.

Though not much technical detail has been disclosed, there's clearly much to be excited about.

At the end of the day, visiting Earth's OG satellite is cool but it's even better if you look fresh doing it.

More on spacesuits: Scientists Are Trying to Make Spacesuit Underwear Less Putrid

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We Just Got the First Peek at NASA's Artemis Moon Landing Suits - Futurism