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On My Mind: The Fed Takes The Red Pill – Seeking Alpha

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By Sonal Desai, Ph.D., Chief Investment Officer, Franklin Templeton Fixed Income

The Fed struck a hawkish tone at its latest meeting, but Franklin Templeton Fixed Income Chief Investment Officer Sonal Desai believes it still underestimates how far rates will likely need to riseand so do the markets. She discusses what it will take to get inflation back under control, and how fixed income investors can position for the volatile rising-rate environment ahead.

The Federal Reserve (Fed) has finally acknowledged the reality of the inflation problem. The uncertainty raised by the Russia-Ukraine war did not stop it from raising rates at its March policy meeting, though it capped this first hike to just 25 basis points (bps). Connecting the dots points to an expected total of seven rate hikes this year, and Fed Chair Jerome Powell indicated that quantitative tightening (shrinking the Feds bloated balance sheet) will start sooner than expected, likely in May.

This might all sound rather hawkish. I had stressed in previous writings that inflation had become a major social and political problem, and in this months press conference, Powell tried to channel former Fed Chair Paul Volcker, signaling the Fed is aggressive and determined to bring inflation under control.

But compared to the magnitude of the inflation challenge, I believe the Feds stance is nowhere near as hawkish as it should bethough it sounds very hawkish compared to its previous implausibly accommodative line.

In previous tightening cycles, the Fed has had to lift the policy rate above inflation to bring price dynamics back under control. Today, the policy rate is barely above zero while headline Consumer Price Index (CPI) inflation is close to 8% and the Feds preferred core Personal Consumption Expenditures (PCE) measure stands at 5.2%.1 Thats a long way to go, and another six rate hikesif this includes just one 50 bps bump in a series of predictable 25 bps incrementswill leave the policy rate under 2% (the Federal Open Market Committee [FOMC] median projection is 1.875%).

The Fed expects the policy rate to peak at 2.75% in 2023 (median FOMC projection); only then, in the Feds view, would the policy rate exceed core PCE, which the Fed projects would drop to 2.6%.

The Feds hawkish stance, in other words, is mostly wishful thinking. It still assumes that this inflation surge will self-correct and that inflation will come back to target even as the real interest rate remains negative throughout this year and for part of next year as well. In substance, this does not differ that much from the previous mantra that inflation was transitory.

BEA, Federal Reserve Bank of Dallas, Fed, Macrobond

Here is an update of the unpleasant inflation arithmetic that I like to use in my inflation-themed pieces: headline CPI inflationwhich is what matters for consumer behavior and wage-settingaveraged 0.7% month-on-month (M/M) for the last six months, and 0.6% for the last 12. Lets be optimistic and assume it will average just 0.4% from March through December. Headline inflation would end the year at 5.6%three times higher than the projected end-year policy rate. Core PCE averaged 0.4% M/M over 2021; if it keeps that pace, it will end the year at 5%. If headline CPI keeps the pace of the last 12 months, it will end the year close to the latest reading, at 7.7%. Real interest rates would remain deep in negative territory.

How can we expect inflation to behave in the coming months? Lets take the pulse of the underlying macro situation. The US labor market remains extremely tight and cost of living adjustments (COLA), where wages are automatically indexed to past inflation, are making a comebackbecause inflation has consistently outstripped policymakers and private sector forecasts for too long. The Fed itself expects the labor market to get even tighter, pushing the unemployment rate down to 3.5% (from the current 3.8% in February).

Geopolitical uncertainty has caused energy prices to surge, has put pressure on other raw materials, and has caused further disruptions to supply chains. (As I noted in my last On My Mind, the Russia-Ukraine war also marks another retreat from globalization, and the rising preference for self-sufficiency in key industries will become a significant long-term inflationary factor.) Companies have discovered they have pricing powerand with input costs rising, they have little choice but to exercise it.

In other words, a number of self-sustaining inflationary forces have been set in motionabetted by the continuation of an exceptionally loose monetary policy that, in combination with a record surge in government spending, has proved to be a major policy mistake (something I believe should have been clear months ago).

To be clear, inflationary supply shocks are playing a role herebut they are certainly not alone. When a supply shock pushes up inflation, a central bank must assess the risk that it will trigger second round effects, price and wage increases that will propagate and amplify the shock. Only if this risk is significant should the central bank react and raise rates; otherwise, it should wait for the supply shock to fade. In the current case, extremely loose fiscal and monetary policy had already been fueling inflation since the post-pandemic recovery started; they are an important source of inflation by themselves, and moreover, they make it inevitable that any supply shock will quickly trigger second round effects that make its inflation push self-sustaining.

To expect that inflation will now come back to target on its owneven if higher prices and geopolitical uncertainty cool off economic activityis foolhardy.

To bring inflation under control, in my view, the Fed will need to implement a much more aggressive policy tightening than it currently envisions. To see it through, it will most likely need the courage to withstand substantially higher volatility in asset markets, which might include painful corrections. Thats when the Feds anti-inflation mettle will be tested. If inflation remains high, its social and political costs will rise even further, and the Fed might have little choice but to tough it out.

The Fed has taken the red pill and seen the inflationary reality we live in; but like Neo in The Matrix movie, it will take longer to fully come to terms with realityand recognize what it will take to bring inflation under control.

Financial investors also face challenging times. Markets expect a short hiking cycle, with fed funds peaking at around 2.75%, followed by rate cuts by 2024. Some analysts see this as indicating an early end to the current economic expansion; the flattening Treasury yield curve, which could invert with further rate hikes, would signal an upcoming recession partly due to monetary tightening. I do not think the yield curve currently represents a reliable recession signal because there are other factors at play, especially the massive role the Fed still plays in the market. The 10-year term premium has barely budged even as inflation spiked to 8%, suggesting that long-dated yields are probably still capped by the Feds record-high balance sheet. Or maybe investors think the Fed will blink and ease policy again once asset prices start a meaningful correction. In either case, I think markets are still underestimating the magnitude of the monetary policy tightening ahead.

How can fixed income investors position for this challenging environment? Long duration assets could have a volatile and difficult period ahead as rates climb; shorter duration looks more attractive to us. Fixed income investors should also consider asset classes that are naturally aligned to rising rates, such as bank loans. We have now started to see credit spreads widening, and this creates some interesting pockets of opportunity in high yield credit markets. Finally, rising commodity prices imply a stronger outlook for commodity-rich emerging markets, not only in the energy space.

All investments involve risks, including possible loss of principal. The value of investments can go down as well as up, and investors may not get back the full amount invested. Bond prices generally move in the opposite direction of interest rates. Thus, as prices of bonds in an investment portfolio adjust to a rise in interest rates, the value of the portfolio may decline. Investments in lower-rated bonds include higher risk of default and loss of principal. Floating-rate loans and debt securities tend to be rated below investment grade. Investing in higher-yielding, lower-rated, floating-rate loans and debt securities involves greater risk of default, which could result in loss of principala risk that may be heightened in a slowing economy. Interest earned on floating-rate loans varies with changes in prevailing interest rates. Therefore, while floating-rate loans offer higher interest income when interest rates rise, they will also generate less income when interest rates decline. Changes in the financial strength of a bond issuer or in a bonds credit rating may affect its value.

1. Sources: BEA, BLS. CPI = Consumer Price Index; PCE = Personal Consumption Expenditures

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ALDO NOVA Digs Deep Into The Life And Times Of Eddie Gage With Newly Released Single And Video – Sonic Perspectives

Multi-platinum GRAMMY Award-winning singer, songwriter, producer, guitarist and multi-instrumentalist ALDO NOVA has today released a new performance video for The King Of Deceit. Its the latest single from his forthcoming larger-than-life rock opera The Life and Times of Eddie Gage, which is out next week (April 1). Watch the video below.

Says ALDO: The King Of Deceit is a pivotal character in the story of Eddie Gage. He is the antagonist, or the villain, and although there are many villains in Eddies lifetheyre all under the thumb of M. F. Stophalis, The King Of Deceit.

As Eddie is good and is light, The King Of Deceit represents darkness and evil, ALDO elaborates. Even though the physical side of Eddies life is slightly based on mine, the rock opera really has its roots in religion and theology, and all the names of the characters must be decoded so that it all makes sense. Everythingthe whole storythe characters and their actions are in the lyrics, and the lyrics are set to music that represent them. Eddies not just a rockstar but a messenger, who, through his music, convey a message of faith and hope, and make them believe in themselves, and The King Of Deceit will do anything to stop this. I chose to do a theatrical video, in makeup and costume, because I wanted to bring the character to life. to paint a picture of what evil looks like, at least in Eddies eyes.

Up first this year for ALDO who has spent more than four decades in music with dozens of classic songs and hundreds of showsis the release of the first 10 tracks (nine songs, one bonus cut) from The Life and Times of Eddie Gage rock opera. It tells the story of Eddie Gage, a prodigious ingnue who breaks into the music industry only to be preyed upon by a nefarious suit Andy Christos, manipulated by a corporate overlord M.F. Stophalis, and tempted by a succubus Rati Ayida. Drugs, alcohol, and excess plunge him into despair until he realizes redemption on his own terms. The just released single Free Your Mind is a high-energy rocker packed with ALDOs thunderous guitar work, soaring vocals and lyrics about fictional rocker Eddie Gage. Listen to it below.

ALDO explains, The date is July the 1st of 1982, when only three months after the release of his 1st album, simply titled Eddie Gage, Eddie has achieved superstar status. This is him playing in front of 10,000 fans and singing about the fact that its time for people to expand their minds towards a more spiritual side of reality because society has become corrupt, a direction that his record company, Daedalus Records did not want him to take. The lyrics say it all, and Eddie and his band show a level of musicianship far above the norm.

The musical journey of The Life and Times of Eddie Gage began in 2008, when ALDO started to assemble what would become 25 songs (which ALDO will eventually release). Throughout the work, ALDO distills his often-unbelievable musical journey into the allegory of the rock opera, which he wrote, produced, arranged, engineered, and mixed entirely. The recording includes a 40-piece orchestra, a full gospel choir, Lee Levin on drums and mastering from the legendary Bob Ludwig. In addition, a one song bonus disc will accompany the collection with the soaring instrumental song Les Anges.

I feel really comfortable in my own skin, and my music is who I am, ALDO says. The record was done from pure inspiration he says, I felt like was connected somewhere. I was truly channeling some place away from myself. It was almost as if something above connected to me and gave me these songs.

Following the release of The Life and Times of Eddie Gage, ALDO will turn the page on the next chapter of this story with the three-disc Aldo Nova 2.0 Reloaded. The three-disc recording features nine classics from his catalog new recordingsnot only as the 2.0 versions of the songs, but also as alternate versions with no lead vocal track and another with no lead guitar track so fans can finally either sing along or play with him.

Nobodys ever done this, ALDO says. You can basically sing with me as your backing band or play along as a backing track. No other artist has given his tracks to fans in this way. I want to encourage kids to improvise and learn. You can play the record if you want, or you can be a part of it. Its a new concept.

Ultimately, ALDO is no stranger to new concepts, and he continues to break ground.

When you hear any of this, I want you to feel like I took it to another level, he leaves off. I didnt just come back and do the same thing. I didnt stay stagnant. Im sixty-five-years-old, but I feel like Im thirty-years-old. Im bringing everything to a whole new universe. Im comfortable. Im happy in my independence. I am who I am. Im Aldo Nova, because my real name is too hard to say, he laughs.

1. Hey Ladi Dadi2. Free Your Mind3. Follow The Road4. King Of Deceit5. The Bitch In Black6. On The Way To The Psycho Ward7. When All Is Said And Done8. Say A Little Prayer9. Burn Like The SunBonus Track: Les Anges-Composed, Arranged and Performed by Aldo Nova

Disc One:

1. Blood On The Bricks 2.0 Reloaded2. Monkey On Your Back 2.0 Reloaded3. Under The Gun War Suite 2.0 Reloaded4. Foolin Yourself 2.0 Reloaded5. Ball And Chain 2.0 Reloaded6. Paradise 2.0 Reloaded7. Modern World 2.0 Reloaded8. Fantasy 2.0 Reloaded9. Im A Survivor 2.0 Reloaded

Disc Two:

1. Blood On The Bricks 2.0 Reloaded No Ld Vocal2. Monkey On Your Back 2.0 Reloaded No Ld Vocal3. Under The Gun War Suite 2.0 Reloaded No Ld Vocal4. Foolin Yourself 2.0 Reloaded No Ld Vocal5. Ball And Chain 2.0 Reloaded No Ld Vocal6. Modern World 2.0 Reloaded No Ld Vocal7. Fantasy 2.0 Reloaded No Ld Vocal8. Im A Survivor 2.0 Reloaded No Ld Vocal

Disc Three:

1. Blood On The Bricks 2.0 Reloaded No Ld Guitar2. Monkey On Your Back 2.0 Reloaded No Ld Guitar3. Under The Gun War Suite 2.0 Reloaded No Ld Guitar4. Foolin Yourself 2.0 Reloaded No Ld Guitar5. Ball And Chain 2.0 Reloaded No Ld Guitar6. Paradise 2.0 Reloaded No Ld Guitar7. Modern World 2.0 Reloaded No Ld Guitar8. Fantasy 2.0 Reloaded No Ld Guitar9. Im A Survivor 2.0 Reloaded No Ld Guitar

Born Aldo Caporuscio, he opened this channel forty years ago with his 1982 double-platinum top ten self-titled debut, Aldo Nova, and its definitive Hot 100 smash single Fantasy. On the heels of the platinum-selling Subject Aldo Nova and Twitch, he emerged as a trusted collaborator for some of the biggest stars in the world. He co-wrote the song Mr. Big Time for the soundtrack of the movie, Armageddon, and worked closely with Jon on his soundtrack album for the film, Young Guns 2, writing the signature riff from Jon Bon Jovis Blaze of Glory. Bon Jovi returned the favor by collaborating on ALDOs 1991 Blood on the Bricks. Working closely with Cline Dion, he penned A New Day Has Come, Your Light, I Cant Fight the Feeling, and You and I, even garnered a GRAMMY Award in the category of Album of the Year for co-writing and producing 3 songs from her diamond-selling album Falling Into You. Not to mention, his discography also includes writing songs for everyone from Faith Hill, Carole King, and Clay Aiken to Garou and Blue yster Cult.

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Great minds don’t think alike: bringing sciences and the humanities together – Big Think

Sciences and the humanities inhabit parallel universes. Their pursuits of knowledge are mostly disconnected.

It was with the above in mind that in the fall of 2016, I joined neuroscientist Antonio Damasio and philosopher David Chalmers on the stage of the 92nd Street Y in Manhattans Upper East Side. We engaged in a conversation on the Mystery of Consciousness.

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This was the first in a series of public dialogues that I conducted for the following five years in theaters and universities across the United States. They were part of the activities of the Institute for Cross-Disciplinary Engagement at Dartmouth, which I founded with generous funding from the John Templeton Foundation. Our mission was to bring scientists and humanists together in what I call constructive engagement.

We discussed some of the most challenging questions of our times. The topics could be quite abstract, such as physicist Sean Carroll and Buddhist teacher Alan Wallace discussing What is the Nature of Reality? Or they could tend to the more practical, like when neuroscientist Ed Boyden and writer Mark OConnell led a session titled What is the Future of Humanity in the Age of AI? (All conversations were videotaped and are available here.)

The recently published book Great Minds Dont Think Alike is a curated edition of these conversations, with added commentary. The volume includes eight of these conversations, which in some cases include questions from the audience. The topics are broad and timely, and the list of contributors is impressive. It includes Pulitzer and Templeton Prize winners, Guggenheim Fellowship and MacArthur Genius Grant awardees, and well known public intellectuals.I based this essay on my introduction to the book.

We live in times when civil discourse is seriously threatened by bigotry and tribal entrenchment. My hope with the different activities related to the institute and with the conversations registered in this book was to show how people can engage in a fruitful exchange of ideas, even when there is disagreement.

Our motivation was the essential realization that certain big questions are too complex to be addressed one-dimensionally. Neither the sciences nor the humanities can answer these questions alone. As with many of the matters that define our time, they call for a pluralistic approach that combines different ways of knowing. (There are, of course, many questions that sit within the sole province of either the sciences or the humanities. For obvious reasons, these were not part of our dialogues.)

The selection of topics discussed is certainly not comprehensive. But hopefully it illustrates that the sciences and the humanities have much to say to one another in matters of great import to our collective future.

I believe the intellectual life of the whole of western society is increasingly being split into two polar groups.

So wrote the British physicist and novelist C. P. Snow in his famous The Two Cultures Rede Lecture delivered at Cambridge University in 1959. Snow was mostly concerned with the divisions that marked his own personal and professional experience, for example those between the literary intellectuals and physical scientists. But the two-culture split has come to symbolize a wider and growing gulf in academia between the sciences and the humanities. The split is especially palpable in most universities. So is the strife it generates. It cuts directly to the heart of the liberal arts curricula of schools across the globe and to the widespread yet markedly wrong perception that the humanities are an anachronism in a world driven by technology.

The success of scientific enterprise and the consequent technologization of society have widened this divide between the two cultures. But its origins reach back beyond the Enlightenment and its discontents. The 17th century marked a turning point in human intellectual history. What we now call the sciences started to chart their own path away from the Greek philosophical tradition. Kepler, Galileo, Descartes, Newton, Boyle, and many others took off as natural philosophers, concerned with the workings of nature as their Greek and Islamic forefathers had been.

However, now they were armed with a powerful new methodology: Direct experimentation and data analysis empowered them to describe a variety of terrestrial and celestial phenomena with mathematical precision. Their spectacular success changed the way we understand the cosmos and our place in it. As a byproduct, that success carved a deep spiritual rift that has never been healed. If the human mind can understand the workings of the world without apparent limitations, what room then for mystery or spiritual questioning? If the world truly works like a machine, operating under strict mathematical logic, what room then for doubt, for free will?

As influential thinkers promoted science as the sole source of truth, the humanities lost some of their clout. The rift between the two cultures gained momentum.

Literary intellectuals at one pole at the other scientists, and as the most representative, the physical scientists. Between the two a gulf of mutual incomprehension sometimes (particularly among the young) hostility and dislike, but most of all lack of understanding, wrote Snow.

Experts hid behind the jargon of their respective fields. They either talked past each other or worse, didnt talk to each other at all. The frontiers of knowledge broadened, and academic departments multiplied. With them, walls began to separate experts into ever narrower subdisciplines.

Perhaps the greatest virtue of Snows essay was to describe science as a culture. And that it surely is, both within its practices and practitioners and as a driver of profound changes in humanitys collective worldview. The relentless ascent of scientific thinking brought the contempt of many humanists who considered themselves as the only worthy intellectuals. Scientists are technicians, went their view; humanists are intellectuals. Most scientists returned the disdain, considering the humanities to be worthless for their intellectual pursuits. Philosophy is useless, well-known scientists have proclaimed. Religion is dead.

We can see the tension most clearly when science encroaches on territory that has long been the province of humanists. It is common to hear that science is about nature, while the humanities deal with values, virtue, morality, subjectivity, and aesthetics concepts that are harder to quantify, leaving traditional science with little or nothing to add. For example, to describe love as a set of biochemical reactions resulting from the flow of a handful of neurotransmitters through certain regions of the brain is important. Yet it does very little to describe the experience of being in love.

Such polarizations are deeply simplistic and are growing less relevant every day. Developments in the physical, biological, and neurosciences now leave such narrow-minded antagonism looking problematic and corrosive. It limits progress and inhibits creativity. Many of the key issues of our times the questions explored in the book are an illustrative sample call for a constructive engagement between the two cultures.

It is our contention that the split between the sciences and the humanities is largely illusory and unnecessary. We need a new integrative approach.

We must reach beyond traditional disciplinary boundaries and create truly cross-disciplinary ways of thinking. It is no longer enough to read Homer and Einstein or Milton and Newton as disjoint efforts to explore the complexities of the world and of human nature.

The new mindset proposes that the complexities of the world are an intrinsic aspect of human nature. In other words, we process this complexity as we experience reality. We cannot separate ourselves from the world of which we are a part. Any description or representation, any feeling or interpretation, is a manifestation of this embedding. Who we are and what we are form an irreducible whole.

It is more than just academic questions that call for the sciences and humanities to come together. Consider for instance the future of humanity as we move toward a more thorough hybridization with machines. To take one example, we currently extend our physical existence in space and time through our cell phones. Many scientists and humanists consider futuristic scenarios where we will transcend the body, becoming part human, part machine. Some even speculate that a singularity point will arrive when machines will become smarter than we are. (They are vague, however, on the meaning of smarter.)

The implications of this progress call into question the wisdom of certain scientific advances. They elicit issues related to machine control; the ethics of manipulating humans and all life forms; the impact of robotization and artificial intelligence in the job market and in society; and our predatory relationship to our home planet.

There is a new culture emerging, inspired by questions old and new that reside at the very core of our pursuit of knowledge. The choices we make now as we shape our curricula, create academic departments and institutes, and engage in discussions with the general public, will shape the nature of intellectual cooperation for decades to come.

This article is an excerpt adapted from the book Great Minds Dont Think Alike. It is republished with permission of the author.

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Help Off Broadway Review: Claudia Rankine’s Revolution Begins in First Class – TheWrap

If you have assiduously avoided watching Fox News for the past few years, you can rectify that blessed omission in your life by seeing Claudia Rankines new 90-minute play, Help, which opened Thursday at the Sheds Griffin Theater. In her examination of white dominance and the political crisis in U.S. democracy, Rankine lifts quotes from several Fox-friendly politicians and talking heads, including Lauren Boebert, Ann Coulter, Ted Cruz, Ron DeSantis, Newt Gingrich, Lindsey Graham, Marjorie Taylor Greene, Laura Ingraham, Ron Johnson, Kelly Loeffler, plus many others before she gets to the end of the alphabet with the Former Guy and his daughter, Ivanka Trump. Actually, theres one more, but shes dead: Martha Washington, who didnt have much nice to say about the people who were her husbands slaves.

Help began as an essay that Rankine wrote titled Brief Conversations With White Men and published in the New York Times a few years ago. That piece inspired 2,197 reader responses before, no doubt, the Old Gray Lady closed its comment section. I look at reader comments about as much as I look at Fox News, and now I know why. Rankine inserts quotes from these readers throughout Help, which isnt so much a play as it is a speech delivered by April Matthis, who brings a detached standup-comic charm to the role of the Narrator, whose life, Im guessing, reflects Rankines.

Before we get to what Rankine tells us about herself through the Narrator, the real star of Help is not the playwright or Matthis but Taibi Magar. As the director, Magar puts on a real show that rivals in razzle-dazzle any musical about the apocalypse ever staged on Broadway. Although the operator of the fog machine is not credited, JJJJJerome Ellis and James Harrison Monaco deliver ominous music at opportune moments, accented by John Torress equally eerie lighting. Shamel Pittss choreography, on the other hand, recalls what Herb Ross did for Barbra Streisand when she sang Miss Marmelstein rolling across the stage on an office chair in I Can Get It for You Wholesale.

Magar lets Matthis pace the stage while Pitts has the seven Caucasian actors dressed in business suits (costumes by Dede Ayite) behind her spin around on airplane seats attached to rollers. We first see them locked in what appears to be an airport waiting room with windows separating them from us. (The amazing set design is by Mimi Lien.) A few minutes into Matthis opening speech, those windows lift so that Pittss choreography can take flight as the seven supporting players (theyre credited as White Man #1, White Women #1, White Man #2 and so on) go full Busby Berkeley to form fascist symbols and designs of ethnic solidarity. The re-creation of the January 6 MAGA riot is especially breathtaking.

When White Man #7 (Jess Barbagallo), White Woman #2 (Charlotte Bydwell) and others of their race (David Beach, Tina Benko, Zach McNally, Joseph Medeiros, Tom OKeefe, Rory Scholl, John Selya, Nick Wyman) arent repeating something once said by Brett Kavanaugh or Kyle Rittenhouse, they leave their airplane seats to impersonate the Former Guy impersonating a reporter with arthrogryposis. Are these jerky, spasmodic dances supposed to reflect the inner turmoil that white people experience when theyre attempting to disguise what they all are at their core, racists?

Confession time: I never talk to people sitting next to me on an airplane, and now I know why. Rankine appears to have spent her adult life in first class asking people sitting next to her how they feel about being white. Invariably, they answer they dont think about it, a fact that reinforces their bigotry.

Early in Help, the Narrator tells us that 61% of white men voted for Trump. What she doesnt tell us is that the further you went up the economic ladder, the more likely those men went for Biden. Yet on stage, we see nothing but suits. Did Rankine never get around to interviewing anyone blue collar in those international plane trips or in her classroom at Yale? (She now teaches at NYU.) Matthis wears a kind of upscale jumpsuit that would not look out of place in any Amazon warehouse.

The Narrators interviews tend to provoke a patronizing sameness from white people that is bookended by two slightly more revealing conversations. One occurs early in Help when the Narrator calls out the racist perspective of her white female therapist (Benko, acting superior) and the other comes much later when the Narrator gets into a heated exchange on race with her white male spouse (OKeefe, acting even more smugly superior). The more the Narrator interviews people, the narrower her focus. Clearly, neither the therapist nor the husband voted for Trump, but in Rankines play, theyre deemed just as hopeless my word, not the playwrights as the Fox talking heads or Martha Washington.

Help ends with an emergency call: Theres no swerving away from the supremacy of whiteness the project of educating white people has failed. (The essay by the highly trained, experienced and deeply committed social activist Ruby Neil Sales in the Playbill make for even more fascinating reading: I see whiteness as a culture that seeds and fertilizes spiritual malformation and social perversion everywhere.) It reminded me of something I read in high school by Susan Sontag, who, with the exception of Shakespeare and a few other dead men, considered Western Civilization to be the worst thing that ever happened to the planet. Sontag always did sound like a revolutionist in the parterre box complaining about the tenors high notes. For Rankine, the revolution begins not in the opera house but in the first class section of a flight between the coasts.

More conciliatory words come from the shows gifted director. Theater has always asked us to step into the shoes of another, Magar writes in the Playbill. In her hands, Help achieves precisely that.

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Professor and Department Head Aaron Clark Receives Technology and Engineering Teacher Educator of the Year Award – NC State College of Education News

Aaron Clark, a professor of technology, engineering and design education and head of the Department of STEM Education in the NCState College of Education, has been awarded the Technology and Engineering Teacher Educator of the Year Award from the International Technology and Engineering Education Association (ITEEA) and the Council on Technology and Engineering Teacher Education (CTETE).

The annual award, which is the highest national honor for technology and engineering teacher education, recognizes one individual whose contributions in teaching, research and service to the profession have been exemplary.

Ive never been one to go out and seek awards. Ive always appreciated when Ive gotten them, and this one, in particular, means so much to me because this is what I spent the past 30 years working on, Clark said. I feel honored and flattered, but its actually a reflection of the people that got me here, that supported me.

When Clark first began his career, his work focused heavily on teaching engineering design graphics to engineering students. As time went on, however, he realized that he could not only research better practices for teaching concepts like 3D modeling and computer design, but ways to produce better pedagogy practices for teaching the concepts in technology and engineering education.

Everything is in 3D, but Ive got to get students, somehow, to work with standards and conventional practices to visualize things in different ways, he said. That unique challenge of trying to get people to develop their visual literacy and their understanding behind the best ways to communicate professionally has always been something important to me and important for what I give to the profession with my research, for both students and professionals.

Clark says he is proud of his research in scientific and technical visualization, which shows that visual capability is important beyond the field of technology and engineering, and can be applied to those working in science and business communities.

As a teacher educator, Clark said he is proud of his work related to 3D technical animation and in modeling for future educators how to teach graphics. He has previously received an award from the American Society for Engineering Education (ASEE) for his work as a leader of teaching and research in graphics education, animation and scientific visualization.

Clark said in order for future educators to teach graphics, they have to know more than just how to use the programs and software. To teach the subject holistically, they must understand the theory behind it and how to apply that theory to solve problems.

That specific blending of skills, he said, is one of the reasons its difficult to find people who are qualified to teach technology, engineering and design, and the combination of methodology, pedagogy and content taught in technology, engineering, and design education courses in the College of Education, he said, has been something he values at NCState.

Ive always appreciated that weve been able to link pedagogy with skill development and content understanding, he said.

What Clark most hopes for as an educator, though, is that students who graduate after taking his courses see the value in visual communication.

I believe in integrated STEM, where we work to produce a really good student in education or industry thats innovative, a good problem solver, who has critical thinking skills and who can enhance that by the use of graphics, he said.

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Forging Her Own Path to a Career in Engineering: Mutsa Kemp – All Together – Society of Women Engineers

Im not your traditional engineer in fact, my career didnt even start with an engineering degree. I was born a first-generation American in Nashville, Tennessee, but raised in Zimbabwe, where girls werent typically encouraged to pursue STEM, so I wasnt exposed to the world of engineering at an early age. I also struggled in elementary, through my early years in high school with mathematics.

However, as a junior in high school, something just clicked. I became more proficient in math and enjoyed higher-level problem-solving and logical thinking to find answers. This led to my engineering internship with the Ford Academy of Manufacturing Science (FAMS) program, where I spent time working alongside industrial and manufacturing engineers. While FAMS sowed the seed of my engineering interest, it wasnt until I started working in manufacturing that I knew engineering was more than a career it was my passion.

It was during my time working on the shop floor that I realized just how much I enjoyed working with technicians and seeing the machinery and products we created. Thats why I joined Siemens Energy. In my initial role as a Project Manager, I was able to utilize my cross-functional background in cost management, industrial relations, quality, and other pivotal areas of engineering.

Siemens Energy has made it possible for me to pursue my PMP certification, and a Masters in Engineering Management with the help of their tuition reimbursement program. They encouraged me to own my career using their resources and support while offering ideas and presenting growth opportunities. I applied and was one of four people selected globally to participate in a training program for mid-career professionals with potential and an interest in moving into leadership in manufacturing. With this selection, I moved to work at one of our manufacturing facilities located on the same campus as headquarters in Berlin. Working in a new and diverse culture has been an incredible experience, and Im so proud to be part of the strong heritage of manufacturing, working in the historic Peter Behrens Hall and highlighting the high-class products built with high-class processes by proud employees of Siemens Energy. As well as highlighting what is happening in R&D space to meet the goals of reducing the CO2 footprint.

Along my journey, Ive been able to achieve some incredible milestones, like exceeding expected delivery schedules for key service customers, being selected, and recognized as a STEP Ahead honoree by the National Association of Manufacturing but one of the accomplishments that makes me most proud is being the mother of school aged children, a son and daughter. Im also honored to be able to promote women in STEM, serving as an e-mentor and helping to open doors for other young women who are interested in engineering. That includes my own children but specifically, my daughter, who is now a Junior Member of the National Society of Black Engineers and is developing her own love for STEM.

While I still know people in my family who do not have reliable electricity in Zimbabwe, Im inspired to be part of the energy transformation and Im excited about the future. As I think about the vision of Siemens Energy, the work we do, and the difference we make, we are not only increasing the accessibility of electricity, but we are improving and saving lives. Im working on projects that I know will impact society and thats something Im proud to be a part of.

Interested in a job like Mutsas? Explore career opportunities at Siemens Energy here.

Diverse Voices Create Safety Solutions

Diverse Podcast: Asa Cervone on Embracing Curiosity to Encourage Inclusion

SWE Blog

SWE Blog provides up-to-date information and news about the Society and how our members are making a difference every day. Youll find stories about SWE members, engineering, technology, and other STEM-related topics.

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Forging Her Own Path to a Career in Engineering: Mutsa Kemp - All Together - Society of Women Engineers

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A year in review: College of Engineering Dean Ayanna Howard serves as an inspiration for women in STEM – OSU – The Lantern

Ayanna Howard is the first female dean of the College of Engineering. Credit: Courtesy of Ohio State

When Kavya Narayanan entered her first engineering class at Ohio State, she found a lecture hall full of only men something she had never experienced before.

Narayanan said she sought out fellow women of color in order to regain a sense of community she felt coming from a racially diverse high school, where women were actively encouraged to pursue careers in STEM. In March 2021, Ayanna Howard was hired as the first female dean of the College of Engineering, giving Narayanan, a fourth-year in biomedical engineering, a role model in her own college, she said.

Howard has held roles in higher education and the NASA Jet Propulsion Laboratory, and she founded Zyrobotics, a company that makes mobile therapy and educational products for children with disabilities, according to the College of Engineerings website. Howard also made Forbes Top 50 Women in Tech list for being an innovator in the field.

Howard said she has enjoyed her first year as dean and is excited about the direction the university is headed.

With all the new leadership that has come in, were really thinking about how were positioning Ohio State for the future, Howard said. Were all aligned for growth and thinking about whats the next step.

Narayanan said she was glad to hear Howard would join Ohio State faculty and is excited for the future of the College of Engineering. She said women like Howard make her feel more welcome in the field.

The best thing you can do to encourage other females is to see older females in high positions, Narayanan said. We knew there would be some change within the College of Engineering that was definitely necessary.

Narayanan said as a woman of color with immigrant parents, she finds it easier and more comfortable to approach a female professor or a woman of color to ask questions in class.

I feel scared of feeling stupid if I go ask a white male because I dont know how Ill be judged by that because of how society is right now, and thats what were working to break down, but unfortunately thats how it is, Narayanan said.

Howard said she felt drawn to Ohio State because of the wealth of engineering opportunities combined with University President Kristina M. Johnsons experience in the field. She said she wants to ensure engineers can have a social impact in their careers after college.

Narayanan said having Howard join the university is one step in a larger movement to diversify faculty so all students feel included every day.

Within my department, biomedical engineering, I think theres a great balance between male and female, but I think for other departments the same cannot be said, Narayanan said. Thats who we have the one-on-one interactions with. Thats who we go to for help.

Howard said she hopes to inspire others to pursue careers in engineering as others did for her.

Its always inspiring because its not as bad now as it was then, and if they can do it, then I can do it, Howard said. If I can do it, then anyone whos following whos younger is like, Oh, I can do it too.

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How COVID upended engineering and created new opportunities for progress on public health – Dal News

Although some people may not realize it, engineering impacts every aspect of our lives. From the keyboard you type on to the water you drink, each sector of our society requires the expertise of an engineer.

Thats why when the world was upended suddenly by the COVID-19 pandemic, so, too, was engineering.

While the pandemic has been incredibly challenging for us all, I think it has also led to new opportunities, says Amina Stoddart, an assistant professor in Dalhousies Department of Civil and Resource Engineering.

Dr. Stoddart joins fourth-year electrical engineering student Jade Farr and high school student Tyra Obaden from Sydney, N.S. for the Engineering for Health in a Pandemic virtual panel next Wednesday (March 31)

Throughout the pandemic, many engineers have focused efforts on pandemic response, which has accelerated advances at the intersection of engineering and public health, adds Dr. Stoddart.

The panel, organized by Dals Women in Engineering Society (WiE), will explore how the pandemic has transformed areas such as engineering education, innovative technologies, and helped shine a spotlight on sectors such as biomedical engineering and environmental engineering.

From an engineering contribution, we have seen advances in materials science for personal protective equipment, improvements in indoor air quality, and the emergence of the field of wastewater surveillancejust to name a few, says Dr. Stoddart. All of these contributions will have a lasting effect beyond COVID-19.

Next weeks event is part of WiEs Women of Today panel series, which aims to educate young women on the career opportunities available with a degree in engineering and the impact the profession has on society.

Over the years, WiE has worked to close the gender gap in engineering by facilitating events, mentorship support, workshops, and career development opportunities to current and future women engineers on Sexton Campus.

I think its important to have this demonstration of what engineering looks like in different sectors and how it varies by age and demographics, says Katelin Flick, vice president of social for WiE and an organizer of next weeks panel discussion. People can learn more about these different topics, and we can expose more people to the industry.

Flick says there are still many misconceptions associated with the field of engineering, and a lack of understanding as to how it applies to the real world. She hopes that next weeks panel will showcase to women how the pandemic has opened new doors to the next generation of aspiring engineers.

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How COVID upended engineering and created new opportunities for progress on public health - Dal News

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UNC Charlotte: Discover the power of an engineering MS in Applied Energy and Electromechanical Systems – Study International News

It goes without saying that the energy industry is one of the worlds largest and most vital. Without energy, there would be no fridges keeping our milk cold, no rechargeable batteries for the phones we cannot live without, and no Internet keeping us connected. Its safe to say the industry is broad and far-reaching; hence, its best professionals are the ones that boast interdisciplinary backgrounds.

Thankfully, every year, the University of North Carolina at Charlotte (UNC Charlotte) produces quality and versatile engineers through its Master of Science in Applied Energy and Electromechanical Systems (AEES) programme.

Offered by UNC Charlottes William States Lee College of Engineering, the 30-credit hour engineering qualification explores the areas of energy conversion, transfer, and conservation, as well as optimal utilisation of resources. Students have an opportunity to study and implement methods of analysis and optimisation of energy processes, and to learn about the development of environmentally-friendly, resilient and sustainable energy systems. The programmes goal is to prepare individuals to thrive in not just the energy sector, but also equip graduates with the latest and sought-after expertise in electromechanical systems, including mechatronics, robotics, additive manufacturing, machine learning, and artificial intelligence.

A 20:1 student-to-faculty ratio makes it possible for students here to get personalised attention and forge teaching relationships that last a lifetime. Source: UNC Charlotte

Customisable modules and numerous opportunities to explore other STEM disciplines across the university ensure all career goals, interests, and pathways are catered to. This unique approach ensures all AEES students can rest assured knowing that wherever they end up professionally, they will be ready a fact proven by a recent survey of alumni, performed by the College of Engineering, reporting high satisfaction in the quality of education and professional preparedness.

The programme maintains its reputation by incorporating high-impact learning practices based on real-world engineering scenarios that are common today and will emerge tomorrow. All assignments and projects encourage collaboration, especially since succeeding in a professional environment requires plenty of it.

Theres a lot to discover within a diverse student and faculty population. In terms of gender, ethnicity, professional background and research specialities, the programmes impressive lineup of faculty members bring a wide array of perspectives and an unrivalled breadth of knowledge into classrooms. Enrolled students represent all genders, nationalities, upbringings, academic backgrounds and aspirations.

Forging connections while gaining cultural perspectives is crucial for success across the three delivery options students in the AEES programme can choose from: Thesis, Project (non-thesis), or Comprehensive Exam. Each route requires the completion of core courses, elective courses, and a capstone experience.

The Thesis option is especially ideal for those keen on conducting research. These learners will be able to work directly with a research advisor to formulate a research plan to present to the thesis review committee. Upon approval, students will then seek cutting-edge discoveries alongside their advisors before translating findings into a written thesis and delivering an oral defence of their research work to the committee.

UNC Charlotte is consistently ranked as one of the top academic institutions in the Southeast and accredited by the Commission on Colleges of the Southern Association of Colleges and Schools (SACS) to award baccalaureate, masters, intermediate, and doctoral degrees. Source: UNC Charlotte

Anything is possible in one of UNC Charlottes many state-of-the-art engineering laboratories, each designed to provide instructional/research support in the topical areas of robotics, fluids, stress, power systems, digital electronics, microprocessors, PLCs, and communications. In these spaces, those who arent working on their thesis will be able to practise excelling in methods commonly tasked within the energy and electromechanical industry.

According to UNC Charlottes data, nearly every AEES graduate has secured employment within the engineering industry while a smaller group opted to pursue doctoral success with a Ph.D. instead.

Those who could not wait to put their newfound knowledge to use hold working titles such as Automation Engineer, Controls Engineer, Design Engineer or Analyst. Recent AEES graduates can be found adding value in esteemed organisations such as Schaeffler, CVS Health, Naval Air Systems Command (NAVAIR), Emerson, Duke Energy, General Dynamics, PTC, Honeywell, Trane, Johnson Controls, Schweitzer, HP, Dupont, and the National Renewable Energy Lab.

Achieving mastery often compels international students to return to their home country and contribute to the economy they grew up around. However, most programme graduates international and domestic tend to seek employment across the US.

Remaining in Charlotte, North Carolina is a popular decision for obvious reasons it is the states largest and most dynamic city, fast becoming a hot spot for major corporations. In fact, data from the Charlotte Regional Business Alliance shows the demand for tech jobs in Charlotte has increased 17% in the last few months.

The AEESs STEM designation means international students who apply for the Optional Practical Training extension will be able to show these businesses what theyre made of for up to 36 months before possibly landing full-time employment. With a UNC Charlotte qualification, the skys the limit. To energise your future, learn more here!

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Alumnus pledges $5 million for Gerald May Department of Civil, Construction and Environmental Engineering – UNM Newsroom

Engineering donor: I think you can solve the worlds problems by educating people

The University of New Mexico Board of Regents today (March 22) voted to approve renaming the Department of Civil, Construction and Environmental Engineering in honor of Gerald May, a longtime professor in the department, School of Engineering dean and UNM president.

A $5 million cash pledge from Douglas Campbell, an alumnus of the department and CEO and co-founder of Solid Power, a Colorado-based all-solid-state electric vehicle battery developer, will create the Gerald May Department of Civil, Construction and Environmental Engineering.

The department will be renamed upon final payment of the pledge, no later than Dec. 31, 2026.

The $5 million pledge is the largest cash gift pledge to the School of Engineering and the 12th largest for UNM, according to the UNM Foundation records. The Gerald May Department of Civil, Construction and Environmental Engineering will also be the first endowed department in UNM history.

This is a tremendous boost to both the Department of Civil, Construction and Environmental Engineering as well as the School of Engineering, said Christos Christodoulou, Jim and Ellen King Dean of Engineering and Computing. The department has been on a bold mission the last few years to grow and expand, attract and retain students and faculty, and support more of the top-tier research it is already well-known for. This donation is a major step toward this goal, and we are very grateful that one of our own graduates is leading this transformation to make a good department great.

Campbell earned a bachelors degree in civil engineering from UNM in 2001, then a masters degree from the department the next year. Although his degrees are in engineering, he knew early on that his passions were more aligned in the area of entrepreneurship, and he credits a professor he had, Gerald May, with helping him with that realization.

Upon graduating with my bachelors degree, I hesitated to pursue a career in civil engineering, Campbell said. I consulted with Dr. May, as I respected him immensely and considered him a mentor of sorts. He encouraged me to pursue a graduate degree as a means of exploring other career opportunities. By following that advice, I had placed myself on a much different career trajectory that ultimately positioned me to become a successful entrepreneur. That turned out to be very sage advice.

Campbell is the founder and CEO of Solid Power, a Louisville, Colo.-based company that develops all solid-state, high-energy and safe, rechargeable batteries for the electric vehicle market. He previously co-founded and was CEO of Roccor, LLC, which specializes in innovative, high-performance, deployable structures and thermal management solutions for satellite and terrestrial military and commercial markets. Roccor was sold to Redwire Space in 2020, while Solid Power recently became a publicly traded company.

Campbells donation will create an endowment, which will generate funds in perpetuity that will go toward a variety of needs in the department, at the discretion of the department chair. These needs include recruiting students to the department; supporting current students, including funding to help send them to professional conferences; funding to attract and retain faculty; and upgrading equipment and facilities to ensure the department stays up to date with current technology and competitive with peer institutions.

Mahmoud Taha, distinguished professor and chair of the Department of Civil, Construction and Environmental Engineering, said that his department will benefit greatly from this donation, helping it accomplish bold goals that have been set, in particular the 12 in 12 initiative Taha established in 2018 to raise $12 million in 12 years.

Doug Campbells donation means a lot to the department in terms of achieving our goals of becoming a top 30 department nationally, Taha said. It will mean increased funding for our classrooms in the form of TAs [teaching assistants] and graders, helping our faculty promote creativity in the classroom. It will also provide seed funding for faculty innovations, which helps attract and retain top researchers, as well as provide gap funding to support and recruit top graduate students. It will even help support our study abroad program that provides our undergraduate students the opportunity to study in Europe during summer and offer them a unique college learning experience.

Campbell said his motivation for naming the department in honor of May and not for himself is because of the enormous impact that May had on him, as well as countless other students, faculty and others throughout Mays decades at UNM. Although Campbell is a successful businessman and an Albuquerque native, he said most people would not recognize his name, unlike Mays.

I didnt like the idea of putting my name on this. People would say, Who was this guy? But Jerry May, in my opinion, is an institution. If you look up engineering in a dictionary, youd see a picture of Dr. May.

May earned his bachelors in civil engineering from Bradley University in 1962, then his masters and Ph.D. from the University of Colorado at Boulder. He joined the civil engineering faculty at UNM in 1967 and rose quickly through the ranks, from a professor to associate dean to dean of engineering from 1980-86, then as 14th president of UNM, from 1986-90.

Mays passion for teaching and education undoubtedly impacted his priorities in administration. He continuously fought for more money for faculty, and as dean, oversaw the construction of two new buildings the Mechanical Engineering Building in 1980 and the Electrical Engineering Building in 1986. One of his legacies as president was implementing the Regents Scholarship, which provides UNM students a full-ride education.

My most rewarding role was teaching, especially undergraduate teaching, he said. I was always refreshed working with students.

For May, having a department named in his honor took some getting used to (I didnt like the idea at first, he said), but he said if it helps UNM and its students and faculty succeed, that aligns with his values.

Im very humbled by such a generous gesture from a former student, he said. I have been privileged to be able to spend a career at UNM working with such bright young men and women.

This donation is not the first philanthropy record for the School of Engineering. In 2016, Jim and Ellen King made a $500,000 gift to the School of Engineering to create the Jim and Ellen King Dean of Engineering and Computing, the first endowed deans position at UNM.

The Campbell gift will go toward the $50 million Our Time: The Campaign for UNM School of Engineering, which was announced in 2021. The fundraising campaigns mission is to raise funds for the students, faculty and programs of the School of Engineering.

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