Posts tagged with "Innovation"

cypress hill nft by The Non Fungible Token Company and Unblocked for use by 360 Magazine

CYPRESS HILL × UNBLOCKED RELEASE NEW NFTs

UNBLOCKED LAUNCHES TO DEMOCRATIZE DIGITAL COLLECTIBLES, ANNOUNCES FIRST PARTNERSHIP WITH PRIMARY WAVE MUSIC AND CYPRESS HILL

Backed by A-List Investors, Company to Focus on Connecting Fans with Popular Talent, Offering Artist-Focused NFTs and Exclusive Real-World Experiences

Breaking the mold of digital collectibles as expensive and exclusive, The Non Fungible Token Company (NFTCo), also known as Unblocked, is launching with the mission of connecting talent with fan communities, both online and in the real world. Its first digital collectible, in partnership with Primary Wave Music and multi-platinum hip-hop group Cypress Hill, drops on November 22.

The company has created NFTs with Cypress Hill to promote upcoming milestones for the iconic band. Fulfilling the goal to offer NFTs linked to fan-shared experiences, some Cypress Hill NFTs will allow fans to memorialize their experience at in real life events, while collectors and fans who can’t attend those events can buy collectible NFTs on their store. All Unblocked NFT experiences aim to also build fan communities with exclusive rewards such as talent meet-and-greets, signed merchandise, and recording sessions with artists.

Following the release for Cypress Hill, Unblocked will continue to work with Primary Wave Music to launch NFTs for other artists on their roster. Founded in 2006, Primary Wave is home to some of the world’s most iconic artists such as Prince, Bob Marley, Boston, Alice Cooper, Stevie Nicks, Luther Vandross, Frankie Valli and the Four Seasons, and Olivia Newton-John.

“Unblocked’s founding team’s vast knowledge and experience in tech, blockchain and cryptocurrency made them an incredibly compelling partner for us,” says Natalia Nastaskin, Primary Wave Music’s Chief Content Officer. “We are seamlessly aligned on our collective approach to building fan communities based on engagement through serialization and gamification of digital collectibles. We could not be more excited about our platform’s launch with Cypress Hill, to be followed by a steady pipeline of artists who are passionate about serving their fan bases with unique and dynamic drops.”

Harrison Wang, co-founder of Unblocked, stated, “We are excited to launch Unblocked with Primary Wave Music, opening the door for other music and entertainment brands. While offering partners a full suite of services to monetize their assets, we look to democratize the digital collectible market by giving everyone the opportunity to own a shared social moment – or in a larger sense, a piece of history – building communities and increasing fan-to-fan and fan-to-artist engagement.”

ABOUT UNBLOCKED

Unblocked is led by an all-star team with extensive experience in the consumer and blockchain space. Co-founders Jeremy Arnold, Brian Dilley and Harrison Wang, as well as most other members of the team, have all worked together at Flipagram, TikTok, Blockfolio and FTX (as well as several other notable companies), leading growth, product, data, and engineering at several of those stops.

Founded in May 2021, Unblocked closed its seed round in July with an investor list which includes Primary Wave Music, Dapper Labs, Oaktree Capital, Marcy Venture Partners (Larry Marcus, Jay Brown, Jay-Z), B Capital, M13, BAM Ventures, Defy Ventures, and GFT Ventures. Individual investors include Shawn Mendes, music manager Andrew Gertler, Shopzilla and Flipagram founder Farhad Mohit, Honey founder and CEO George Ruan, and Dapper Labs founder and CEO Roham Gharegozlou.

The Non Fungible Token Company (NFTCo) d/b/a Unblocked is headquartered in Los Angeles.

company communications illustration by Alex Bogdan for use by 360 Magazine

University of Maryland Announces MPower Professorships

Eight professors from the University of Maryland, Baltimore and the University of Maryland, College Park awarded $150,000 each over three years.

The University of Maryland Strategic Partnership: MPowering the State (MPower) announces the appointment of eight professors, four from the University of Maryland, Baltimore (UMB) and four from the University of Maryland, College Park (UMCP), as MPower Professors. The MPower Professorship recognizes, incentivizes, and fosters collaborations between faculty at both universities who are working together on the most pressing issues of our time.

To be considered for the MPower Professorship, faculty must demonstrate collaboration on strategic research that would be unattainable or difficult to achieve by UMB or UMCP acting independent of one another, and must embrace the mission of MPower — to collaboratively strengthen and serve the state of Maryland and its citizens.

Each professor will receive $150,000, allocated over three years, to apply to their salary or to support supplemental research activities. These funds recognize, enable, and support strong collaborations between faculty at both institutions in the joint research enterprise between UMCP and UMB.

“With this investment, we are accelerating the pace of our research and the pace of our impact on the lives of Marylanders,” says UMB President Bruce E. Jarrell, MD, FACS. “By supporting these MPower Professors, we are recognizing the commitment and drive they’ve already shown, and we are opening up new possibilities for their work, giving them the freedom to think big, tackle new problems, and achieve results much quicker than ever before.”

“This inaugural cohort of MPower Professors includes stellar leaders who have created significant collaborations across the University of Maryland, College Park and the University of Maryland, Baltimore, and each received extraordinary support in the nomination process,” says UMCP President Darryll J. Pines, PhD, NAE. “Our two campuses are strengthened by interdisciplinary research, and I congratulate and commend these faculty members for their initiative and dedication.”

The inaugural MPower Professors are:

Luana Colloca, MD, PhD, MS, is a professor in the department of Pain and Translational Symptom Science at the University of Maryland School of Nursing and the director of the Clinical and Translational Science Award TL1 Pre- and Postdoctoral Training Program. She also chairs the Pain and Placebo Special Interest Group for the International Association for the Study of Pain and serves as treasurer for the Society for Interdisciplinary Placebo Studies. She is considered a world expert in the fields of placebo effects and mechanisms of pain modulation, including virtual reality applied to pain management.

Dr. Colloca received her Doctor of Medicine degree summa cum laude from the University of Catanzaro Medical School in Italy. She earned a PhD in Neuroscience and a master’s degree in Bioethics, both summa cum laude, from the University of Turin Medical School in Italy. Afterward, she completed postdoctoral training at the Karolinska Institute in Sweden and a senior research fellowship at the National Institutes of Health in Bethesda, Md.

Rao P. Gullapalli, PhD, MBA, MS, is a professor and the vice chair for research in the Department of Diagnostic Radiology and Nuclear Medicine at the University of Maryland School of Medicine (UMSOM) as well as the administrative director of the Center for Advanced Imaging Research within the department. He is the director of the University of Maryland Core for Translational Research in Imaging at Maryland, and the co-director of the Center for Metabolic Imaging and Therapeutics. Dr. Gullapalli has expertise in developing novel magnetic resonance imaging techniques for clinical research and conducts research on developing new imaging biomarkers associated with traumatic brain injury. 

Dr. Gullapalli earned a bachelor’s degree in Chemical Engineering from Osmania University in India in 1981 and a postgraduate Minerals Engineering diploma from the Indian Institute of Technology in 1982. He earned a master’s degree in Chemical Engineering and a PhD in Instrumental Sciences from the University of Arkansas in 1986 and 1991, respectively. He went on to earn an MBA from the Weatherhead School of Management at Case Western Reserve University in 2000.

Christopher M. Jewell, PhD, is the Minta Martin Professor of Engineering in the Fischell Department of Bioengineering in the A. James Clark School of Engineering at UMCP. He is an affiliate faculty member in the Department of Microbiology and Immunology at UMSOM and a full member of the University of Maryland Marlene and Stewart Greenebaum Comprehensive Cancer Center (UMGCC). Dr. Jewell also is a research biologist with the U.S. Department of Veterans Affairs. He has received over 50 awards, including the Presidential Early Career Award for Scientists and Engineers from the White House, and authored more than 100 papers in journals such as ACS Nano, Nature Materials, PNAS, Nature, and Nature Biotechnology. Dr. Jewell is a fellow of the Biomedical Engineering Society and the American Institute for Medical and Biological Engineering. 

Dr. Jewell graduated from Lehigh University with high honors in 2003, earning bachelor’s degrees in Chemical Engineering and Molecular Biology. He completed his master’s degree and PhD in Chemical Engineering at the University of Wisconsin, then joined the Boston Consulting Group as a health care practice consultant. Dr. Jewell completed his postdoctoral work at the Massachusetts Institute of Technology and Harvard University, jointly appointed as a Ragon Fellow.

Deanna L. Kelly, PharmD, BCPP, is a professor in the Department of Psychiatry at UMSOM and an affiliate professor at the University of Maryland School of Pharmacy (UMSOP). She also is the director and chief of the Treatment Research Program at the Maryland Psychiatric Research Center. Dr. Kelly has led and been involved in numerous clinical trials involving schizophrenia and severe mental illness and has been active in psychopharmacology research for the past 24 years.

Dr. Kelly graduated magna cum laude with a bachelor’s degree in Pharmacy and a Doctor of Pharmacy degree from Duquesne University’s Mylan School of Pharmacy, and she completed a residency at UMSOP in 1997. She is board-certified in psychiatric pharmacy practice.

Cheryl L. Knott, PhD, MA, FAAHB, is a professor in the Department of Behavioral and Community Health in UMCPs School of Public Health and a co-leader of the Population Science Program at UMGCC. She also serves as the associate director of community outreach and engagement at UMGCC. She conducts research in social epidemiology and behavioral interventions aimed at eliminating cancer disparities. 

Dr. Knott graduated cum laude from the State University of New York at Brockport with a bachelor’s degree in Psychology in 1995. She attended graduate school at East Tennessee University, obtaining a master’s degree in general psychology in 1997, and completed her PhD in 2001 at Saint Louis University.

Donald K. Milton, MD, DrPH, is a professor of environmental health at UMCP’s School of Public Health, with a secondary appointment in UMSOM’s Department of Medicine. An internationally recognized expert on the aerobiology of respiratory viruses, Dr. Milton developed the concept of using indoor CO2 to directly measure rebreathed air and airborne infection risk. He is the principal investigator of the UMD StopCOVID study (investigating SARS-CoV-2 transmission) and the newly National Institutes of Health-funded Evaluating Modes of Influenza Transmission (EMIT-2) study, a five-year, $15 million UMCP-UMB collaboration to perform randomized controlled trials that will define the modes and mechanisms of influenza transmission.

Dr. Milton graduated from the University of Maryland, Baltimore County with a bachelor’s degree in Chemistry in 1976 and obtained his Doctor of Medicine degree from Johns Hopkins University in 1980. He went on to obtain his Master of Occupational Health and Doctor of Public Health degrees from the Harvard University School of Public Health in 1985 and 1989, respectively.

Joseph Richardson, PhD, MA, is the Joel and Kim Feller Professor of African American Studies and Anthropology in UMCP’s College of Behavioral and Social Sciences and serves as the executive director of the school’s Transformative Research and Applied Violence Intervention Lab. Dr. Richardson also is a professor in the Department of Epidemiology and Public Health at UMSOM. His research focuses on gun violence, violence and trauma among African American boys and young men, incarceration as a social determinant of health, and parenting for low-income African American male youth. He utilizes the busiest trauma centers in Maryland as his research labs to investigate gun violence, trauma, and the effectiveness of hospital-based violence intervention programs. 

Dr. Richardson earned a bachelor’s degree in African and African American Studies in 1990 from the University of Virginia. He obtained a master’s degree in Criminology and Criminal Justice and a PhD in Criminology and Criminal Justice from Rutgers University School of Criminal Justice in 1992 and 2003, respectively.

Yihua Bruce Yu, PhD, is a professor in the Department of Pharmaceutical Sciences and the director of the Bio- and Nano-Technology Center at UMSOP. Dr. Yu’s expertise is in biophysics and bioengineering. In 2019, Dr. Yu joined the joint Institute for Bioscience and Biotechnology Research in Rockville, Md. His lab advances the development of analytical technologies for characterizing complex drugs and vaccines. He holds multiple patents, including noninvasive analytical technologies for biologics production and inspection. 

Dr. Yu received his bachelor’s degree in Biochemistry from Peking University in 1987 and his PhD in Biophysics from Johns Hopkins University in 1996. His postdoctoral training was in nuclear magnetic resonance spectroscopy at the State University of New York at Buffalo and protein engineering at the University of Alberta. In 2007, he received a U.S. Presidential Early Career Award for Scientists and Engineers.

About the University of Maryland Strategic Partnership: MPowering the State 

The University of Maryland Strategic Partnership: MPowering the State is a collaboration between the state of Maryland’s two most powerful public research institutions: the University of Maryland, Baltimore (UMB) and the University of Maryland, College Park (UMCP). It leverages the sizable strengths and complementary missions of both institutions to strengthen Maryland’s innovation economy, advance interdisciplinary research, create opportunities for students, and solve important problems for the people of Maryland and the nation. Working together, UMB and UMCP achieve innovation and impact through collaboration. The University of Maryland Strategic Partnership Act of 2016 strengthened and formalized the structured relationship between UMB and UMCP, which began in 2012. The law deepens the alliance and enables UMB and UMCP to pursue even greater transformative change and impact, far surpassing what each institution could do independent of the other.

ComplexCon is Back!

By: Krishan Narsinghani

ComplexCon returns to Long Beach, CA this November 6-7 for two unforgettable days of shopping, performances, drops, food and reconnecting safely.

ComplexCon is the largest pop culture festival and exhibition in the world! A place that brings together music, lifestyle, art, sports, innovation, activism, and education. The two-day festival is the epicenter for tens of thousands of the world’s most active, influential, and engaged individuals. Guests in attendance will be able to shop hundreds of exclusive releases from the most sought after brands such as, Adidas, Kerwin Frosts, and Hello Kitty.

This year’s hosts are J Balvin and Kristen Noel Crawley, and the weekend will close with a live performance by ASAP Rocky

Over the weekend there will be in-depth conversations led by influencers and celebrities, art exhibits, food, brand activations, interactive technology, and much more. 

ComplexCon is a one-of-a-kind experience that brings together creators and audiences to celebrate culture, spark creativity, and foster community. We look forward to having you here.  

ComplexCon 2021 Recap Day 1

Day 1 was led with in-depth conversations, led by influencers and celebrities, art exhibits, food, brand activations, interactive technology, and much more. The day featured appearances by celebrities such as J Balvin, Lil Yachty and Gunna. Crowds flooded the floor for DJ sets by Zack Bia, Kitty Cash and Siobhan Bell. 

Adidas had an impactful start to the weekend with multiple activations and giveaways on the floor with top brands and talent. Adidas in collaboration with Prada constructed a interactive cube, which they are raffling off 10 pairs of their Adidas x Prada Re-Nylon. The multi-hyphenate talent Kerwin Frost, who has created “Kerwin’s Castle,” had a slew of celebrity appearances and raffle giveaways. 

J Balvin at ComplexCon covered by 360 MAGAZINE photographed by Armen Kelechian
Photographed by: Armen Kelechian

ComplexCon 2021 Recap Day 2

Day two of ComplexCon was nothing short of entertaining. With appearances from former NBA star, Dwayne Wade (at Lining), podcast sessions, a lagoon of food trucks and more. 

Hip-hop artist, Trinidad James, promoted his shoe collection in collaboration with Saucony. His brand Hommewrk is also spotlighted alongside the new crimson painted sneaker. Streetwear brand Babylon hosted a roulette table for attendees to play on in addition to a slot machine and pinwheel for prizes. Hello Kitty seemed to have a large presence at the event with multiple carnival inspired attractions including a ferris wheel perfect for a Fall day.

A$AP Rocky performed his iconic debut album LIVE. LOVE. A$AP for the first time, celebrating ten years since its release, as well as recent hits. With Rihanna cheering him on next to the stage, Rocky closed out the convention reminiscing through his career over the years and climbing a twenty-five foot pillar to top it off. 

Full lineup.

Hello Kitty

2021 Collegiate Inventors Competition

5 Student Teams’ Innovations Win 2021 Collegiate Inventors Competition

A glimpse into the future of American innovation and emerging technological trends from the nation’s brightest young innovators — from a robot used in search and rescue situations to an accessible COVID-19 testing solution — were recognized and honored this week at the 2021 Collegiate Inventors Competition®, an annual competition for college and university students and their advisers.

Finalist teams (six Undergraduate and six Graduate), consisting of 20 students from 13 colleges and universities across the United States, presented their inventions in a virtual format to an esteemed panel of final-round judges composed of the most influential inventors and innovation experts in the nation — National Inventors Hall of Fame® (NIHF) Inductees and United States Patent and Trademark Office (USPTO) officials.

“As our world’s challenges continue to grow in complexity, we increasingly need to look to the next generation of innovators to meet these problems head on,” said NIHF CEO Michael Oister. “We are proud to recognize and celebrate this latest group of collegiate inventors who are committed to creating a better future for us all.”

Established in 1990, the Collegiate Inventors Competition is a program of the National Inventors Hall of Fame and is sponsored by the USPTO and Arrow Electronics (Arrow Electronics People’s Choice Award). In addition to cash awards, the winning teams also receive an opportunity to meet with a NIHF Inductee for mentorship and advice, and a USPTO Patent Acceleration Certificate.

FIRST-PLACE WINNERS ($10,000 PRIZE)

UNDERGRADUATE:

EarFlow, Harvard University

Team Member: Eva Cai; Advisers: Samir Mitragotri, Aaron Remenschneider

An easier treatment for healthier ears: Otitis media, or middle ear infection, is a painful condition triggering excess fluid production in the middle ear, affecting the eardrum by altering its vibration and hearing levels. It is especially common in young children. EarFlow is a drug delivery device that is placed on a patient’s eardrum to deliver dexamethasone, a steroid, and ciprofloxacin, an antibiotic, to the middle ear to treat otitis media. Placing the device takes less than five minutes in a doctor’s office and does not require general anesthesia. With low cytotoxicity and low risk of hearing damage, EarFlow offers a vast improvement from standard treatments for recurrent infections.

GRADUATE:

SolarClear, Stony Brook University

Team Member: Shrish Patel; Adviser: Alexander Orlov

A better solar panel cleaning solution: Dust storms, especially in the Western United States, Middle East and North Africa, are a significant problem for large-scale solar power plants. While solutions exist to clean them off, they are impractical and expensive. Cleaning a typical utility-scale solar installation requires a staggering 600,000 to 1 million gallons of potable water. SolarClear addresses this problem by using autonomous waterless cleaning technology that is both significantly more effective and efficient compared to existing technologies. Additionally, the unique design of the electrodes that are used in the system makes SolarClear economically viable for utility-scale installation in the desert.

RUNNER-UP WINNERS ($5,000 PRIZE)

UNDERGRADUATE:

Augment Health Bladder Management System, Georgia Institute of Technology

Team Members: Stephen Kalinsky, Jared Meyers; Adviser: Martin Jacobson

Smart monitoring that can empower millions: Over 6.5 million people in the United States alone have limited bladder sensation. They cannot feel when their bladder is full and often suffer incontinence. Many use incontinence products or a catheter and collection bag. Often, these solutions lead to urinary tract infections and are costly, difficult and embarrassing to manage. The Augment Health Bladder Management System is a noninvasive connection between a catheter and catheter valve that monitors the bladder and tells the user when it is full via their smart device, eliminating the need for obtrusive incontinence products. This invention has the potential to reduce costs and infections, restore dignity and offer better quality of care.

GRADUATE:

VirSENSE, University of Illinois at Urbana-Champaign

Team Member: Maha Alafeef; Adviser: Dipanjan Pan

An accessible COVID-19 testing solution: To manage and ultimately control the spread of the COVID-19 virus, rapid, inexpensive and easily deployable testing is crucial. It’s for this reason that Maha Alafeef created VirSENSE, a rapid test for COVID-19 that users can administer entirely at home. Using an electrochemical biosensor paired with an electrical reader, the test screens for active cases and is over 98% accurate. Thanks to the technology that VirSENSE is using, individuals are able to determine in real time if they are COVID-19 positive, even before their bodies develop a detectable antibody response.

ARROW ELECTRONICS PEOPLE’S CHOICE AWARD WINNER ($2,000 PRIZE)

Firebot, University of Texas at Austin

Team Member: Siddharth Thakur; Adviser: Roland Fields

Navigating safer search and rescue operations in fire situations: Firefighters face life-threatening situations while searching for human life in structural fires, leading to 33 fatalities in the past decade and 10,575 injuries in 2019 alone. Firebot, a thermally insulated, wirelessly controlled, obstacle-climbing robot, locates victims without requiring firefighters to enter burning buildings. Firefighters can deploy Firebot near an entrance and remotely steer it using a joystick and laptop displaying live video, thermal imagery and sensor data, which warns of potentially hazardous situations. Firefighters can use a two-way speaker to lead conscious victims out, or a siren and GPS map to allow them to quickly find and rescue unconscious victims, helping to mitigate risks and save lives.

Jankel and WAE Bring EV into

Jankel and Williams Advanced Engineering  collaborate to bring EV technologies and capabilities to the US Defence market

Jankel and Williams Advanced Engineering (WAE) are collaborating to bring EV technologies and capabilities to the US defence market

The partnership will combine complementary technologies and capabilities to help progress military hybrid and electrification projects

The partnership will see Jankel and WAE working on joint projects to electrify legacy and new military fleets across the US DoDJankel, a world-leader in the design and manufacture of high-specification defence, security and NGO protection systems, are collaborating with Williams Advanced Engineering (WAE); born out of the UK Formula 1 Williams Racing Team, to provide services and technologies to prime contractors in the US defence market. The partnership will see Jankel and Williams Advanced Engineering working on joint projects to electrify legacy and new military vehicle fleets across the US DoD.

Jankel’s US South Carolina based company Jankel Tactical Systems takes the lead in the USA with extensive experience designing, manufacturing and delivering vehicle-related technology and integration solutions in the US defence market. Williams Advanced Engineering is renowned for providing world-class technical innovation, engineering and specialist electric vehicle solutions across multiple applications. Proven out in the  Formula E and Extreme E arena, WAE is a pioneer in battery systems, battery management and EV drivetrain solutions across a wide range of sectors including motorsport, transport, mining and defence.

The partnership will combine complementary technologies and capabilities to help progress military hybrid and electrification projects no matter what the size, from a light tactical vehicle to the main battle tank. The experience, innovation and engineering expertise of both companies will be combined to leverage the integration, problem-solving, and tailored approach required to solve the military problem set, essential to help meet the military engineering challenges of the 21st century – mobility, sustainability and efficiency.

Craig Wilson, CEO, Williams Advanced Engineering said: “This partnership is well placed to support the integration and delivery of EV solutions and we look forward to working with the team at Jankel, combining our individual areas of expertise to deliver innovative and advanced solutions for the US defence market”

Andrew Jankel Chairman of the Jankel Group said: “Jankel is historically known around the world for providing outstanding vehicle survivability conversions and complex systems integrations.  However, in line with our new company strategy, we are also expanding our expertise to incorporate advanced technologies including remote autonomous systems, cyber security and platform electrification”. He added: “We are delighted to announce this collaboration with Williams Advanced Engineering to capitalize on some world-leading technologies and bring the very best to the US military by delivering potential EV solutions across its whole range of vehicles both old and new – driving mission success.”

illustration by Sara Davidson for use by 360 Magazine

Hirschvogel at IAA Mobility in Munich

The automotive industry is in a state of upheaval. The demands on mobility are changing. This is a development that Hirschvogel, as a global automotive supplier, is actively addressing. Jörg Rückauf, who has been CEO of the Group since July 1 and who will assume responsibility for Future Business, says: “The mobility industry is undergoing a transformation. We want to take advantage of the resulting opportunities and help shape the change together with our customers.”

Hirschvogel, a family-owned steel and aluminum processing company headquartered in Denklingen, Upper Bavaria, has been systematically expanding its range of products and services over the years. In the automotive industry, it is moving into innovative products that are independent of the combustion engine. At the same time, the company is opening up to new sectors in the mobility environment and investing in other business areas by acquiring stakes in technology companies. These efforts have resulted in the generation of a partner ecosystem.

This year’s IAA Mobility in Munich will see Hirschvogel exhibiting for the first time together with some of those ecosystem partners. Under the name “Hirschvogel Mobility Network”, they will be presenting components and services for mobility concepts of the future. Among the partners present: Eatron Technologies, a specialist for intelligent software in electric and self-driving mobility concepts; Usaneers, experts for the development of innovative human-machine interfaces for the automotive industry; Automotive Synergies, supplier of electronic systems for passenger cars and commercial vehicles; and the Hirschvogel Innovation Center, which coordinates the innovation projects.

Developed for the short haul

The centerpiece of the Hirschvogel Mobility Network’s presence at the IAA will be the new AXIMO (derived from the Latin words for axis and movement), with which it is breaking into the micro-mobility market. AXIMO combines the expertise and services of the individual ecosystem partners to form a component platform for three- or four-wheeled micromobiles. The platform, which encompasses forged and machined components as well as operating displays and software applications, is a modular system. The modules can be used on the customer side to implement different concepts for micro-vehicles in a cost-efficient way. At the IAA Mobility, a delivery robot and a cargo bike will be showcased as application examples.

Tailored to E-mobility

In the automotive supply industry, the Hirschvogel Mobility Network has a growing portfolio of components for E-mobility. These encompass heat sinks for power electronics which, as forged components, demonstrate improved thermal conductivity. Other product highlights include stator housings and ready-for-assembly rotor shafts for electric motors in micromobiles, passenger cars or commercial vehicles, as well as forged and machined electric transmission shafts for passenger cars and trucks. In conjunction with the differentials and components for half shafts that have likewise been added to the portfolio, Hirschvogel can thus cover the entire electric powertrain.

Independent of the powertrain concept

These ready-for-assembly differentials and differential bevel gears expand the range of Hirschvogel components that are independent of the powertrain concept. An augmented reality presentation will make their advantages tangible for the audience at the IAA Mobility. Another focal point will be the chassis. Here, arms and struts, steering knuckles as well as wheel carriers made of forged aluminum will be presented. Compared with cast aluminum, their forged counterparts demonstrate improved mechanical properties and, as lightweight components, help reduce vehicle weight.

“Mobility is becoming more diverse. So is the range of products and services at Hirschvogel. We want to support our customers with suitable components and services when it comes to designing and implementing their mobility concepts. In so doing, we bring our manufacturing know-how–and gladly also our design expertise–to the table,” says Rückauf.

The Hirschvogel Automotive Group

The Hirschvogel Automotive Group is one of the largest manufacturers of forged parts made of steel and aluminum worldwide. As a development partner for modern mobility concepts, with a focus on the automotive industry, and as a production specialist in forging and machining, the core competencies of Hirschvogel include powertrain applications based on all drive technologies, as well as transmissions and chassis in passenger cars and commercial vehicles, and components in off-highway applications. Together with its network of partner companies, Hirschvogel is also active in the fields of electromobility, micro-mobility and software. 

Hirschvogel is an independent family company and has approx. 5,700 employees worldwide. Total sales in 2020 amounted to 1.04 billion euros. The headquarters of the Group are located in Denklingen, Upper Bavaria. Likewise located there are Hirschvogel Umformtechnik GmbH and its parent company Hirschvogel Holding GmbH. The Group is also represented in Germany with three other plants based in Schongau and in Marksuhl, near Eisenach. Internationally, the Hirschvogel Automotive Group is present on three continents: in Gliwice (Poland), in Sanaswadi (India), in Pinghu near Shanghai (China), in Columbus/Ohio (USA) and in San Juan del Río/Querétaro (Mexico).

illustration by Samantha Miduri for use by 360 Magazine

Scuderia Ferrari × Dynisma – New Simulator

Scuderia Ferrari Mission Winnow’s new simulator is completed

The new Scuderia Ferrari simulator is in its new home. The fitting out of the facility and the commissioning of the simulator was completed this week in a new building that sits between the main office of the Gestione Sportiva and the Fiorano Track. In the coming weeks, the calibration work will be carried out and then, at some point in September, after the summer break required by the sporting regulations, the real work will begin, supporting the design phase of the 2022 car.

The new simulator is absolutely at the cutting edge in the field of vehicle dynamics simulation and reproduces in a 360° environment, the lowest latency, and the highest bandwidth motion cueing of any motion simulator available on the market. It is based on a completely new concept– the result of a collaboration between Scuderia Ferrari and Dynisma, a UK-based independent company headed up by former Ferrari engineer Ash Warne. It has been developed exclusively for the Maranello team.

“Simulation and digital technology are going to play an ever more important role in the development of a Formula 1 car and we believe we have made the best possible choice, focusing on creating a tool that will enable us to make a generational leap in this sector,” commented Gianmaria Fulgenzi, Scuderia Ferrari‘s Head of Supply Chain. “To produce it, we chose Dynisma, a young and dynamic company. It has taken two years to complete this project and now we are ready to start using it on the 674 project, which is the name given to the car that will be produced based on the new technical regulations that come into force in 2022.”

Ash Warne, Dynisma CEO said: “All my experience in Formula 1 informed me that motion simulators were just not realistic or responsive enough. We set up Dynisma to change that and with the mission to create the world’s most immersive simulator and widen access to the best high fidelity, responsive motion generators that drivers and engineers could want.

“We are proud that our first commission is for the world’s most famous and respected motorsport team and it’s proof that Dynisma has created world-leading technologies. We have broken convention and redefined the sector by looking at the problem in an entirely new way.”

About Dynisma

Dynisma, an independent company, was founded in 2017 by experienced F1 driving simulator engineer Ashley Warne, who previously led the simulator development efforts of both Ferrari and McLaren. Dynisma has developed a unique approach to high performance motion generation. Dynisma’s range of Motion Generators (DMG’s), feature high bandwidth, low latency, and large excursion motion simulation, delivering class leading driving simulation capabilities.

For more information and to register your interest visit here.

Read the full Scuderia Ferrari statement here.

Fireworks by Mina Tocalini for 360 Magazine

Independence Day Must Haves

Tangy Floral Spritz

The biggest birthday party of the summer is right around the corner and Cavit Wines knows the perfect way to celebrate! Toast to America with a refreshing cocktail that sparkles and shines like the fireworks on the Fourth of July. Below you will find a super easy recipe featuring Cavit’s bright and fruity Prosecco that can be made in under 5 minutes!

Serves: 2

Ingredients:

  • 4 oz (1/2 cup) grapefruit juice
  • 2 oz (1/4 cup) Chase Elderflower Liqueur
  • Ice cubes
  • 6 oz (3/4 cup) Cavit Prosecco
  • 2 grapefruit wedges
  • 2 edible flowers

How to mix:

Divide grapefruit juice and liqueur between 2 glasses; fill glasses with ice cubes; top with Prosecco. Garnish each serving with grapefruit wedge and an edible flower.

Tip: Edible flowers can be found in gourmet food markets in the produce section with herbs or can be ordered and purchased online.

Cavit Wines' Tangy Floral Spritz via Kayleigh Dietz at Berk Communications for use by 360 Magazine

1800 Coco Swizzle

With the summer solstice right around the corner on Sunday, June 20th, cocktail enthusiasts will be looking for delicious, interesting new cocktails to pass the time on the longest day of the year. Fortunately, 1800 Tequila offers the perfect mix of summer tequila cocktails made with their 1800 Silver, 1800 Cristalino, and 1800 Coconut expressions – ideal for unwinding during long summer days, whether enjoyed on vacation or kicking back after a long work week! Please find below three solstice-ready 1800 cocktails and links to purchase 1800 Silver (Drizly & ReserveBar), 1800 Coconut (Drizly & ReserveBar), and 1800 Cristalino (Drizly & ReserveBar).

  • 2 oz. 1800 Coconut
  • ¾ oz. fresh lime juice
  • ¾ oz. simple syrup
  • 6-8 muddled fresh mint leaves 
  • 2 oz. club soda

Directions: In a cocktail shaker, muddle mint leaves before adding the remaining ingredients (sans club soda) and shaking with ice. Pour into a Collins glass over fresh ice and top with soda. Garnish with a mint sprig.

1800 Coco Swizzle 1800 Tequila image via Vaughn Lowery for use by 360 Magazine

Soul Insole Gel Insoles

Who says adorable sandals or flip flops can’t provide foot support? Say goodbye to foot pain and hello to comfort thanks to Soul Insole. This company which makes memory gel insoles that are designed to relieve foot, back and other body pain and gently guide the foot into proper alignment.

You can’t even see these insoles in sandals or flip flops, as they stick to any surface and are clear. They can easily be removed and washed too. Soul Insole gel insoles are perfect for summertime footwear. For more info, please visit Soul Insole’s website.

Soul Insole image via Lindsay Jorgenson for use by 360 Magazine

Absolutely Gluten Free’s Snacks

Absolutely Gluten-Free’s new look and feel across all products better reflects the new and delicious line of sweet and savory items that hit the market. The new line includes an assortment of scrumptious, sweet, and savory snacks that are 100% Certified Gluten-free, all-natural, OU certified kosher, grain-free, free of corn and rice, vegan, and made with only clean and wholesome ingredients. 

Whether you choose a gluten free lifestyle for health, lifestyle or wellness reason, the gourmet, innovative and flavorful Absolutely Gluten Free line of snacks and treats are perfect every gluten-free occasion.  Stock up for Independence Day with the line of Absolutely Gluten Free, which includes crackers and flatbreads, Coconut Chews, and macaroons. For more info, visit their website, Facebook, and Instagram.

Absolutely Gluten Free snacks image via Stacey Bender at Bender PR Group for use by 360 Magazine

E.Cuarenta’s Sparkling Tequila Sunrise

This refreshingly delicious cocktail is great to sip on at cook-outs and picnics. The Sparkling Tequila Sunrise starts with Bay area rapper Earl “E-40” Stevens’  E. Cuarenta tequila mixed with orange juice, then topped off with prosecco and Grenadine. The cocktail is perfect for a hot summer day. 

Sparkling Tequila Sunrise:

  • 2 oz of Tequila
  • 3 oz of orange juice
  • ¼ oz of Grenadine
  • Earl Stevens Selections Prosecco

Method: Add tequila and orange juice into a shaker, add ice, and shake. Pour into a champagne flute and add grenadine slowly. Top with prosecco. Garnish with orange slice.

Walden Farms

Walden Farms just relaunched their amazing zero calorie, zeros fat, zero sugar and zero carbs products. These products sound too good to be true, but Walden Farms has found a way to deliver healthy and delicious dips, spreads, sauces, dressings, condiments, syrups, and coffee creamers.

For those looking to replace their favorite unhealthy dressings with guilt-free alternatives, try Walden Farm’s new Ranch Dressing, Thousand Island, or Honey Dijon. Other tasty options include their BBQ Sauce for grilling, Caramel Dip for dessert, and Alfredo Sauce, which is perfect for healthy family dinners. Walden Farms helps customers find nutritious options that don’t compromise taste.

product images via Stacey Bender at Bender PR group for use by 360 Magazine

Mighty Sesame Co. Tahini

Mighty Sesame Co. offers delicious, healthy, creamy tahini. Their newest launch includes the spicy Harissa tahini favor. Tahini can be used on and in so many recipes, such as in vinaigrettes, dressings, and truffles. With a variety of options– from organic tahini, to whole seed tahini to harissa tahini– customers are sure to love this nutrient-dense, high protein sesame paste.

For those looking to stock up on Might Sesame Co’s deliciousness, the company offers the classic Tahini tub. For no-mess meal prep and easy storage, squeeze-able tahini in a bottle is available. Mighty Sesame Co. ensures that their products are sustainably sourced from Ethiopia.

Mighty Sesame Co. product images via Stacey Bender at Bender PR group for use by 360 Magazine

Andrew & Everett Cheese

Andrew & Everett offers all natural, anti-biotic free, non-cloned sourced cheese. Their American cheese stands apart from other brands with it’s uncompromised quality and taste. Customers can order cheese shredded, pre-sliced, grated, or in bricks. The company also offers butter and seasonal cheese balls.

All of the milk in the company’s cheese is sourced from self-sustaining, family-run farms in America’s heartland– promising consumers with high-quality cheese from free range, grass fed cows. Andrew & Everett products are produced in a gluten free facility and contain no preservatives, binders, or fillers.

Andrew & Everett cheese product images via Stacey Bender at Bender PR group for use by 360 Magazine

Indigo Wild Clothing Biodegradable Apparel

Indigo Wild Clothing creates biodegradable clothing and swimwear that is revolutionizing the fashion industry. The brand‘s unique fabric decomposes in less than five years, while most swimwear sits in a landfill for 40–200 years. Indigo Wild Clothing’s fabrics leaves zero chemicals or microplastics behind. Their brand produces zero waste and uses only biodegradable packaging materials.

Indigo Wild’s bathing suits are made for those with active, on the go lifestyles. These handmade, Hawaiian suits are becoming increasingly popular, and were recently showcased at Miami Swim Week 2021. Indigo Wild Clothing’s suits are priced at $65.00, and consumers will feel good knowing that their money is going towards an innovative and eco-friendly brand.

Indigo Wild Clothing bathing suit image via Lindsey Hytrek at ChicExecs Brand Development for use by 360 Magazine
Image courtesy of Purdue News Services for use by 360 Magazine

Purdue Names First Innovation and Entrepreneurship Fellow

Purdue Engineering names first Innovation and Entrepreneurship Fellow, Yung-Hsiang Lu, professor in the School of Electrical and Computer Engineering, has been named the first Innovation and Entrepreneurship Fellow in Purdue University’s College of Engineering. 

A Purdue University professor and innovator who works to inspire the next generation of technology leaders has been named the first Innovation and Entrepreneurship Fellow for the College of Engineering.

Yung-Hsiang Lu, a professor of electrical and computer engineering, has developed several patented technologies and helped his students start their own companies. He is a Purdue Faculty Scholar, Fellow of the Institute of Electrical and Electronics Engineers and Distinguished Scientist of the Association for Computing Machinery.

We move our discoveries in the lab out to the world for impact through patents and commercialization opportunities, Lu said. This new role provides me with a great opportunity to help connect members of our engineering family with resources to move their technologies and research to communities and people in need.

Lu’s appointment comes as the College of Engineering has put a new emphasis on the importance of faculty innovation and commercialization. These entrepreneurial activities can be documented in the formal tenure review process.

Yung is the perfect fit for this position to help connect our College of Engineering with the Burton D. Morgan Center for Entrepreneurship and resources to support entrepreneurship and commercialization, said Wayne Chen, associate dean for research and innovation in the College of Engineering and Reilly Professor of Aeronautics and Astronautics and Materials Engineering. We want to further develop our culture of support for faculty and students who take their research and lab work to the world through patents and startups.

Lu will collaborate with the Purdue Foundry, an entrepreneurship and commercialization hub, and the Purdue for Life Foundation. He has advised several student teams that won business plan competitions and helped a company obtain two Small Business Innovation Research grants.

Everett Berry, a Purdue alumnus who, with Lu, co-founded a company called Perceive, said he remembers fondly the professor’s belief in the ability of undergraduate innovators.

Having seen Silicon Valley inside and out by this point, I know Dr. Lu embodies the best of the entrepreneurial instinct that we celebrate, Berry said. He was my first, and still strongest, inspiration for building hard technology.

Another alumnus and former member of Lu’s research team, Zohar Kapach, started a company called Oqullo. He said Lu helped him realize his love for computer engineering and the opportunities to grow an entrepreneurial career in the field.

I continue to apply my experiences working with Dr. Lu to my daily research work, Kapach said. I was able to apply the knowledge I gained from working with him to raise a substantial seed fund.

Lu continues to work with the Purdue Research Foundation Office of Technology Commercialization to patent inventions. This office operates one of the most comprehensive technology transfer programs among leading research universities in the U.S.

About Purdue University

Purdue University is a top public research institution developing practical solutions to today’s toughest challenges. Ranked the No. 5 Most Innovative University in the United States by U.S. News & World Report, Purdue delivers world-changing research and out-of-this-world discovery. Committed to hands-on and online, real-world learning, Purdue offers a transformative education to all. Committed to affordability and accessibility, Purdue has frozen tuition and most fees at 2012-13 levels, enabling more students than ever to graduate debt-free. See how Purdue never stops in the persistent pursuit of the next giant leap at Purdue’s website.

Image courtesy of Purdue News Service for use by 360 Magazine

Purdue University Engineer’s Innovate Air Conditioning

By now, it’s well known that circulating outdoor air in buildings is safer than recirculating indoor air. That point was driven home by the pandemic. Problem is, it’s just not cost-effective.

That may soon change. Purdue University engineers have proposed a system that combines new membrane technology with the latest HVAC systems to make 100% outdoor air systems more energy-efficient and economically feasible – especially in warm, humid climates. They say their system could save up to 66% in energy costs for large buildings that choose to use the safer outdoor air.

Previous research at Purdue has shown that HVAC systems (heating, ventilating, and air conditioning) are a key factor in spreading airborne diseases like COVID in indoor environments like office buildings, restaurants and airplanes.

Most people don’t realize the complexity of a modern HVAC system, said James E. Braun, the Herrick Professor of Engineering and director of the Center for High Performance Buildings at Purdue. There’s a specific sweet spot for humidity in an indoor environment — between 40% and 60%. Any drier than that, and people aren’t comfortable; any more humid, and you’re at risk for mold and other problems.

So, simply opening windows is not a solution.

If you introduce outdoor air, the humidity levels of a building can fluctuate wildly. It’s an incredible challenge to maintain the right balance between temperature, humidity, human comfort and overall cost.

In a typical HVAC system, Braun says, almost 40% of the energy is used to dehumidify the air. That makes the heating or cooling of outdoor air even more energy-intensive and costly.

To solve this problem, Braun teamed up with David Warsinger, assistant professor of mechanical engineering, who specializes in using membranes for water filtration and desalination. They have proposed a system called the Active Membrane Energy Exchanger, which integrates specialized membranes into the HVAC system to reduce the energy required to dehumidify the outside air. Large buildings like hospitals could reduce their energy costs up to 66% with such a system, compared to current fully-outdoor air systems.

Their research has been published in Applied Energy.

The membrane is the key, said Andrew Fix, a Purdue doctoral student in mechanical engineering and lead author of the paper. We use membranes that are vapor selective, meaning they only allow water vapor to pass through when a pressure difference is applied but block air. By passing the air over these membranes, we can pull water vapor out of the air, reducing the load on the motors and compressors that run the refrigeration cooling cycle.

To gauge the system’s effectiveness, the team used computer models created by Pacific Northwest National Laboratory of hospitals in different climate conditions. Hospitals are ideal test beds because they are large indoor environments, which often require a higher percentage of outdoor air in their HVAC systems for safety purposes. The computer models showed an overall reduction in energy usage for all locations using the Active Membrane system. The more hot and humid locations – Tampa, Houston and New Orleans – showed the greatest energy savings.

The more hot and humid it gets, the better our system works, Fix said. This is a key finding, because as the climate continues to warm around the world, locations that want to use 100% outdoor air will now be able to economically afford it.

The researchers are working toward building a physical prototype to validate their computer models. But there’s now more at stake than simply saving energy.

I think COVID was a wake-up call for all of us, Fix said. Heating and cooling our buildings is not just a matter of temperature and humidity, but it can actually be a matter of life and death. Hopefully, this work will help to make all of our indoor spaces safer.

Patent applications for this system have been filed via the Purdue Research Foundation Office of Technology Commercialization. This research is supported by the Center for High Performance Buildings at Purdue University (project number CHPB-50-2020).

About Purdue University

Purdue University is a top public research institution developing practical solutions to today’s toughest challenges. Ranked the No. 5 Most Innovative University in the United States by U.S. News & World Report, Purdue delivers world-changing research and out-of-this-world discovery. Committed to hands-on and online, real-world learning, Purdue offers a transformative education to all. Committed to affordability and accessibility, Purdue has frozen tuition and most fees at 2012-13 levels, enabling more students than ever to graduate debt-free. See how Purdue never stops in the persistent pursuit of the next giant leap at Purdue’s website.