John Buttrick, celebrated pianist and former director of music at MIT, dies at 88

John Buttrick, celebrated pianist and former director of music at MIT, dies at 88

John LaBoiteaux Buttrick, a former professor in MIT’s Music and Theater Arts Section and prize-winning pianist, died in late November, 2023, in Zurich, Switzerland. He was 88.

Buttrick joined the humanities faculty at MIT in 1966, where he lectured and taught as a professor of humanities and music. He served as the head of MIT’s music section from 1967 to 1976. He taught introduction to music subjects as part of the humanities requirement and was, according to colleague and MIT professor Marcus Thompson, “very popular.” 

Buttrick was born Dec. 15, 1934. He grew up in Bryn Mawr, Pennsylvania, and Nantucket, Massachusetts. He spent a year at Haverford College before later earning a BS in 1957 and an MS in 1959 from the Juilliard School of Music. He completed additional graduate work at Brandeis University. During his personal and professional career, he studied piano with Isidor Philipp, Rudolf Serkin, and Beveridge Webster. 

One of Buttrick’s first professional outings was as a participant in the Marlboro Music Festival. 

Beginning in 1961 he toured major European cities performing in recitals and as a soloist with symphony orchestras. Critics from news organizations in Berlin, Frankfurt, Hamburg, and Zurich lauded his “technical and musical prowess and his communicative gift.” He also toured with orchestras and groups across the United States and Europe for most of his life. 

During his tenure at MIT, Buttrick performed numerous solo recitals in Kresge Auditorium, favoring Beethoven. He was also a soloist with the MIT Symphony Orchestra on a national tour to several major American cities. The tour was hosted by the MIT Alumni Association and conducted by Professor Emeritus David Epstein.

An article in Time magazine reported that, under Buttrick’s leadership, MIT saw its music faculty more than double to 13 and oversaw the increasing popularity of its music courses; two-thirds of the 1973 sophomore class enrolled in them. The Institute’s student orchestra, under Buttrick’s direction, regularly sold out the Kresge Auditorium.

Buttrick, alongside MIT students, was also featured in a weekly radio program, “After Dinner,” which was broadcast on station WGBH in the late 1960s and early 1970s. The program featured “informal, four-handed playing of pieces by Mozart and Schubert.” 

He was frequently featured in chamber music presentations on MIT’s campus accompanied by other prominent artists like French flutist and Marlboro School of Music co-founder Louis Moyse, son of the famous flutist Marcel Moyse.

Buttrick was passionate about his musical forebears, particularly Beethoven. The liner notes Buttrick wrote for his 1983 album  “Ludwig von Beethoven: Klaviersonate Nr. 30 E-Dur, Op. 109 – Klaviersonate Nr. 31 As-Dur, Op. 110”  released in Switzerland on the label Jecklin Musikhaus, described Beethoven’s sounds as “melodic shapes and figurations” and “rounder and more undulant.”

Buttrick recorded several other albums of music by Franz Schubert, Ferruccio Busoni, Joseph Haydn, Max Reger, Richard Strauss, Johannes Brahms, L.van Beethoven, César Franck, and Frédéric Chopin. His favorite composers were Beethoven, Brahms, Schubert, and Chopin.

Buttrick believed in music’s power to heal people. A former student of Joseph Pilates, Buttrick  healed after suffering significant injuries to his hand, arm, and shoulder. Later, he came to practice movement therapy, helping clients avoid surgery using alternative therapies.

While living in America, he was active on Nantucket and a member of the Congregational Church, where many passersby could hear him practicing the piano any given weekday.

In 1985, John relocated to Zurich, where he continued to teach, perform, and engage in the arts. While in Zurich, he met and later married Irene Buttrick. He officially took leave of his MIT position in 1988.

Buttrick is survived by his children, Miriam, David, Simon, and Michael; five grandchildren; ex-wife and caregiver Irene; brothers Daniel Drake and Hoyt Drake; and numerous beloved nieces and nephews.

PTW, A Support Studio That’s Worked With Capcom And Blizzard, Lays Off 45 People

PTW, A Support Studio That’s Worked With Capcom And Blizzard, Lays Off 45 People

PTW, a support studio that’s worked with some of the industry’s biggest companies like Blizzard, Capcom, and Sega, has laid off about 45 people, as first reported by Kotaku. PTW was previously called Pole To Win and its services include quality assurance, studio support, and localization. Last week, on January 11, someone with knowledge of the studio told Kotaku about the layoffs, noting that roughly 45 people lost their jobs. 

The person with the knowledge of PTW also told the publication that the majority of those laid off live outside the United States – it has studios in North America, Europe, and Asia – and were QA workers. However, jobs were cut in other departments, too, Kotaku notes. 

“PTW made the difficult decision to reduce our workforce in several countries where we operate,” a PTW spokesperson told Kotaku. “This decision was not made lightly – Our company’s core offerings stem from the people who enable us to deliver world-class products and services. We want to thank our departing team members for the time and effort they put into the company.” 


These layoffs join a large string of other job cuts that happened last week, following a terrible 2023 for the people who make games and those in game-adjacent industries. Last week, we learned Unity would be laying off 1800 people by the end of March, and that Twitch was laying off 500 employees. Discord also announced it had laid off 170 employees. 

In January of last year, Microsoft laid off 10,000 employees amidst its ongoing $69 billion acquisition of Activision Blizzard, which it completed in October

Striking Distance Studios, the team behind 2022’s The Callisto Protocol, laid off more than 30 employees in August of 2023. That same month, Mass Effect and Dragon Age developer BioWare laid off 50 employees, including long-time studio veterans. The following month, in September, Immortals of Aveum developer Ascendant Studios laid off roughly 45% of its staff, and Fortnite developer Epic Games laid off 830 employees

In October of last year, The Last of Us developer Naughty Dog laid off at least 25 employees, and Telltale Games also underwent layoffs, although an actual number of affected employees has not yet been revealed. Dreams developer Media Molecule laid off 20 employees in late October.

In November, Amazon Games laid off 180 staff membersUbisoft laid off more than 100 employeesBungie laid off roughly 100 developers, and 505 Games’ parent company, Digital Bros, laid off 30% of its staff

In December, Embracer Group closed its reformed TimeSplitters studio, Free Radical Design, and earlier in the year, Embracer closed Saints Row developer Volition Games, a studio with more than 30 years of development history. A few weeks before the winter holidays, Dungeons & Dragons and Magic: The Gathering owner Hasbro laid off 1,100 employees

The games industry will surely feel the effects of such horrific layoffs for years to come. The hearts of the Game Informer staff are with everyone who’s been affected by layoffs or closures.

[Source: Kotaku]

K. Lisa Yang Global Engineering and Research Center will prioritize innovations for resource-constrained communities

K. Lisa Yang Global Engineering and Research Center will prioritize innovations for resource-constrained communities

Billions of people worldwide face threats to their livelihood, health, and well-being due to poverty. These problems persist because solutions offered in developed countries often do not meet the requirements — related to factors like price, performance, usability, robustness, and culture — of poor or developing countries. Academic labs frequently try to tackle these challenges, but often to no avail because they lack real-world, on-the-ground knowledge from key stakeholders, and because they do not have an efficient, reliable means of converting breakthroughs to real-world impact.

The new K. Lisa Yang Global Engineering and Research (GEAR) Center at MIT, founded with a $28 million gift from philanthropist and investor Lisa Yang, aims to rethink how products and technologies for resource-constrained communities are conceived, designed, and commercialized. A collaboration between MIT’s School of Engineering and School of Science, the Yang GEAR Center will bring together a multidisciplinary team of MIT researchers to assess today’s most pressing global challenges in three critical areas: global health, climate change mitigation and adaptation, and the water-energy-food nexus.

“As she has shown over and over through her philanthropy, Lisa Yang shares MIT’s passion for connecting fundamental research and real-world data to create positive impact,” says MIT president Sally Kornbluth. “I’m grateful for her powerful vision and incredible generosity in founding the K. Lisa Yang GEAR Center. I can’t imagine a better use of MIT’s talents than working to improve the lives and health of people around the world.”

Yang’s gift expands her exceptional philanthropic support of human health and basic science research at MIT over the past six years. Yang GEAR Center will join MIT’s Yang Tan Collective, an assemblage of six major research centers focused on accelerating collaboration in basic science, research, and engineering to realize translational strategies that improve human health and well-being at a global scale.

“Billions of people face daily life-or-death challenges that could be improved with elegant technologies,” says Yang. “And yet I’ve learned how many products and tools created by top engineers don’t make it out of the lab. They may look like clever ideas during the prototype phase, but they are entirely ill-suited to the communities they were designed for. I am very excited about the potential of a deliberate and thoughtful engineering effort that will prioritize the design of technologies for use in impoverished communities.”

Cost, material availability, cultural suitability, and other market mismatches hinder many major innovations in global health, food, and water from being translated to use in resource-constrained communities. Yang GEAR Center will support a major research and design program with its mission to strategically identify compelling challenges and associated scientific knowledge gaps in resource-constrained communities then address them through academic innovation to create and translate transformative technologies.

The center will be led by Amos Winter, associate professor of mechanical engineering, whose lab focuses on creating technologies that marry innovative, low-cost design with an in-depth understanding of the unique socioeconomic constraints of emerging markets.

“Academia has a key role to play in solving the historically unsolvable challenges in resource-constrained communities,” says Winter. “However, academic research is often disconnected from the real-world requirements that must be satisfied to make meaningful change. Yang GEAR Center will be a catalyst for innovation to impact by helping colleagues identify compelling problems and focus their talents on realizing real-world solutions, and by providing mechanisms for commercial dissemination. I am extremely grateful to find in Lisa a partner who shares a vision for how academic research can play a more efficient and targeted role in addressing the needs of the world’s most disadvantaged populations.”

The backbone of the Yang GEAR Center will be a team of seasoned research scientists and engineers. These individuals will scout real-world problems and distill the relevant research questions then help assemble collaborative teams. As projects develop, center staff will mentor students, build and conduct field pilots, and foster relationships with stakeholders around the world. They will be strategically positioned to translate technology at the end of projects through licensing and startups. Center staff and collaborators will focus on creating products and services for climate-driven migrants, such as solar-powered energy and water networks; technologies for reducing atmospheric carbon and promoting the hydrogen economy; brackish water desalination and irrigation solutions; and high-performance, global health diagnostics and devices.

For instance, a Yang GEAR Center team focused on creating water-saving and solar-powered irrigation solutions for farmers in the Middle East and North Africa will continue its work in the region. They will conduct exploratory research; build a team of stakeholders, including farmers, agricultural outreach organizations, irrigation hardware manufacturers, retailers, water and agriculture scientists, and local government officials; design, rigorously test, and iterate prototypes both in the lab and in the field; and conduct large-scale field trials to garner user feedback and pave the way to product commercialization.

“Grounded in foundational scientific research and blended with excellence in the humanities, MIT provides a framework that integrates people, economics, research, and innovation. By incorporating multiple perspectives — and being attentive to the needs and cultures of the people who will ultimately rely on research outcomes — MIT can have the greatest impact in areas of health, climate science, and resource security,” says Nergis Mavalvala, dean of the School of Science and the Curtis and Kathleen Marble Professor of Astrophysics.

An overarching aim for the center will be to educate graduates who are global engineers, designers, and researchers positioned for a career of addressing compelling, high-impact challenges. The center includes four endowed Hock E. Tan GEAR Center Fellowships that will support graduate students and/or postdoctoral fellows eager to enter the field of global engineering. The fellowships are named for MIT alumnus and Broadcom CEO Hock E. Tan ’75 SM ’75.

“I am thrilled that the Yang GEAR Center is taking a leading role in training problem-solvers who will rethink how products and inventions can help communities facing the most pressing challenges of our time,” adds Anantha Chandrakasan, dean of the School of Engineering and the Vannevar Bush Professor of Electrical Engineering and Computer Science. “These talented young students,  postdocs, and staff have the potential to reach across disciplines — and across the globe — to truly transform the impact engineering can have in the future.”

Stability AI releases Stable Code 3B for enhanced coding assistance

Stability AI has announced the release of Stable Code 3B, an upgraded three billion parameter AI system for automatic code generation and completion. With enhancements like larger context size and improved completion quality, Stable Code 3B aims to push the boundaries of AI-assisted software development. At…