How Kenni-Richelle King’s Alchemized Reframes Trauma as Fuel

By: Emily Parker

The alchemical metaphor at the center of Kenni-Richelle King’s debut book, Alchemized, is not decorative. It is precise. Alchemy, in its original sense, is the transformation of base material into something more valuable through a process that takes heat, time, and specific knowledge of what is being worked with. King applies that idea to trauma, describing the sustained work of understanding what happened, what it cost, and what survival strategies it produced. Her framework looks at how those strategies can be consciously redirected, from the defense mechanisms they were at the moment of the original wounding into fuel for the life a person is building afterward.

King has described doing this work herself, and she has built her professional career around supporting others as a coach.

King’s path to coaching adds context to the framework she developed. She did not arrive at her practice from the distance of someone who studied trauma academically and then built a career around the findings. She arrived at it from lived experience, earning her business degree and multiple coaching certifications alongside her own personal healing. In her telling, the fight for herself became the work she now does with others. That continuity between the personal and the professional gives the book a voice that reads as personal rather than purely theoretical.

The book treats healing as a direction rather than a destination. The goal is not to arrive at a perfectly healed version of oneself. It is to build understanding, compassion, and agency, so that ongoing growth follows intention rather than the unconscious repetition of patterns installed by survival. In that sense, King frames the work as ongoing and intentional rather than a single event with a finish line.

King pays particular attention to survival strategies, the very mechanisms that helped a person get through the original wounding. In adult life, she explains, those same mechanisms can shape choices and situations that deepen the original damage instead of healing it. Understanding them and releasing them with compassion sits at the heart of the work she describes.

King released Alchemized on October 5, during Mental Health Awareness Week. The release marks an expansion of her work beyond her coaching practice, offering a format that can reach readers who have not yet had the chance to work with her directly. The book is written for people who have spent a long time surviving difficult experiences and have begun to suspect that surviving was never meant to be the whole story. Readers can find the book on Amazon through Alchemized on Amazon.

Emory and Georgia Tech Commit More Than $1 Billion to Build Atlanta’s AI Ecosystem

Emory University and Georgia Tech are investing more than $1 billion combined in artificial intelligence, with roughly $600 million from Emory University and more than $575 million from Georgia Tech. The joint commitment, announced October 8, 2026, pays for AI talent, computing infrastructure, research, and workforce training aimed at making Atlanta a national center for applied AI.

Key Takeaways

  • Emory University is contributing about $600 million and Georgia Tech more than $575 million, for a combined total above $1 billion.
  • Nearly half of Emory University’s investment has gone to recruiting and keeping AI talent in Atlanta.
  • Georgia Tech’s new Nexus AI supercomputer, funded with support from the National Science Foundation and industry partners, launches in October.
  • Georgia Tech’s AI Makerspace gives more than 6,000 students a year hands-on AI experience.
  • On October 9, Georgia Tech announced a $5 million, three-year grant to help more than 300 researchers and faculty nationwide use AI in their work.
  • The investments back the Atlanta Mayor’s Office goal of making the city a top-five technology and entrepreneurship hub.

Two Universities Split the AI Pipeline Between Them

The $1 billion figure is notable, but so is how Emory University and Georgia Tech divided the work. Neither school is trying to cover every part of AI alone. Georgia Tech is putting its money into advanced computing, AI discovery, and workforce development. Emory University is focusing on AI talent, healthcare innovation, and applying AI to medicine, business, law, the humanities, and ethics.

The two schools will also work together where their strengths overlap, through joint research, talent development, and industry partnerships. For Atlanta, that means an engineering school and a research university with a major health system are moving in step on AI instead of competing for the same ground.

“Atlanta is unique because of what we can accomplish together,” said Emory University President Christopher L. Augostini. Georgia Tech President Ángel Cabrera said the two institutions’ combined strengths position Atlanta to become an AI hub that drives discoveries, launches new ventures, and powers economic growth.

Georgia Tech Brings the Computing Power Online

Much of Georgia Tech’s investment goes into physical infrastructure. It includes advanced computing in Tech Square, a campus-wide computing platform, and the Nexus AI supercomputer, which launches this month. Georgia Tech, industry partners, and the National Science Foundation funded the system together, and it will serve students, faculty, and researchers applying AI to practical problems.

Access to computing is often what holds university AI programs back. Researchers with good ideas frequently lack the processing power to test them at scale. By building that capacity in Midtown, Georgia Tech gives Atlanta researchers resources they would otherwise have to look for in other cities.

Georgia Tech is also training students at scale. The AI Makerspace reaches more than 6,000 students each year. Georgia Tech’s Tech AI program connects companies and government partners with researchers to speed up AI adoption across industries.

Emory University Builds Around Talent and Health

Emory University’s approach centers on people and patients. Nearly half of its roughly $600 million has gone to recruiting and keeping experts in Atlanta. That matters because AI researchers are in demand across the country and are easily drawn to coastal tech centers.

Emory University’s AI.Humanity initiative includes more than 250 faculty members across eight schools and colleges. Its AI.Health institute applies AI to cancer, kidney disease, and other health problems, and its work has led to three spinoff companies and 40 licensed technologies. Emory Healthcare already uses AI in patient care, which shows how quickly research from the Druid Hills campus can reach clinics across the metro area.

Workforce Training Reaches Beyond the Campuses

The investment also extends past university walls. Georgia Tech’s College of Lifetime Learning is developing upskilling and reskilling programs for working adults. Georgia Tech also leads Georgia AIM, a statewide manufacturing initiative backed by nearly $100 million in federal, state, and private support. Emory University’s AI + You Georgia program offers free AI education and workforce training to communities across the state.

Atlanta’s tech community has already been showing this kind of momentum. RenderATL’s AI Expo, which drew thousands of engineers to downtown Atlanta, showed the size of the city’s developer base before this funding was announced.

A $5 Million Grant Extends Georgia Tech’s Reach Nationally

A day after the joint announcement, Georgia Tech said it had received an initial $2.25 million for the first year of a $5 million, three-year commitment from Google’s philanthropic arm. The program is meant to help scientists across the country use AI in their research.

With the grant, Georgia Tech will build at least 15 shareable AI research tools and workflows, fund 15 research projects at five per year, and provide technical support to about 30 more research teams. More than 300 researchers and faculty will receive training, with a focus on institutions that have historically had less access to powerful computing. Georgia Tech expects 25 to 30 institutions to be using the shared tools by the end of the program.

Tim Lieuwen, Georgia Tech’s executive vice president for research, said the benefits of AI in science should not be limited to a small number of well-funded institutions. Georgia Tech’s Institute for Data Engineering and Science will lead the work, building on the Nexus supercomputer.

Avant South Puts the Strategy on Display Next Week

Atlanta will get a public look at these plans on October 12 and 13, when Avant South returns to Tech Square. The event brings together business leaders, researchers, entrepreneurs, investors, and civic leaders. It also includes an invitation-only AI Summit focused on making Atlanta a national center for applied AI.

Taken together, the announcements give Atlanta’s top-five tech hub goal concrete backing. The city now has both the money and the computing power behind that ambition.

FAQs

How Much Are Emory and Georgia Tech Investing in AI?

The two universities are investing more than $1 billion combined. Emory University is contributing about $600 million and Georgia Tech more than $575 million.

What Is the Nexus Supercomputer at Georgia Tech?

Nexus is Georgia Tech’s new AI supercomputer, launching in October 2026. It was funded by Georgia Tech, industry partners, and the National Science Foundation, and serves students, faculty, and researchers.

What Will Georgia Tech’s $5 Million AI Grant Fund?

Over three years, the grant will fund at least 15 shareable AI tools, 15 research projects, and training for more than 300 researchers. It focuses on institutions with limited computing access.

When Is Avant South 2026 in Atlanta?

Avant South takes place October 12 and 13, 2026, in Tech Square. The event includes an invitation-only AI Summit on Atlanta’s applied AI strategy.

How Does Emory’s AI Investment Affect Healthcare in Atlanta?

Emory University’s AI.Health institute applies AI to cancer and kidney disease and has produced 40 licensed technologies. Emory Healthcare already uses AI in patient care.