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Incredible snow removal

#Snowstorms ❄️ are no match for our facilities team. Watch to see what it takes to keep our #Northeastern community safe and our #Boston campus clean. https://t.co/lDcjFRRhlw

— Northeastern U. (@Northeastern) January 20, 2023

Eggnogg

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Business innovation involves creating new or improved business processes, models, or strategies to achieve organizational goals and gain a competitive advantage. It focuses on enhancing efficiency, customer experience, and overall business performance. Business innovation may encompass changes in marketing, operations, management, or other aspects of the business ecosystem.

On the other hand, technology innovation revolves around the development and application of new technologies or the improvement of existing ones. It aims to introduce novel solutions, products, or services by leveraging advancements in technology. Technology innovation can be driven by scientific research, engineering breakthroughs, or the integration of emerging technologies to address specific needs.

While business innovation is broad and encompasses various facets of organizational improvement, technology innovation specifically centers on advancements in technology and their strategic implementation. Successful companies often integrate both types of innovation to stay competitive, using business innovation to optimize processes and technology innovation to enable novel solutions and capabilities.

Noteworthy innovations relevant to the development and maintenance of the real assets of education settlements:

Proptech Platforms: Various proptech (property technology) platforms have emerged to streamline property management tasks, including tenant communication, rent collection, and maintenance requests. Examples include Buildium, AppFolio, and Propertyware.
Blockchain in Real Estate: Blockchain technology is being explored for its potential to enhance transparency, security, and efficiency in real estate transactions. Smart contracts on blockchain can automate and secure property transactions.
Virtual and Augmented Reality (VR/AR): VR and AR technologies are being used for virtual property tours, allowing potential buyers or tenants to explore properties remotely. This helps in saving time and making more informed decisions.
Predictive Analytics: Data analytics and machine learning are being employed to analyze market trends, predict property values, and assess investment opportunities. This enables more data-driven decision-making in real estate.
IoT (Internet of Things): IoT devices are being integrated into buildings for smart property management. This includes smart thermostats, security systems, and energy-efficient solutions, enhancing overall property performance.
Automated Valuation Models (AVMs): AVMs leverage algorithms and data analysis to estimate property values. These tools provide quick and automated property valuations, aiding in pricing decisions.
Digital Transaction Platforms: Platforms that facilitate end-to-end digital real estate transactions are gaining popularity. These platforms aim to simplify the buying and selling process, reducing paperwork and increasing efficiency.
Energy-efficient Technologies: Sustainable and energy-efficient solutions are becoming integral to real estate development. Innovations include smart building systems for energy management, green construction materials, and renewable energy integration.
Crowdfunding for Real Estate: Crowdfunding platforms allow individuals to invest in real estate projects with smaller amounts of capital. This democratizing approach to real estate investment provides opportunities for a broader range of investors.
Facial Recognition and Biometrics: Some property management systems are incorporating facial recognition and biometric technologies for enhanced security in access control and building management.

Celebrating the 150th Birthday of Gustav Holst

The Music of Gustav Holst

A British composer best known for The Planets suite Gustav Holst has had a profound impact on the Anglosphere by bridging classical music with broader cultural narratives and modernity. The Planets, with its bold orchestration and thematic explorations of astrological symbolism, has resonated deeply across English-speaking countries, shaping the orchestral landscape and inspiring generations of composers, particularly in film.

Holst’s music marries English folk influences with European classical traditions, embodying a distinctly English voice that celebrates both innovation and heritage. His works emphasize emotion and mysticism, reflecting a British identity while connecting to universal themes.

In the Anglosphere, Holst’s contributions have expanded the appreciation of orchestral music, influencing composers from Benjamin Britten to John Williams, whose iconic film scores owe much to Holst’s pioneering style. Holst’s legacy endures as a touchstone of British musical identity, evoking wonder, tradition, and a cosmic scope that resonates globally.

Sir Winston Churchill – Funeral (I Vow To Thee) – The Nation’s Farewell

Memorial Church Sunday Service

Sacred Spaces

Center for Computing & Data Sciences

BU Center for Computing & Data Sciences

Facilities Management & Operations

Standards Massachusetts

Mabon Breakfast

Tufts University Financial Statement: $4.602B

Standards Massachusetts

Middlesex County Massachusetts

Featured Event September 25: Bearing Witness to our Shared Humanity

The word “fecund” comes from the Latin word “fecundus,” which means fertile or fruitful. Historically, it has been used to describe land, animals, or people that are capable of producing abundant offspring or vegetation.

The term conveys a sense of richness and productivity, often associated with fertility and the ability to generate new life or growth. In a broader sense, it can also be applied metaphorically to describe creative or intellectual productivity.

“The Harvesters” 1565 | Pieter Bruegel the Elder

Standards Michigan: Kitchen Safety & Sustainability

Evensong “Knoxville: Summer of 1915”

Michigan Central

Williams College is a private liberal arts college located in Williamstown, Massachusetts, USA. Founded in 1793, it is one of the oldest institutions of higher education in the United States. The college was established through a bequest of Colonel Ephraim Williams Jr., a war hero who died in the Battle of Lake George during the French and Indian War. In his will, Colonel Williams left funds for the establishment of a free school on the condition that it be located in Williamstown.

Haystack Observatory

The Haystack Observatory is a research facility primarily focused on radio astronomy, geodesy, and atmospheric science research. Although WMBR and the Haystack Observatory are both associated with MIT, they serve distinct purposes; with WMBR focuses on providing a platform for student radio programming and community engagement in the Cambridge region.

The transmitter for student-run radio station, WMBR 88.1 FM, is located in the town of Belmont about 3 miles from campus; situated on a tower at 150 Pleasant Street in Belmont. This location allows WMBR’s signal to cover a significant portion of the greater Boston area, reaching listeners in Cambridge, Boston, and surrounding communities.

Nitro Cold Brew

Nitro cold brew is bubbling up in coffee shops almost everywhere. The nitrogen-infused beverage became one of the hottest new offerings for coffee lovers looking for something different. The cold brew — made by steeping coffee grinds in cold water for multiple hours — is dispensed from a stout tap, similar to what you’d find at your local bar.

Image: Chemical & Engineering News

WBUR City Space | Campus Planning & Operations

Falsus in uno, Falsus in omnibus

Software Engineering Ethics Education

Four Opportunities for SE Ethics Education

Alicia M. Grubb

Smith College, Northampton, Massachusetts

Abstract: Many software engineers direct their talents towards software systems which do not fall into traditional definitions of safety critical systems, but are integral to society (e.g., social media, expert advisor systems). While codes of ethics can be a useful starting point for ethical discussions, codes are often limited in scope to professional ethics and may not offer answers to individuals weighing competing ethical priorities. In this paper, we present our vision for improving ethics education in software engineering. To do this, we consider current and past curricular recommendations, as well as recent efforts within the broader computer science community. We layout challenges with vignettes and assessments in teaching, and give recommendations for incorporating updated examples and broadening the scope of ethics education in software engineering.

CLICK HERE to order complete paper

Smith College | Hampshire County Massachusetts

Sam Altman: OpenAI

There are no generally accepted best practices specifically tailored for Artificial General Intelligence (AGI) development, mainly because AGI remains largely theoretical and hasn’t been achieved yet. However, there are various principles, guidelines, and best practices within the broader field of artificial intelligence and machine learning that could inform AGI development efforts. Some of these include:

Ethical AI Principles: Many organizations and research institutions have proposed ethical principles for AI development, focusing on issues like fairness, transparency, accountability, and safety. These principles could be adapted and extended to AGI development.

Safety Guidelines: Concepts like AI alignment, robustness, and safety engineering are crucial for AGI development to ensure that the system behaves in desirable ways and doesn’t pose risks to humanity.

Interdisciplinary Approach: AGI development may require insights from various fields such as computer science, cognitive science, neuroscience, philosophy, and psychology. Collaborative efforts among experts from different disciplines can help in shaping best practices for AGI.

Research Ethics: Guidelines for conducting ethical research in areas like human subjects research, data privacy, and responsible publication are relevant for AGI development as well, especially considering the potential societal impacts of AGI.

Transparency and Openness: Promoting transparency and open research practices can help in fostering trust and collaboration within the AGI research community. Open access to data, code, and research findings can facilitate progress in AGI development while mitigating risks.

Risk Assessment and Mitigation: AGI researchers should consider potential risks and unintended consequences of their work, such as job displacement, economic disruption, and existential risks. Developing strategies for risk assessment and mitigation is essential.

Continuous Learning and Adaptation: AGI systems are expected to be capable of learning and adapting autonomously. Therefore, best practices for continual learning, model updating, and adaptation in AI systems are relevant for AGI development.

While there may not be specific standards or best practice literature exclusively dedicated to AGI, integrating insights and principles from related fields can guide responsible and effective AGI research and development. Additionally, as progress is made in AI research, new standards and best practices may emerge to address the unique challenges of AGI.

Apache Software Foundation: Code of Conduct

print(“Python”)

Use Case: Julia Programming Language for Artificial Intelligence

Ethereum ERC-20

“Systems of Logic Based on Ordinals” 1939 | A.M. Turing, Princeton University

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