To our past, present and future entrepreneurs...
...Hello World
We – Nan, Adam, and Zavain – spent our early careers honing our investment instincts and philosophies at the cutting edge of life sciences and technology as GPs at generalist firms. We saw first hand these two compounding disciplines and stitched together a new ilk of enterprise alongside many of the planet’s greatest scientists, technologists, and founders. We saw a radical transformation at both poles of practice and entered the early innings of a new age where biotech platforms generated petabytes of rich biological data, where the leading large pharma and life science academic institutions bolstered their faculty with famed computer scientists, and where iconic tech giants built wet bench capabilities to attack biology's most vexing problems. At the frontiers of the recent-possible we saw the hidden in plain sight truth: it wasn’t a question of if or when the realms of technology and life sciences would collide. They already had.
“ ...it wasn’t a question of if or when the realms of technology and life sciences would collide. They already had.”
We simultaneously bore witness to a growing gap between visionary builders and outdated venture models – capital increasingly serving as a lagging indicator, not forcing function, of fundamental innovation. Whereas leading practitioners and company builders were increasingly multilingual and fluent across the languages of biology, chemistry, software, hardware, and ML, capital markets remained dichotomous and reflective of a prior era: siloed disciplines centering around tech or biotech, software platforms or molecular assets.
In March 2022 we decided to take the entrepreneurial leap and founded Dimension, a de novo firm singularly focused at the interface of technology and the life sciences. We did so with full conviction that this interface was in desperate need of a new form of investment firm: one well steeped and sophisticated within the life sciences yet also equally progressive and fluent within technology. A firm to meet and converse in the multitude of languages that you - our past, current, and future entrepreneurs - now hold as native.
We believe the long-term potential of technology and science is independent from market cycles.
For decades industry has held zero sum tension between the two disciplines. Core to our conviction is a view that the appropriate weaving of the two will unlock a multitude of transformative organizations, creating and capturing value in the most staid of capital markets while simultaneously demonstrating the increasing economies of scale and productivity now commonplace in adjacent sectors already infused by technology. The practice of biology, once a paradigm of chance readouts from one-off experimentation, is itself evolving into a mechanized, data-centric pursuit. Every single piece of equipment and assay in the lab is following Moore’s law-like curves in cost, scale, fidelity, and reproducibility. This unstoppable march of innovative molecular tools and lab automation systems has turned today's modern lab into an industrialized experiment factory - generating a factor of data a decade ago inaccessible, two decades ago unimaginable. We’ve come a long way from the billion dollar genome - just a fraction of that capital today grants access to actionable proprietary insights across genomics, transcriptomics, proteomics, and beyond. Rich, expansive, interrelatable, and built-per-spec data has become the third foundational pillar - biology, chemistry, anddata - of the modern biotech.
This data is replacing the clickstream data of yore as the most compelling application for the software infrastructure and machine learning rails developed contemporaneously by Silicon Valley. The distributed infrastructure built to serve consumers alarmingly targeted Instagram ads now indexes the petabytes of high-throughput multi-omic data coming from labs, biotech, and pharma. The LLMs built to translate English to French now unearth the underlying linguistic grammars of amino acid “words” to translate protein sequence to molecular function. The computer vision models famously trained to classify cats on the web now diagnose with extreme precision and record scale disease states of individual cells and even unearth the beautifully complex pathways of intracellular molecular movements. We are not alone in this recognition: if math is the language manifest in our quest to understand physics, machine learning may very well be the mother tongue of biological systems to articulate the complexity of emerged systems phenomena.
“ ...if math is the language manifest in our quest to understand physics, machine learning may very well be the mother tongue of biological systems...”
In pharma and biotech the strategic imperatives behind data and software are now mid-flight from begrudgingly budgeted cost centers to the primary modes of defensibility, value creation, and value capture. Within the decade this seemingly innocuous shift will become existential table stakes at the highest executive levels, for companies big and small - for upstarts and large pharma alike. Tomorrow’s biotech will no longer be formed by a team of two: a biologist and a chemist, but instead a team of three: a biologist, chemist, and computer scientist.
“ Tomorrow’s biotech will no longer be formed by a team of two: a biologist and a chemist, but instead a team of three: a biologist, chemist, and computer scientist.”
A generational confluence of advances in software, hardware, machine learning and lab science have created prime conditions for a leap forward in life science capability and productivity. The digitization of life sciences will transform the entire end-to-end journey of medicines: from the Eureka moment of biological discovery, to lab tools, instruments and software, to clinical development, to regulatory interface, and ultimately to manufacturing and commercialization. Dimension exists to partner with the very best entrepreneurs working across this continuum.
“ Dimension exists to partner with the very best entrepreneurs working across this continuum.”
If we're right, we are on the precipice of a radical shift in industry akin to the internet in 1995 or the cloud in 2007. Partnering with, building, and stewarding this next-generation of companies with you will have potential to mobilize massive impact for humanity, upend industry, and create enormous wealth. Doing so will require running head on against the status quo and rewriting prior art in investment underwriting, company operations, team construction, and go-to-market models. It will necessitate reimagining how these disciplines weave into complex organizational fabrics - quiltworks heretofore never seen.