Chicago Fire FC announced the approval for a new, privately funded stadium in The 78 – a project that will anchor Chicago’s newest neighborhood. The 78 is 62 acres of undeveloped riverfront land found in downtown Chicago.

This marks the first major stadium built in Chicago in more than 30 years, and it’s being delivered entirely through the private investment. The new stadium will give the club a world-class home while creating a year-round destination for the entire city. The new $650 million stadium will seat approximately 22,000 fans, striking a balance between an electric, high-demand atmosphere and a world-class matchday experience. It was designed by Gensler in “Chicago School” fashion with the enduring elegance of the warehouses that represent the city’s grit and hard work. Gensler is the designer of the stadiums for Austin FC, LAFC and Toronto FC.

Pasqal, a global leader in neutral-atom quantum computing, will establish their U.S. headquarters as a future tenant of the Illinois Quantum and Microelectronics Park on Chicago’s South Side.

Located at a historic and scenic site on Lake Michigan just minutes away from downtown Chicago, the IQMP offers direct access to universities, national labs and transportation for local, national and global connectivity. The multibillion-dollar, 128-acre public-private IQMP will include shared cryogenic facilities, equipment labs and research spaces. Tenants include quantum computing company PsiQuantum and the DARPA-Illinois Quantum Proving Ground and will ultimately become a full ecosystem of companies, researchers, suppliers, end users and other partners. It will be managed by an organization affiliated with the University of Illinois system.

Illinois is continuing to position itself as a clean energy leader with the announcement that NANO Nuclear Energy Inc. will establish a manufacturing and research development facility in the state. The company is committing more than $12 million to this project, which is expected to generate 50 full-time jobs and advance next-generation nuclear energy technologies.

The new facility is located in the Chicagoland area and features a 23,537-square-foot site, including a 7,400-square-foot non-nuclear demonstration zone. It will support engineers, component manufacturers and researchers who will collaborate closely with the University of Illinois Urbana-Champaign on NANO Nuclear’s flagship project, the KRONOS MMR™ Microreactor Energy System.

Illinois’ economic development program, Reimagining Energy and Vehicles, is backing the investment through tax credits tied to job creation and capital investment. This will reflect the state’s broader strategy to attract advanced manufacturing and clean energy companies.

Several factors made Illinois an appealing location for NANO Nuclear. The state is already a significant hub for nuclear electricity production and has deep academic and industrial infrastructure. The presence of well-established utilities and research institutions provides a strong ecosystem for innovation in nuclear power.

NANO Nuclear’s arrival places it among a growing list of clean tech companies choosing Illinois, including companies in advanced manufacturing and alternative energy sectors. As it takes shape, this facility is poised to contribute not only to job growth but also to new research breakthroughs that could help shape the future of energy in Illinois and beyond.

Food waste is a serious issue facing our country that not everyone may be familiar with. According to the USDA, roughly 30-40% of the national food supply is wasted annually, which equates to nearly 133 billion pounds of food with a value of $161 billion. Yet in 2023, over 18 million households experienced food insecurity.

To help combat food waste and improve food accessibility, a team of three recent Illinois high school graduates from Plainfield North High School — Nicholas Powell, Hubert Stasik and Tharun Veeraiah, collectively known as Team Expiri — presented at the prestigious INCubatoredu National Pitch Competition held in Chicago in July.

Did you know the world’s first sustained nuclear reaction was achieved on a squash court beneath Stagg Field at the University of Chicago? The moment sparked the controversial age of nuclear power and also nuclear weapons.

A key moment in the Manhattan Project, the experiment in Chicago was designed to prove a scalable, sustained nuclear reaction was possible. With hundreds of people working on the project the reactor ultimately took two weeks to construct and on Dec. 2, 1942, the first nuclear self-sustaining chain reaction was achieved in 28 minutes.

The 49 scientists present at the reaction celebrated with Chianti wine drank from paper cups. Following the reaction, the reactor was transported to a forest preserve outside Chicago and disassembled. The scientists and equipment involved in the project were reorganized to pursue peaceful uses of atomic energy, becoming the nation’s first national lab, the Argonne National Laboratory.

Nuclear fission went on to be used in energy, weapons systems, chemistry and biological studies and many breakthrough medicinal applications. The use of nuclear fission in all of these settings presented world altering changes to how humans interact with the world.