#Nanoscience Meetings

[padhaicrew]

Exploring the Range of Courses and Specializations Offered at IIS University

In the vibrant city of Jaipur, where educational excellence meets empowerment, IIS University stands tall as the epitome of the best girls' university in Jaipur. Founded in 1995, IIS University has consistently been at the forefront of providing a diverse range of courses and specializations tailored to meet the academic aspirations of young women. Join us as we embark on a journey to explore the rich tapestry of academic offerings at IIS University.

A Spectrum of Knowledge: Diverse Courses for Every Passion

IIS University takes pride in offering a spectrum of courses that cater to a wide array of academic interests. From the core sciences to humanities, technology to arts, the university provides a comprehensive range of undergraduate and postgraduate programs. This diversity ensures that every student can pursue their passion and carve their unique academic journey.

Best Girls University in Jaipur: Specializations that Define Excellence

What sets IIS University apart as the best girls' university in Jaipur is not only the variety of courses but also the depth of specializations offered. Whether it's delving into the intricacies of Forensic Science, exploring the realms of Economics, or immersing oneself in the world of Journalism, the university provides specializations that align with the evolving demands of the professional landscape.

Unveiling the Academic Tapestry: Key Specializations

Science and Technology: IIS University offers specialized programs in areas such as Botany, Biotechnology, Nanoscience & Technology, Chemistry, Physics, Mathematics, Computer Science & IT, and more. These programs are designed to equip students with the knowledge and skills needed in the ever-evolving fields of science and technology.

Arts and Humanities: The university's commitment to holistic education is evident in its diverse offerings in Fine Arts, Visual Arts, Performance Arts, English, Sociology, Political Science, History, and more. These programs foster creativity, critical thinking, and a deep appreciation for the arts and humanities.

Business and Finance: Recognizing the importance of business acumen, IIS University provides specialized courses in Business and Financial Studies. These programs prepare students for the dynamic world of finance, entrepreneurship, and management.

Excellence Accredited: Recognition by National Assessment and Accreditation Council (NAAC)

IIS University's pursuit of academic excellence has been recognized by the National Assessment and Accreditation Council (NAAC), where it stands as a beacon of quality education. This accreditation reaffirms the university's commitment to maintaining high standards across its diverse range of courses and specializations.

Beyond the Classroom: Holistic Development through Extracurricular Activities

At IIS University, education is not confined to textbooks and lectures. The best girls' university in Jaipur encourages students to engage in a plethora of extracurricular activities, complementing their academic pursuits. These activities, ranging from sports to community service, contribute to the holistic development of each student.

Conclusion: Crafting Futures, Inspiring Excellence

In conclusion, IIS University's range of courses and specializations reflects its commitment to providing the best in girls' education in Jaipur and India. As the best girls' university in Jaipur, IIS University stands as a testament to academic excellence, offering diverse programs that empower young women to carve their paths in the ever-evolving world of knowledge.

[echovilled]

meet selina: an accomplished scientist, dr. selina liu embarks on a journey to discover a new planet to inhabit while learning more about herself and coming to terms with her past.

learn more about her here:

〢FULL LEGAL OR ASSIGNED NAME:

ENG: Selina Meihua Liu

CHI: Liu Meihua / 劉美華

〢DATE OF BIRTH OR CREATION:

24, December, 4001

〢RACE:

Asian

〢PRONOUNS:

She/Her/Hers

〢DOME IDENTIFICATION NUMBER:

TRIA-541713-927110

〢HERITAGE ORIGIN:

Chinese

〢HEIGHT:

165cm / 5’5”

〢WEIGHT:

58 kg / 130 lbs

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢DISABILITIES:

Crew member was diagnosed with Post-Traumatic Stress Disorder at the age of 9 due to an accumulation of symptoms including being hostile, hypervigilance, disturbed sleep, irritability, and severe anxiety.

[ Operator Note: Diagnosis will not interfere with regular routine as showcased throughout employment history and examination. Has been prescribed the appropriate medication, Zoloft, to improve any ongoing symptoms. ]

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢MODIFICATIONS:

N/A

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢CREW IDENTIFICATION NUMBER:

5-0-0

〢SERIAL NUMBER [IF A.I.]:

N/A

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢OCCUPATION:

Biomedical Engineer with specialty fields in: Bionanotechnology - subspeciality of nanotechnology and nanoscience. Biomechatronics - subspeciality of biology, mechatronics and mechanical engineering with applied Rehabilitation Engineering. Biomaterials - subspeciality of medicine, biology, chemistry, tissue engineering and materials science. Tissue Engineering and Regenerative Medicine - subspeciality of biomaterials, organ regeneration and neurodegeneration.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢STRENGTHS:

Able to make well-thought out and practical decisions, analyzes the needs of patients to design appropriate solutions, is able to focus with intent and without any distractions.

〢WEAKNESSES:

has difficulty adapting to unexpected circumstances, lacks tolerance in disagreeing with another’s actions, has the tendency to take control even when it is not crew member’s place.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢MBTI:

ESTJ-A - Crew member of this personality format possess great fortitude, emphatically following their own sensible judgment. They often serve as a stabilizing force among others, able to offer solid direction amid adversity.

〢ENNEAGRAM:

3w4 - Tend to be ambitious, focused, and serious in their behavior. They are very career-oriented, finding much of their identity in their work and are very task-focused.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢ALIGNMENT:

Neutral Good - Crew member typically acts altruistically, without regard for or against lawful precepts.

〢TEMPERAMENT:

Disposition appears to be unfazed by process, when prompted further, crew member can become irritable and evasive.

[Operator Note: During the interviewing process, crew members may have a tendency to stare pointedly as an attempt to display their disapproval of invasive questions.]

[Addition: Unnerving]

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢BEST ATTRIBUTE:

Approaches all situations with logical and unbiased-thinking, their honesty makes the advice and critical feedback helpful.

〢FATAL FLAW:

Is prone to neglecting personal needs due to workaholism.

[Operator Note: Was told personally that sacrifices should always be made to achieve a successful end result.]

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢HABITS:

When crew member is confronted with unconventional or uncomfortable situations, they tend to clench their jaw or clutch their arm. When in deep thought, their eyebrows knit together. When observing, they tilt their head to the side.

〢HOBBIES:

Painting, chess, photography, mahjong, weiqi, tai-chi, flying yoga, wushu, table tennis.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢LIKES:

Efficiency, competency, true crime, listening to music, cooking, weighted blankets, sweets, white tea, simulated thunderstorms.

〢DISLIKES:

Procrastination, inconsistency, disorganization, excessive information unloading, headaches, dairy, checkers.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢FEARS:

Why?

[Operator Note: The crew member was informed that it was necessary for examination and file. After expressing initial doubts, she was prompted further. Eventually, an appropriate answer was provided.]

Failure, worthlessness, physical and emotional helplessness, abandonment.

〢TRAUMAS:

N/A

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢ALLERGIES:

Mild - Lactose Intolerant

Average - House Dust and Spider Mites

[ Operator Note: Provide Dairy Alternatives for diet.]

〢BLOOD TYPE:

AB Positive

〢ADDICTIONS:

N/A

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢FAMILY HISTORY [MOTHER, FATHER, SIBLINGS, SIGNIFICANT OTHER, ETC.]:

Born to Geng Nuan, a former virtual high school biology teacher, and Aiden Liu, an electrical design engineer who divorced in 4004. Both mother and father were granted joint custody, resulting in crew member living with her mother and stepfather, Stephan Huang, during the weekdays, and with her father during the weekends and holidays. The mother's visits would begin to falter resulting in parental rights being relinquished in 4009 due to "extreme parental disinterest". The crew member stayed with their father and paternal grandmother until father's death in 4015 due to terminal brain cancer. The mother's parental rights were not reinstated although there were discussions of doing so. Guardianship would ultimately pass to the paternal grandmother, Zetian Yu. They would live together until Yu’s death of respiratory failure in 4022. There is currently no significant other. Biological mother, half-sister Aurora Huang, and stepfather are alive, but there is no contact between them.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢PERSONAL STATEMENT [EXPLAIN TO US HOW YOU WERE RECRUITED INTO THIS ROLE]:

Science, Technology, and Engineering are complementary factors in today's world. Together, they form a bridge to innovation, uncovering answers that typical physicians, tech entrepreneurs, and biological scientists may not see. I am proud to be one of one in this field, and you would not have approached me for recruitment if I were not. My team and I played an instrumental role in the clinical trial process for the stasis technology used on this trip. With my background in pathology and simulation testing for potential cures, there is no one else on this ship like me, nor can they come close to my expertise.

▬ ▬ ▬ ▬ ▬ ▬ ▬ ▬

〢PERSONAL HISTORY [WHO WERE YOU BEFORE US]:

Selina Meihua Liu, Crew #5-0-0.

Exemplified throughout personal statement, crew member’s arrogance levels with professional career. Personal work history indicates determination, resilience when presented with overcoming hurdles and dedication to patients and tasks. However she is prone to disagreements with bureaucracies if she views their actions as unfavorable. Reports from colleagues indicate that she is dynamic and has a brilliant mind, even taking a critical role in the clinical trial process for the anti-aging injection. They would describe her personally as both austere and reassuring, elusive but honest. Even so, she is liable to not accept inspiration-based or unvetted ideas unless there is a practical proposition; favoring mind over matter. The divide between work and personal life is nonexistent, seeing as they have coalesced into one entity. Leads an urban lifestyle, is low maintenance except for a few materialistic suggestions. Is firm on the decision that no familial or romantic ties would disrupt her decision to leave earth.

*SIDENOTE — this character is included in a roleplay set in the future. this data sheet contains an examination with the character's personal statements included.

[biomaterials2021]

4th International Conference on Biomaterials and Nanomaterials |September 29-30, 2021 at Edinburg, Scotland

Biomaterials 2021 conference which will be held on September 29-30, 2021 at Edinburgh, Scotland offers the platform with its organized scientific program to the audience, which comprises of keynote lectures, plenary talks, interactive panel discussions, and poster sessions on the subjects like properties of Biomaterials and Applications, Biomaterials and Nanotechnology, Tissue Engineering, Bio-imaging & Biophotonics, 3D printing of Biomaterials, Biomaterials in Delivery systems, Functional Nanomaterials, Nanoscience and Nanomaterials Applications.

The conference is the promotion of an educational program on biomaterials. By organizing a variety of events, workshops, and exhibition during the conference, offering multiple opportunities for participants to receive mentoring and advice and gather scientific contacts, we aim to increase the active participation of younger members of this global population and bestow several awards upon young researchers and students.

The mission of the conference is by organizing a variety of events, workshops, and exhibition during the conference, offering multiple platforms for participants to receive mentoring, advice and gather scientific contacts, we aim to increase the active participation of young researchers of this global population and confer several awards upon students and young members.

The main emphasis of the conference is to send each person, home with a head full of knowledge, a heart full of memories and friendships that will last for years. The Conference will be addressing the theme Unveiling Novel Trends in Material Science Technology.

Targeted Audience:

•         Biomedical Business Entrepreneurs

•         3D Printing companies

•         Biomedical Engineering, Materials science, and Nano Science Scientists

•         Biomaterials Researchers

•         Tissue Engineering Researchers

•         Nanotechnology Researchers

•         Biomedical Engineering, Materials Science and Nano Science Faculty members, students, Associations and Societies

•         Nanomaterials Researchers

•         Medical device manufacturing companies and doctors

  Why Should I Attend?

Biomaterials 2021 Conference helps the Academia and Industry to develop through discussion on innovative research methods in Biomaterials Science and Nanotechnology.

The conference gives an opportunity for meeting with Biomaterial and Nanomaterial Companies, Academic speakers, Industrial experts, interacting and defining novel prospects in business. It is the added value to biomedical, pharmaceutical and R&D businesses. Novel approaches and applications about biomaterials like the gene/drug delivery systems development and industrializing insights & gain the latest technologies about novel biomaterials and biomaterials companies.

For more information Visit: https://biomaterials.alliedacademies.com/

[syneffexinc]

Syneffex Inc., Announces New Website to Highlight Company’s Patented Solutions to Corrosion Under Insulation.

GOLDEN, Colo., May 10, 2021 /PRNewswire/ -- There is a simple and affordable way to protect against corrosion under insulation, and Syneffex™ has been a leader in the industrial coating and protection field for decades. As industry needs change, the company has responded by increasing access to critical information for industry leaders.

Syneffex™ has launched a new website highlighting the Company’s patented solutions to the unique corrosion challenges faced by chemical and petrochemical facilities.

“Advances in the industry are happening at break-neck speeds, and we’re keeping up and, actually, staying ahead of the game. We knew it was time to make sure our website was keeping speed with the information our customers need,” states Stuart Burchill, CEO of Syneffex.

The new website can be found at: www.syneffex.com

Chemical plants typically contain a wide variety of corrosive environments where, not only moisture, but a variety of chemicals are present. All of these create multiple challenges for asset protection.

Effective insulation of process equipment is vital to keep chemicals at a desired temperature, either during a manufacturing process or during storage. The problem is that traditional fibrous insulation causes corrosion (aka “corrosion under insulation” or CUI) and degrades quickly in moist and chemical-infused environments.

This leaves many chemical manufacturing facilities with continuous and costly maintenance and repair cycles that include constant monitoring for corrosion-related failures. If these are not caught in time, they can result in tank or pipe failure.

The chemical and corrosion resistant thermal insulating coatings by Syneffex™ are the product of collaborative research by private laboratories and scientists at U.S. national laboratories.

“These nano-engineered and patented thermal insulating coatings by Syneffex™ were first introduced about 16 years ago and have solved many of the traditional issues that multiple industries have been struggling with for decades,” adds Burchill. “They combine a durable, powerful, moisture-resistant insulation with a chemical and corrosion resistance coating. Heat Shield™ EPX-H2O coating has been replacing traditional insulation in chemical plants and other manufacturing facilities around the world, offering a better solution that significantly reduces both energy costs and the costs associated with corrosion.”

Facilities can easily apply the product with standard equipment, for a cost-effective application that lasts for a decade or more.

Benefits include:

Thermal insulation for surfaces up to 400°F (204°C)

Excellent corrosion prevention

Employee protection from hot surfaces

Splash resistant to acids, bases, and fuels

Does not degrade in moist or humid environments

Energy savings and improved equipment efficiency

Class-A fire rating

Easy, spray-on application for large and hard-to-reach areas

Secure, durable bonding with substrate

Low-maintenance, lasts 10+ years

Effective corrosion under insulation (CUI) protection

The performance qualities of EPX-H2O are outlined in detail at:

https://www.syneffex.com/heat-shield-epx-h2o-thermal-insulation-protective-coating/

States Burchill, “From methanol tanks to brine purification tanks to chemical tanks, we provide a fast and easy application that takes just days versus months, and protects equipment for years.”

Through collaboration with top scientists and research entities in the dual specialties of nanotechnology and the related materials’ science, Syneffex™ developed a patented product line that is making a difference in various sectors around the world. The winner of several industry sustainability awards, Syneffex™ is committed to Sustainability Simplified™.

About Syneffex Inc Syneffex Inc. is a global nanoscience solutions leader, providing products and solutions worldwide that improve the energy efficiency of heat process equipment, increase worker safety and safe touch environments, and prevent Corrosion Under Insulation (CUI). The Company is a subsidiary of Industrial Nanotech Inc, which develops and commercializes new and innovative applications for nanotechnology by participating with world-leading scientists and laboratories.

See www.syneffex.com for more information. See www.industrial-nanotech.com for more information.

Safe Harbor Statement Safe Harbor Statement under the Private Securities Litigation Reform Act of 1995: This release includes forward-looking statements made pursuant to the safe harbor provisions of the Private Securities Litigation Reform Act of 1995 that involve risks and uncertainties including, but not limited to, the impact of competitive products, the ability to meet customer demand, the ability to manage growth, acquisitions of technology, equipment, or human resources, the effect of economic and business conditions, and the ability to attract and retain skilled personnel. The Company is not obligated to revise or update any forward-looking statements in order to reflect events or circumstances that may arise after the date of this release. Resource- https://apnews.com/press-release/pr-newswire/business-science-technology-patents-867cfb51c939878c4832f2be6496af85

[felipeandletizia]

April 21, 2020: King Felipe and Queen Letizia held a videoconference with researchers from the CSIC. They value the CSIC's international reference in the COVID-19 investigation and the platform created to analyze all aspects of the pandemic.

The researchers of the Higher Council for Scientific Research (CSIC) Margarita del Val Latorre, immunologist, CBM-CSIC and Luis Enjuanes, virologist, CNB-CSIC, held a videoconference meeting with Their Majesties the Kings to specifically explain the task and the CSIC's commitment to the prevention, diagnosis, treatment, containment, impact and investigation of COVID-19. The Minister of Science and Innovation, Pedro Duque, together with the President of the CSIC, Rosa Menéndez and Jesús Marco, Vice President of Research of the CSIC, participated in the meeting. His Majesty the King spoke by telephone with the president of the CSIC on March 31.

Professor Enjuanes' group at the CSIC's National Center for Biotechnology (CNB) is an international reference in this area and is completing the assembly of an attenuated version of the virus that will serve as the basis for said vaccine.

The CSIC's Global Health / Global Health Platform, coordinated by the researcher Margarita del Val, and promoted by the Vice-Presidency for Research on the occasion of the COVID-19 pandemic, aims to coordinate the investigation of more than 150 multidisciplinary groups of the CSIC, in biology, chemistry, physics, computing, materials science and also in demography, economics and philosophy.

The platform covers all aspects of the pandemic: origin, expansion, prevention, infection, treatment, containment and impact, and the groups have presented more than 80 initiatives. 25 projects have been launched, thanks to the support of donations such as those made by MAPFRE and AENA.

The Higher Council for Scientific Research, CSIC is globally addressing research that requires a pandemic such as the one caused by the disease COVID-19, generated by the coronavirus SARS-cov-2 with the direct support of the Government through the Ministry of Science and Innovation.

Professor Luis Enjuanes has explained to Don Felipe and Doña Letizia that the CNB-CSIC Coronavirus laboratory has been working in the Coronavirus (CoV) field for more than 35 years, with the main interest in studying the virus's replication mechanisms, virulence and virus-host interaction to develop protection strategies, such as vaccines and antivirals.

The research group obtained the first infective cDNA for coronaviruses, which are viruses that have one of the largest known RNA genomes. This reverse genetic system (genetic engineering) has been essential to identify the virus genes responsible for its pathogenicity. Once these genes are identified, they are removed, giving rise to attenuated viruses that are vaccine candidates.

On the other hand, the development of humanized animal models that reproduce the viral disease observed in humans is very important. These animal models are essential for pathogenesis studies and for preclinical evaluation of the efficacy and safety of vaccine candidates and are also being developed at the CNB-CSIC.

The CNB group has studied the virulence and virus-host interaction mechanisms in human fatal respiratory viruses SARS-CoV and MERS-CoV. They first showed that the SARS-CoV envelope protein (E) was a virulence factor. They also identified a motif of a virus protein (PBM) that binds to a cellular protein (synthetin) and leads to lung inflammation, edema, and death of mice. Interestingly, inhibitors of this interaction dramatically increased the survival of mice after SARS-CoV infection and thus constitute an antiviral. The identification of the cellular pathways involved in viral pathogenesis provides information for the rational identification of potential antivirals.

He also explained that the research group has developed candidate vaccines based on recombinant attenuated live SARS-CoV that lacks the E protein. These candidates provided full protection in several animal models against infection with virulent SARS-CoV.

More recently, this laboratory has been developing replicons of MERS-CoV RNA (MERS-RR) as vaccine candidates, based on RNAs that cannot spread from one cell to another, making them highly biosecure since they are based on in single-cycle viruses, which cannot spread from cell to cell, making them candidates for vaccines applicable to people.

The experience and knowledge of the CoV team is currently being applied to the study of the new coronavirus that recently emerged in Wuhan, to rapidly develop vaccine candidates and identify potential targets for new antivirals.

He has indicated to the project coordinated by the researcher Margarita del Val that it is an Interdisciplinary Thematic Platform (ITP) called Global Health / Global Health, in which more than 150 research groups from different specialties, from biotechnology and nanotechnology to demography and artificial intelligence, to seek short, medium and especially long-term solutions to address the challenges posed by problems such as the current SARS-CoV2 coronavirus epidemic.

One of the keys to this PTI Global Health is to have a global vision that enables all aspects of the pandemic to be linked: origin, prevention, disease, containment measures, treatment, social impact, and finally the need for communication to society. , particularly in education; It also includes four transversal working groups: innovation, sources of information, data and applications of Artificial Intelligence (AI), and coordination with the Autonomous Communities.

The platform, promoted by the CSIC's Vice President for Scientific and Technical Research, is coordinated by the researcher at the Severo Ochoa Center for Molecular Biology (CBMSO) Margarita del Val, supported by a committee of experts in the different areas involved.

A platform involving groups that have national and European projects underway for the development of a vaccine (projects by researchers Luis Enjuanes and Isabel Sola, and Mariano Esteban at the National Center for Biotechnology CNB) or new diagnostic techniques (project of Professor Laura Lechuga, CSIC, at the Catalan Institute of Nanoscience and Nanotechnology ICN2).

From the platform, more than 80 proposals from research groups from all over Spain have also been channeled to the call of the Carlos III Health Institute (ISCIII), many of them forming a team with Universities, Hospitals and other institutions, as befits an open platform and collaborative.

The platform has already started 25 of these projects, thanks especially to the support of companies and individuals, among which donations from the Fundación MAPFRE and AENA stand out.

These are projects that will allow a much better understanding of virus transmission, its dynamics, and its clinical and epidemiological characteristics. They will also develop new diagnostic technologies, test new antiviral combinations, and contribute to the development of an effective new antigen-based vaccine.

One of the most important challenges proposed is to characterize the immunological response to the virus in the Spanish population, key to a new possible wave of infection. Equally relevant is the study of the effects of mobility restriction measures and social distancing on the epidemic, to design future containment strategies. And the analysis of the coordination mechanisms between health policy and other sectors of public policy to speed up the response to crises.

Precisely the great value of this Global Health Platform is to unite the knowledge of all these first-line research groups in different areas, which will allow the preparation of a working document in the short term with the key questions in the short, medium and long term. , to respond from science, and from our country, to this pandemic, which allows us to find as soon as possible the solutions that society urgently demands of us.

[gradjevina01-blog]

Top 10 Universities in the World

It's not about the cash it's tied in with getting the best quality instruction. Furthermore, with regards to acquiring your college degree, you might need to focus on the accompanying top 10 colleges on the planet first (it would be ideal if you note that course charges are simply appraises). Visit elektrotehnika

College of Cambridge Joined Realm

Portrayal: Perhaps the most seasoned college on the planet, it has built up itself as the trademark for scholarly greatness. It has gotten a great deal of tributes from an assortment of widely acclaimed training associations, for example, the Quality Affirmation Office for Advanced education. Understudies learn by talks and workshops as well as by hands-on encounters.

Well known For: Their deep rooted structures, plenty of historical centers and libraries Course Expenses: £3,375 for the main year How to Apply: Submit UCAS and Beneficial Application Survey on the web. Contingent upon the division, step through an examination and experience a meeting.

Harvard College US

Portrayal: Harvard College is infamous for its law program, yet in truth, practically the entirety of its specialties are incredibly famous. Other than being the most established organization in the nation, Harvard is additionally the institute of matriculation of surely understood figures, for example, John Adams, Theodore Roosevelt, and Al Butchery. The college endeavors to ceaselessly push its understudies to advance, find out additional, and challenge themselves. Like Cambridge, Harvard is likewise peppered with libraries and exhibition halls, including Historical center of Characteristic History.

Renowned For: respectable degrees, for example, law and medication Course Charges: $48,000 per year, including wellbeing administrations, understudy administrations, room, and board How to Apply: To be acknowledged, you should be on the main 10 percentile in your secondary school class. You ought to likewise have a score of 2,080 to 2,370 (SAT) or 31 to 34 (ACT).

Massachusetts Organization of Innovation (MIT) US

Portrayal: With regards to science and innovation, MIT ought to be first on the rundown. For many years, it has devoted itself to the development and improvement of science and innovation, among others, basically through talk and research. The grounds is made out of 34 divisions and 5 schools.

Popular For: software engineering and designing programs, investigate research facilities, and closeness to Harvard Course Charges: generally $50,000 per year, including books and individual costs, and food and lodging How to Apply: Under 15 percent of the candidates are acknowledged here. To enter MIT, you need to experience thorough tests including exhibition of scholarly skill. You can apply for early choice, wherein you present your application months before the genuine application process.

McGill College Canada

Portrayal: Perhaps the most seasoned college in Canada, it is the seat of therapeutic examinations and degrees in the nation. It has its own clinic and offers a wide assortment of restorative science-related courses, for example, word related wellbeing, crisis prescription, demonstrative radiology, life systems and cell science, organic chemistry, and human hereditary qualities. A portion of the foundations are Bioinformatics, Biomedical Morals, Bone and Peridontal Exploration, and Focal point of Genomics and Arrangement.

Renowned For: reasonable expenses, medicinal and designing divisions, and profoundly broadened understudies and staff Course Charges: C$ 24,000 including protection, nourishment, cabin, and books How to Apply: Every school or office has its very own prerequisites for admission.You can apply for your picked course on the web.

ETH Zurich (Swiss Government Establishment of Innovation) Switzerland

Portrayal: The mainland Europe invests heavily of ETH Zurich. Situated in the clamoring city of Zurich, the college weds science and innovation effectively, in the long run creating in excess of 20 Nobel laureates during that time like Wolfgang Pauli, Felix Bloch, Fritz Haber, and Richard Ernst.

Celebrated For: graduates who became Nobel laureates and 400 educators who are specialists in sociologies, arithmetic, and normal sciences Course Charges: CHF 580 for every semester (this is educational cost just) How to Apply: You have to have a decent direction of German and additionally English language. Necessities incorporate suggestion from your educator, a pre-proposition of your postulation for master's, and application structure.

College of Tokyo Japan

Depiction: One of the main 10 colleges on the planet, College of Tokyo is always visited by a few business and science specialists everywhere throughout the world for talks or scientists. The college additionally supports its understudies by giving them due acknowledgment. It has quite recently presented the President's Honor, given to understudies exceptionally suggested by their teachers. Since 2000, the college has built up associations with the universal network by means of UT Gathering.

Renowned For: President's Honor allowed two times per year, UT Discussion, Komaba Celebration and Gogatsusai occasions. Course Charges: ¥535,800 for college understudies, barring accreditation expenses How to Apply: Since a great deal of talks are led in Japanese, you need to know the language by heart. You likewise need to know whether you need to be an exploration understudy or an ordinary understudy. For enrolment, you can experience an extraordinary screening for universal understudies or a general passageway test.

Ecole Normale Superieure, Paris France

Depiction: One of the honest to goodness best global colleges, ENS brings you into a similar alliance as Jean-Paul Sartre and Louis Pasteur, to give some examples. It is one of the top best schools in Europe, as indicated by Times Advanced education Supplement. Understudies are likewise exposed to an extremely severe application and learning process, in the long run winning a propelled Mama when they graduate. Contingent upon the division, the college additionally offers one-on-one instructing with understudies.

Popular For: aggressive enrolment process (there are under 3,000 understudies in ENS), ENS certificate, portrayal of practically all scholastic trains Course Expenses: N/A How to Apply: However it's hard to get into ENS, the college offers a lot of enrolment alternatives, for example, Global Scholarly Trade and Universal Choice. It's prescribed you realize how to communicate in French.

Celebrated For: nanoscience certificate program; Friday bars; focus of greatness for business, expressions, science, and wellbeing Course Charges: at any rate EUR 10,000 per year, without course materials and books How to Apply: Aarhus utilizes KOT, where you can apply up to 8 four year college education programs. At that point the college encourages you decide the best one for you. To continue, you can apply on the web.

[readandwritesilver]

why would they air the wwdits finale the tuesday after labour day how am i supposed to be insane about gay vampires and their gay familiar (ALTHOUGH I MAY NOT HAVE TO MAKE THAT ADDENDUM FOR LONG.) and also freak out about what to wear tommorow.

⚠️THIS IS THE PART OF THE POST WHERE IT BECOMES MY PERSONAL TUMBLR DIARY⚠️

it's a dilemma. no i am not concerned about looking gay before anyone suggests that look ok whoever i do know or have even briefly encountered from the last three years already knows im fucking fruity and whoever i'm going to meet this year will figure it out. also looking gay is really not something i have to try anymore i just. do look gay. i wear dumbass earrings and colour my eyebrows blue every day and that's just from the neck up. this isn't a concern i still care about looking gay it's just in a "i know it's going to happen and im pleased about this" way not a "i have to make this happen" way. plus i got a brand new blue eyeliner for free from shoppers self-checkout today which im excited about. im going to see all my friends and my drama teacher and im going to have my first-ever free period (youre not allowed to take them until gr12 at my school) and im going to use it to do the work for extracurriculars that i already need to do and go see guidance to fix my fucked up schedule. i am. however. going to see my ex boyfriend who broke up with me after ghosting me for three days straight within a week of my grandfather dying. who is still a core part of my friendgroup. and who i have spent the last two weeks babysitting through preparing for the ramp-up to musical theatre (its his first year. he signed up eight months ago because of me. hes not going to drop it because that would be admitting it was because of me. i do not have these qualms about dropping the bio class i took for this reason) because he's still an incompetent man and i am still ** **** **** ***. if he asks to get back together ill do it in a heartbeat but also i know hes too pussybitch to eeeeeeever ask so at least i dont have to worry about that. i also have what is widely acknowledged as the worst french teacher and one of the worst english teachers. my best friend in the world is doing co-op all semester. the aforementioned classes are the only ones we would have together this year meaning we will never have a class together again (unless of course i decide i want to do nanoscience in university, or she decides she wants to do theatre, and we also both end up in the same program at the same school). i think i'll wear my green wrangler cargo pants (that i thrifted for 2$!)

[paullackmann]

8th Edition of World Nanotechnology Conference & World Nano 2024

The Nanotechnology Conferences is an international event that brings together leading researchers, academics, and industry professionals to share their latest research findings and technological advancements in the field of nanotechnology. The 8th Edition of World Nanotechnology Conference is scheduled to take place from March 18-20, 2024, in Singapore. This year's conference will be a hybrid event, allowing attendees to participate either in-person or virtually.

The theme of the Nanomaterials Conference is "Nanotechnology: Transcending All Limits by Retrospection of Advances." This theme aims to explore the latest developments and innovations in the field of nanotechnology and how these advances are transforming various industries, including medicine, electronics, and energy.

The Nanomaterials Conferences will provide a platform for researchers to share their findings and discuss the challenges and opportunities facing the field. The Nanotechnology Conference will feature keynote speakers from various disciplines, including nanomedicine, materials science, and electronics. The speakers will share their expertise and insights on the latest developments in nanotechnology, and how they are transforming various industries. Attendees will have the opportunity to learn from these experts and engage in discussions about the future of nanotechnology

The Nanotechnology Conference program will provide a platform for attendees to share their research findings, collaborate with peers, and learn about the latest advances in nanotechnology.

The Nanotechnology Conferences 2024 will provide attendees with ample networking opportunities, both in-person and virtually. Attendees will have the opportunity to connect with leading researchers, academics, and industry professionals from around the world. These networking opportunities will provide attendees with the chance to forge new partnerships, exchange ideas, and learn from their peers.

Conference Full Name: 8th Edition of World Nanotechnology Conference Conference Short Name: World Nano 2024 Conference Theme:  Nanotechnology: Transcending All Limits by Retrospection of Advances.” Conference Venue: Singapore Conference Address: Village Hotel Bugis                                              390 Victoria St, Singapore 188061 Event Mode:  Hybrid Event: both onsite and online versions / Virtual

Reach us at: Contact Email: nanotechnology@magnusconference.com

Phone: +1 702 988-2320 WhatsApp: +1 779 429-2143

Dates: March 18-20 | 2024 Venue: Village Hotel Bugis

390 Victoria St, Singapore 188061

Website: https://worldnanotechnologyconference.com/

Abstract submission: https://worldnanotechnologyconference.com/submit-abstract Registration: https://worldnanotechnologyconference.com/register

Social Media Link: Facebook: https://www.facebook.com/WorldNanoConf/ Twitter: https://twitter.com/WorldNanoConf

Organiser: Magnus Group LLC - https://www.magnusgroup.org/

Conference Manager: Paul Lackmann Organiser Address: Magnus Group LLC

                                   150 South Wacker Drive #2400

                                   Chicago| IL 60606| USA Recommended/ Upcoming:

Keywords:

Nanotechnology Conferences 2024 |  Nanomaterials Conference 2024 |  Nanomaterials Conferences | Nanotechnology Conferences | Nanotechnology Conference | Nanomaterials Conference | Nanomaterials Conferences | Nanoscience Conference | Nano Event 2024 | World Nanotechnology Conference | Nanotechnology Conferences 2024 | Nanotechnology Events | Nanotechnology Congress | World Nanotechnology Congress | Nanoscience events | Nanoscience Meetings | Leading Nanotechnology Events | 2024 Nanotechnology Event | Nanotechnology Events in Singapore | Nanotechnology summits in Singapore | Nanotechnology Events in Asia | 2024 nanotechnology events | Nanotechnology Events in March | Upcoming Nanoscience Conferences | Nanotechnology Conference 2024 | Science Conference 2024 | Science and Technology | Materials Conference | Nanomedicine | Nanotechnology Meetings | Nanoscience Webinar | Nanomaterials Workshop | International Nanotechnology meet | Science Conference | Nanoscience | Nanotechnology | Nanooptics | Nano Chemical Science | Green Nanotechnology | Wet Nanotechnology | World Nano conference 2024 | Materials Conference 2024 | Physics Conference 2024 | Nanotechnology Conference Singapore | Upcoming Nanotechnology Events | Upcoming World Nanoscience Conferences

[cassandra2508-blog]

We ecstatically welcome you all to the “25th International Conference on Advanced Nanoscience and Nanotechnology”. This conference is meticulously scheduled as a Hybrid event in the beautiful city of Barcelona, Spain / Virtual Meet from May 06-07, 2022. The program of Nanoscience 2022  includes technical papers, keynote presentations, plenary speeches, and poster presentations. I think it will be of great value for you as you work to achieve the strategic objectives of your research.

For more details, please visit: https://nanoscience.alliedacademies.com/

For Brochure download: https://nanoscience.alliedacademies.com/brochure-download You can submit the abstract on our conference website or via email too.

Abstract submission Link: https://nanoscience.alliedacademies.com/abstract-submission

For queries, you can contact us via,

E: nanoscience@alliedconference.org | nanoscienceallied@gmail.com Phone: +44-203-769-1755 Whatsapp: +44-7418602028

[eliellieely]

These days are more pleasant but not enyoyable.

I had a dream in this  morning right before woke up. I was in online clases and the class i enroled was mathematics. I dream that someone was helping me with some differential ecuations wich i dont know what was it neither in the dream, but I was so exiting to ear that lovely voice in english which was dialoguing with me and helping me to complete a homework. Then some confusing things happend in the dream that finally I finally went to the classroom to take the course. But in the classroom were only 3 students. all were mexicans and 1 of them was a girl. The other two guys were defenetively not so handsome and any of their voices were similar to the guy on the phone that helped me. I was a little dissapointed.

  We had a little presentation to know each other. The three students already know themselves, and they ask me my current professional occupation and my age. I told them first to guess my age, because I noticed that their appereance was a little childish and younger than me except for the girl. They told me I look similar to their age, maybe a little older than the girl. Then I told them I was postgraduate studies in nanoscience and that I'm 24 (idk why i told them that). they look me with atonishment. And I told them that I think they were freshman college students.  But they told me they really didn't. That this course of mathematics was offered for highschool students who were interested in a major in science and engeenering. They were only seventeen and eighteen. I was so amuse that the kids were such a genie/nerdie crew because, because I was so worried I didn't understand the class and math in the course at all. then the sit on our desk in the classroom and wait if there were other students and the teacher. But then suddenly entered a new guy. He was taller than us and his skin was darker than mine, but lighter than the others. He was short brown hair with some gray strays in the front. he sat in front of me. In front of him was sit one of the young students. He say his greeting and I seem they know each other from before. The young student in front presented the guy in front of me as Newt, and he said he was nearly the same age as me. I was staring at him because I was in blanc, trying to remember how I knew this cute guy from before. Newt said "We already know each other, right Elizabeth?". He said it so brightly and happy that I realized he was not angry or annoyed with me, that I was been forgiven and he was ready to treat me like someone you luckyly encouter again. 

The I realized it was Newt and it was so exciting to meet him again. He told me he didn't ever think that I was interested in study machine-learning and I replied to him neither I think he was interested in programming too. I noted that we were happy that we were together in the causality of that space and time. Then something confusing happened in the dream and ther we were Newt and I in the lobby of the family home, while my sister was studying on the computer and Newt and I were chatting about what was of our lifes all these years, why his hair is brown with some gray hair strays and not black, and he laughing at me at how I was in blanc staring at me in the classroom before. 

That was a nice dream. After dreaming I was thinking of how I felt in in the dream. One, I don't want to be in love. That only the efemeral presence of somone special its all I need to feel happy for the moment.

Two, I miss Newt so much and someday I will meet her again and tell her

all the things what happend and ask him all the things that he got through

these years. Three, I don't dislike math at all.

[market-research-industry]

Styrene Ethylene Butylene Styrene (SEBS) Market | Trends and Growth Forecast to 2026

​Thermoplastic elastomers (TPEs) are a class of copolymers (typically a mixture of rubber and plastic) that contain materials with both elastomeric and thermoplastic properties. There are six generic classes of commercial TPEs, out of which one is styrenic block copolymers (SBC), in which styrene ethylene butylene styrene (SEBS) is categorized. It accounts for a majority share of over 65% of the total SBCs. SEBS polymer is a type of TPE that includes styrene monomer.

Some examples of TPE materials formed by block copolymers groups are Kraton, Mediprene, THERMOLAST M, THERMOLAST K, Sofprene, Dryflex, Laprene, Pibiflex, and Hytrel. Of these examples, those produced from stryrenic block copolymers (SBCs) include Laprene, THERMOLAST M, THERMOLAST K, Dryflex, and Sofprene.

SEBS offers various exceptional properties such as heat- and cold-resistance, UV-resistance, processing stability, etc., which enable its increasing usage. The chemical resistance of SEBS is similar to that of natural rubber, which provides it with resistance to acids and bases. SEBS is primarily produced from polyolefin building blocks such as polypropylene (PP) and polyethylene (PE). Due to this, SEBS does not require stabilizers and plasticizers for flexibility.

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Utilization of SEBS in applications such as children’s toys, hygiene products, athletic equipment, and food storage is allowed only after approval from regulatory bodies such as the FDA.

Over the past couple of years, SEBS has been instrumental in replacing certain PVC applications in the medical and health care industry, which has resulted in increase in demand for the polymer. SEBS is consumed in a large number of applications such as home furnishings, car interiors, diving equipments, electrical appliances, footwear, toys, food- and medical-grade containers, and hand tools. Based on end-user industry, the SEBS market can be segmented into automotive, building & construction, electricals & electronics, footwear, medical & healthcare, packaging, sports & leisure, and others.

Asia Pacific is a major region of the market for SEBS on a global level. The region leads in terms of global production as well as consumption. Countries such as Japan, Taiwan, and South Korea are major producers of SEBS. They export a major part of the SEBS they produce to countries in the Rest of Asia Pacific (with China being a prominent consumer of SEBS, along with overall SBCs) and to other regions. Domestic consumption in Japan and South Korea has been steady over the past couple of years, with increase in exports. Western Europe held a significant share in terms of overall consumption of SEBS in Europe. Other than Western Europe, major developments in the SEBS market have been observed in Russia and Turkey. The U.S. held a significant share of the SEBS market in North America. It ranked second in terms of demand for styrenic polymers in the world, only following China. Demand for SEBS in the region is fulfilled through imports from countries such as South Korea, Japan, and Taiwan. In Latin America, Mexico is the leading country of the SEBS market, due to the presence of manufacturing facilities for production of SBCs.

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Key players operating in SEBS market include Kraton Corporation, LCY GROUP, LG Chem Ltd., INEOS STYROLUTION Group GmbH, and TSRC Corporation. Manufacturers in the SEBS market are focusing on product development activities to provide better flow, lower warpage, and greater adhesion of SEBS to other thermoplastics. Companies provide SEBS of different grades for various applications in a number of end-user industries. LG Chem. offers SEBS block copolymer under the trademarket Medalist. Kraton Polymers entered into a partnership with Taiwan based LCY Chemical Corp, in January 2014. This partnership is aimed at taking advantage of the strong demand for styrenic polymers in Asia. In October 2012, in TSRC (Nantong) Industrial Ltd. expanded its SEBS capacity from 20,000 tons to 35,000 tons per year.

This study by TMR is all-encompassing framework of the dynamics of the market. It mainly comprises critical assessment of consumers' or customers' journeys, current and emerging avenues, and strategic framework to enable CXOs take effective decisions.

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https://www.transparencymarketresearch.com/checkout.php?rep_id=44168&ltype=S

Our key underpinning is the 4-Quadrant Framework EIRS that offers detailed visualization of four elements:

Customer Experience Maps

Insights and Tools based on data-driven research

Actionable Results to meet all the business priorities

Strategic Frameworks to boost the growth journey

The study strives to evaluate the current and future growth prospects, untapped avenues, factors shaping their revenue potential, and demand and consumption patterns in the global market by breaking it into region-wise assessment.

The following regional segments are covered comprehensively:

North America

Asia Pacific

Europe

Latin America

The Middle East and Africa

Companies in the Styrene Ethylene Butylene Styrene (SEBS) market have increasingly shifted gears with wide application of digital technology across the continuum, from raw material sourcing to manufacturing to generation of final output, to warehousing to final distribution operations. Among the various affects, the market is witnessing new growth economics due to thinning of line between specialty and commodity businesses that are associated with the larger ecosystem. At the same time, new growth parameters are being vigorously being debated as industry stakeholders put greater emphasis on the circular economy processes.

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https://www.prnewswire.com/news-releases/strides-in-ion-implanter-market-broaden-canvas-for-producers-of-advanced-materials-using-nanoscience-technology-attract-attention-among-power-electronics-manufacturers-tmr-301316296.html

[shrutech]

Increasing demand for thermal imager quipped with mid-IR sensor in space exploration industry is expected to drive growth of the global mid-IR sensors market during the forecast period      A thermal imaging camera or infrared camera is one of the major applications of mid-IR sensors. Thermal imagers are a non-contact type thermal camera that provides visual information on display using thermal radiation. Thermal imagers are rapidly adopted in the space exploration industries for image sensing and data mining. For instance, according to Jet Propulsion Laboratory (JPL), a part of the U.S.-based space exploration agency NASA, is launching James Webb Space Telescope in 2021. In this telescope, NASA is using the Mid-Infrared Instrument (MIRI). This instrument will help the telescope to capture image stars and galaxies in infrared light. Also, this data will be analyzed for the evolution of the universe and star formation. Moreover, the space exploration industry is rapidly growing. According to Coherent Market Insights’ analysis, space exploration industry is expected to reach around 1.2 trillion by 2040. Thus, increasing demand for thermal imagers equipped with mid-IR sensors in the space exploration industry is expected to drive growth of the global mid-IR sensors market during the forecast periodLow scalability and high manufacturing cost are expected to hamper the global mid-IR sensors market growth during the forecast period Various chemicals and biological substances can be accurately detected by mid-IR sensors, which is a major factor driving the mid-IR market growth. However, detection of each and every substance requires a specific light source and detector, which ultimately increases end-product cost. The demand for mid-IR sensors is increasing in the material and chemical detection market, however, low scalability and high manufacturing cost are expected to hamper growth of the global mid-IR sensors market over the forecast period. On April 22, 2020, CMLaser Technologies Inc., a U.S.-based electronics company, received funding of undisclosed amount from University of Arizona. This funding was for development of laser-based countermeasures to protect military and civilian aircraft from missiles.Get HOLISTIC Request Sample Copy:https://www.coherentmarketinsights.com/insight/request-sample/3833 Market Opportunities An increase in demand for low-cost mid-IR sensors for consumer products is expected to create lucrative growth opportunities for players operating in the global mid-IR sensors market Earlier, low-cost optical sensing technology was mainly limited to near-infrared (IR) and visible wavelengths; however, currently, there is an increase in demand for mid-IR wavelengths (2.5–25 µm) equipped with low-cost optical sensing technology for applications including thermal imaging spectroscopy, air quality monitoring, and consumer products. Among these applications, use of mid-IR sensors in consumer products is expected to provide lucrative growth opportunities to the key players. Mid-IR sensors can be used for composition analysis of edible oils, sugar and salt monitoring of food items, and other applications. According to Coherent Market Insights’ analysis, India consumer products registered a growth of 13.3% in the year 2018-2019 and it is expected to increase over the forecast period. Thus, an increase in demand for low-cost mid-IR sensors for consumer products is expected to create lucrative growth opportunities for players operating in the global mid-IR sensors market.Competitive Landscape Key players operating in the global mid-IR sensors market include Daylight Solutions, Inc., Structured Materials Industries, Inc., Maxion Technologies, SenseAir, Sofradir, Cascade Technologies, Inc., AdTech Optics, Inc., Block Engineering, LLC, HAMAMATSU PHOTONICS K.K., M-Squared Lasers Limited, Opto-Knowledge Systems, Inc., CMLaser Technologies Inc., Genia Photonics, IPG Photonics Corporation, Coherent, Inc., EKSPLA, Northrop Grumman Corporation, Quantum Composers, Inc., Coractive High-Tech Inc., and others. These key market players are focusing on strategic expansions to meet the increasing consumer demand.Key Developments Key companies in the market are focused on partnership in order to gain competitive edge in the market. For instance, in February 2020, Senseair AB, AMO GmbH, KTH Royal Institute of Technology, Oxford Instruments Plasma Technology Ltd, Graphenea Semiconductor SL, Universität der Bundeswehr München, Catalan Institute of Nanoscience and Nanotechnology, and SCIPROM Sàrl entered into a partnership in order to develop new mobile gas sensing technology for mobile gas sensing for industrial, safety, and environmental monitoring applications.Buy This Business Report:https://www.coherentmarketinsights.com/insight/buy-now/3833 The infrared light spectrum is divided into four types: near-infrared spectral region (IR-A), short-wavelength infrared (SWIR, IR-B), long-wavelength infrared (LWIR, IR-C), and mid-infrared (mid-wave infrared, (IR-C, MWIR). Among these, mid-infrared type ranges from 3 to 8 µm due to which various gases and liquids such as oxygen and water show high absorption in this spectrum.

[biotechtimes]

INST Mohali PhD Admissions August 2021 Session

New Post has been published on https://biotechtimes.org/2021/03/24/inst-mohali-phd-admissions-august-2021-session/

INST Mohali PhD Admissions August 2021 Session

INST Mohali PhD Admissions August 2021 Session

INST Mohali PhD Admissions August 2021 Session. Institute of Nano Science and Technology, Mohali has announced PhD Admission notification. Interested candidates can check out the complete details below:

Institute of Nano Science and Technology (An Autonomous Institute supported by Department of Science and Technology, Government of India)

INST Mohali PhD

Institute of Nano Science and Technology (INST), Mohali invites applications from prospective candidates for admission into its Ph. D. Program in several areas of nanoscience and nanotechnology for the session beginning in August 2021. Selected students will be provided fellowship as per the norms of INST and the Government of India.

Students with an independent source of fellowship, such as CSIR/UGC-JRF, are also encouraged to apply. Selected students will be enrolled in the Ph. D. program of Indian Institute of Science Education and Research (IISER), Mohali and the Ph. D. degree will be awarded by IISER, Mohali.

The major ongoing research areas at INST are given below:

  Chemical Biology Research Unit

Cancer Nanomedicine Nano-therapeutics Bio-mimetic and Tissue Engineering Biomolecular Phenomenon at Nanoscale Nano-diagnostic Agri-nanotechnology

Eligibility

Candidates must have M. Sc. or M. Pharm. or M. Tech. in Basic or Applied Sciences, Engineering or related areas. Students who have appeared for the final year/semester examinations are also eligible, provided that the degree will be granted by the time of joining.

– Qualified at least one national examination out of GATE, CSIR/UGC-NET, JEST, JGEEBILS (TIFR/ NCBS), ICMR-JRF, DBT-JRF, DST-INSPIRE or GPAT.

– Students registered with IISER, Mohali for BS-MS program can apply as per the norms of IISER Mohali.

Application & Selection Procedure

– Candidates must submit application in the prescribed format available at https://inst.ac.in/careers.

– In addition to the above application, the candidates are required to submit an online synopsis (click here: https://docs.google.com/forms/d/e/1FAIpQLSd-LesAEfu4QDsn0oqa62ev4azldHEICAKwBp0c4CNKBGM6Q/viewform?vc=0&c=0&w=1&flr=0&gxids=7628).

– A hard copy of application (affixing a recent passport size photograph) along with the self-attested copy of certificates proving age, educational qualifications, experience (if any) and reservation category should be sent to “The Director, Institute of Nano Science and Technology, Knowledge City, Sector 81, Mohali 140308 (Punjab). The envelope containing the application form should be super scribed as “Application for the Ph.D. Program – August 2021”.

– Eligible candidates will be shortlisted for interview and the date and mode of interview will be communicated to the email address provided by candidate. The list of shortlisted candidates will also be uploaded on INST website.

– Ph. D. interviews will be conducted online through google meet. The link to access google meet will be provided prior to the interview. In case the interviews are conducted in person, the candidates called for interview will be paid sleeper class rail fare or non-AC bus fare from the place of residence to INST and back on production of ticket.

– After the interview, the list of candidates selected for Ph. D. will be uploaded on INST website and the candidates will be intimated by email.

– The candidate are advised to visit INST website frequently to track the latest developments.

Application Fees

– Rs.590/- for General, OBC and EWS candidates, and Rs.295/- for SC, ST and PH candidates.

– Application fees may be transferred online to the bank account of INST noted below. Full name of the applicant shall be mentioned as the purpose of transaction. The details of the online transaction should be attached along with the application.

Account Name: Director, INST Mohali Account number: 2452201001102 IFS code: CNRB0002452 Bank: Canara Bank, Sector 34A, Chandigarh 160022

Last Date

The duly filled applications along with the supporting documents should reach INST through Registered/ Speed Post/ Courier/ By Hand on or before  30th April 2021.

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Application Form

[techcrunchappcom]

New Post has been published on https://techcrunchapp.com/meet-the-start-up-inbrain-neuroelectronics-med-tech-innovation/

Meet the start-up: INBRAIN Neuroelectronics - Med-Tech Innovation

Graphene Flagship spin-off, INBRAIN Neuroelectronics, is developing graphene-based brain implants to treat brain disorders.

In Europe, there are 165 million living with a brain disorder, and one in three people are predicted to suffer with some neurological disorder during their lifetime. Each year, the cost of treating brain disorders equates to 35% of Europe’s total disease burden — that’s almost €800 billion. 

INBRAIN is a spin off from the Graphene Flagship, one of the largest European research initiatives, and its partners the Catalan Institute of Nanoscience and Nanotechnology (ICN2) and the Catalan Institution for Research and Advanced Studies (ICREA), in Spain. Established in 2019, INBRAIN uses technology developed by Graphene Flagship partners ICN2, ICREA and the University of Manchester to develop smart devices for patients with neuronal disorders, like Parkinson’s or epilepsy. 

INBRAIN’s technology is built around graphene electrodes which decode with high fidelity neural signals from the brain and then can produce smart therapeutic responses specific to the clinical condition of each patient.

Clinicians have long used electrode arrays to monitor and to stimulate brain activity. But, the performance of commercially available technologies, based on metals like platinum, drops significantly when miniaturised. Existing clinically-used electrodes are therefore very large and unable to accurately stimulate the affected area or record brain activity in detail. As a result, despite the enormous potential of neuromodulation to treat a range of brain disorders, current efforts have proved largely ineffective, with many causing significant side effects. 

Graphene’s properties enable the electrodes to be miniaturised while still performing excellently. Graphene-based implants can support many more electrodes than traditional electrode arrays, and therefore are capable of high-resolution recording and stimulation. This results in mapping of brain activity with unprecedented spatial and temporal resolution and, at the same time, brain stimulation with unique precision.  

A smartest and low-invasive neural interface, INBRAIN’s device can be used over large areas of the cortex without interfering with normal brain function or can be integrated into probes reaching deep structures of the brain. Powered by artificial intelligence and using big data, the implants can read and modulate brain activity, detect specific biomarkers and trigger adaptive responses to deliver optimal results in personalised neurological therapies.

“The high-density bi-directional graphene dots in our brain interfaces collect real-time high-resolution brain signals and identify relevant biomarkers,” explained Carolina Aguilar, CEO of INBRAIN Neuroelectronics. “We link these to symptoms to generate a therapeutic solution. This entire process can be done through machine learning algorithms that eventually make the process automatic, delivering a true neuroelectric therapy free of the side effects associated to the current therapies. 

“As we collect more securitised and anonymised data, we can create better and smarter algorithms and therefore more effective therapeutic solutions.”

INBRAIN’s technology has been validated in in-vitro and in-vivo biocompatibility, as well as toxicity tests. It has been used successfully in studies on small animals and will be further validated through tests on large animals to ensure they are safe and superior to current solutions using metals. 

To achieve this ambition a team that has been put together, combining technical expertise and business acumen. It includes Graphene Flagship figures Jose Garrido, Kostas Kostarelos and Anton Guimera, neurotechnology experts from Philips, Medtronic and other start-ups such as Bert Bakker and Michel Decre, and neurotech business knowledge thanks to former Medtronic global director Carolina Aguilar. The team continues to grow with key neuro-engineering talent in Europe.

INBRAIN is currently working to ensure patient safety and to comply with necessary pre-clinical work and clinical regulatory milestones. The company plans to start its first in-human studies this year. 

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[biogenericpublishers]

An Internet of Things and Machine Learning Based System to Measures Precursors of Epileptic Seizures by Bahman Zohuri in JBGSR

Abstract

Artificial intelligence is a new phenomenon that has occupied a prominent place in our present lives. Its presence in almost any industry that deals with any huge sheer volume of data are taking advantage of AI by integrating it into its day-to-day operation. AI has predictive power based on its data analytic functionality and some levels of autonomous learning, which its raw ingredient is just the massive sheer volume of data. Artificial intelligence is about extracting value from data, which has become the core business value when insight can be extracted. AI has various fundamental applications. This technology can be applied to many different sectors and industries. There has been a tremendous use of artificial intelligence in Nanotechnology research during the last decades. Convergence between artificial intelligence and Nanotechnology can shape the path for various technological developments and a large variety of disciplines. In this short communication, we present such innovative and dynamic sites utilizing artificial intelligence and its sub-sets of machine learning driven by deep learning in Nanotechnology.

Keywords: Artificial Intelligence; Machine Learning; Deep Learning; Nanoscience; Nanotechnology; Atomic Force Microscopy; Simulations, Nano computing

Abbreviations: AI: Artificial Intelligence; AFM: Atomic Force Microscope; STM: Scanning Tunneling Microscope; ML: Machine Learning; DL: Deep Learning; BMI: Brain Machine Interfaces; EEG: Electroencephalograph; HPC: High-Power Computing; PSPD: Position-Sensitive Photodiode; IoT: Internet of Things; TCO: Total Cost of Ownership; ROI: Return on Investment

Introduction

When Richard Feynman (Figure 1), an American Physicist and winner of Nobel prize and physics professor at California Institute Technology (CalTech), gave a talk under the title of “There is Plenty of Room at the Bottom” [1] at an American Physical Society (APS) meeting during December 29th, 1959, at CalTech, California, the door to ideas and concepts behind nanoscience and nanotechnology, just got opened. Of course, this talk was way before the term nanotechnology was used in our ordinary daily English language.

In his talk, Feynman described a process in which scientists would manipulate and control individual atoms and molecules. Over a decade later, in his explorations of ultraprecision machining, Professor Norio Taniguchi coined the term nanotechnology. It was not until 1981, with the development of the scanning tunneling microscope that could "see" individual atoms, that modern nanotechnology began.

Anytime, these days, when talking about nanotechnology, we should think about how small things can be, such as an atom of any element or from a scaling point of view, what would be the “Size of the Nanoscale” or basically, just how small is “nano?” and what can we imagine about the scale of from Microscopic perspective. From metric MKS unit dimensional point of view or International System Units (ISU), the prefix “nano” means one-billionth or 10-9; therefore, one nanometer is one-billionth of a meter. It’s difficult to imagine just how small that is, thus, here we are presenting some examples to clear the matter better [2].

1. A sheet of paper is about 100,000 nanometers thick.

2. A human hair is approximately 80,000- 100,000 nanometers wide.

3. A single gold atom is about a third of a nanometer in diameter.

4. On a comparative scale, if a marble diameter were one nanometer, then the diameter of the Earth would be about one meter.

5. One nanometer is about as long as your fingernail grows in one second.

6. A strand of human DNA is 2.5 nanometers in diameter.

7. There are 25,400,000 nanometers in one inch.