Thank you, Julie. Turning to Slide 16 now. When I joined the Sanofi team in mid-2018, we set out to fundamentally transform our pipeline and bolster productivity of the R&D organization. Moreover, we aimed to accomplish this transformation with a flat or even declining budget by making the necessary trade-offs and mandating far more focus. Key to this ambition has been the rigorous prioritization of projects. I'm proud to say the productivity of Sanofi R&D has doubled, and this is reflected in the pipeline. Comparing the 2017 Sanofi portfolio with the 2021 shows the results both in quantity and most importantly, quality of molecules in development. With respect to quantity, we've achieved an 80% increase in the number of NMEs in development without increasing our budget. And with respect to quality, 89% of our molecules in development now have a clear first-in-class or best-in-class target profile. A few examples of molecules that began their development journey since 2018 are listed here, ranging from our oral selective estrogen receptor degrader amcenestrant for breast cancer to our brain-penetrant oral BTK inhibitor for multiple sclerosis to our exquisitely engineered extended pharmacology Factor VIII replacement for hemophilia A Efa; two, our non-alpha interleukin-2 molecule for immuno-oncology created using a recently acquired synthetic biology platform that I had been monitoring for a couple of years waiting for derisking data that provided the confidence that pounds on the opportunity. In addition, our IRAK4 degrader, in collaboration with Chimera, recently achieved clinical proof of mechanism. The reinvigoration of the Sanofi pipeline has been greatly accelerated through M&A with 6 innovative companies bolted on. These are supplementing our pipeline and importantly, adding drug discovery platforms contributing to improved research productivity going forward. Today, our drug discovery toolbox is much more diverse going beyond small molecules, insulins and recombinant enzymes to add platforms in antibodies from Ablynx, fully human monoclonal antibodies from Kymab, synthetic biology inspired recombinant proteins from Synthorx, mRNA delivered in vivo into selective types of cells using highly engineered nanoparticles from Tidal, universal NK cell therapies for immuno-oncology from Kiadis and even new twists on small molecules from Principia. Moving to Slide 17. Among our late-stage oncology assets is amcenestrant, our oral selective estrogen receptor degrader or SERD. This molecule has the potential to become a best-in-class endocrine backbone therapy for hormone receptor positive breast cancer. What makes amcenestrant best-in-class? Well, it's all about the structure of the molecule, setting amcenestrant apart from competitors. You can think of SERDs as having 2 components: a core scaffold that binds the estrogen receptor shown in the box and an arm shown in green that engages cellular protein degradation machinery to eliminate the ser receptor from cells. Now Sanofi's degrader arm is a bit different from competing SERDs, but our scaffold is entirely different. As a result, amcenestrant possesses competitive efficacy, but without the side effect baggage of competing SERDs. This best-in-class tolerability profile really matters when treating early-stage breast cancer, particularly in the adjuvant setting, where women can be on therapy for 10 years. We've launched a broad program to assess the efficacy and tolerability of amcenestrant across all lines of therapy from early to late. Our fast to market opportunity is found in the study we call AMEERA-3 in late-line metastatic breast cancer. This is a high bar challenge for amcenestrant, particularly in a world where most women will have already failed in aromatase inhibitor combined with the CDK4/6 inhibitor. But if successful, AMEERA-3 could bring amcenestrant market within 7 years, well ahead of standard industry cycle times. We anticipate the event-driven readout for AMEERA-3 in the second half of this year. Our Phase I data showed a respectable 36% clinical benefit rate, which rose to 64% for patients who had not already received fulvestrant or a kinase inhibitor. Treatment-related adverse events were mostly Grade 1, some Grade 2, but unlike competing SERDs, no Grade 3. AMEERA-5 in frontline metastatic breast cancer compares CDK4/6 inhibitor palbociclib in combination with either our amcenestrant or an aromatase inhibitor. We expect this trial to be fully enrolled faster than planned if the enthusiastic response from the investigator community continues at the current pace. At ASCO last month, we presented our pilot data for amcenestrant combined with palbociclib, reporting an overall response rate of 34% and an impressive clinical benefit rate of 74% for this combination. Again, our safety profile was consistent with best-in-class tolerability. Today, we are the only company having demonstrated encouraging Phase I combination efficacy data at the Phase III dose. For early breast cancer, our first foray into the adjuvant setting is set to begin towards the end of this year. As announced at ASCO, we're pleased and honored to join forces with some of the world's leading oncology corporate groups working on breast cancer to conduct a seminal trial in aromatase inhibitor intolerant patients whose tumors have high-risk features. Our study will put amcenestrant head-to-head against tamoxifen. While representing a subset of the adjuvant population, this study design affords the opportunity to reach the market relatively quickly by adjuvant standards. Recognize that an estimated 30% of women with early-stage breast cancer fail to complete the prescribed 5 years of adjuvant therapy due to tolerability challenges with the aromatase inhibitors. Now on Slide 18, please. I can point to several other examples of our progress in oncology that also occurred in Q2. First, SAR'245, a potential best-in-class non-alpha interleukin-2 molecule from the Synthorx platform now being tested in several oncology indications and contexts as monotherapy and as combination therapy. In our broad Phase II program, we are leveraging '245's impressive ability to selectively expand effector T cells without undue expansion of immunosuppressive regulatory T cells by combining '245 either with our cemiplimab or with Merck's pembrolizumab. In addition, '245 will be tested in combination with ADCC-competent antibodies such as cetuximab to leverage the impressive NK cell expansion that our molecule stimulates in patients with very well-tolerated doses. In the second panel, SAR'881 is a trailblazing entrant into the frontier of checkpoint inhibitors, partnered with Beyond Biosciences. '881 targets ILT2, a checkpoint receptor found principally on myeloid cells and NK cells as well as a subpopulation of PD-1 negative exhausted T cells. That molecule just entered Phase I, and we are anxious to combine 881 with other molecules in our portfolio. In the third panel, Sanofi's first entry into cell-based therapeutics is represented by the universal NK cell platform with the objective to bolster our emerging focus on NK cell-based immunotherapies. We expect these universally compatible NK cells to combine well with other molecules in our portfolio. And finally, in the fourth panel, I would highlight our antibody drug conjugate molecule, tusamitamab ravtansine, our potential first-in-class CEACAM5 targeting ADC now in Phase III for advanced lung cancer. Tusa aims to not only become the standard of care for patients with CEACAM5 high expressing tumors in second line post immunotherapy but also to become the cornerstone of therapy in first-line non-squamous cell lung cancer in combination with a PD-1. Looking beyond lung cancer. This quarter, we started a basket trial in additional CEACAM5-expressing tumor types, namely breast and pancreatic. My final slide, Slide 19, list of pipeline milestones expected for the second half of the year. It includes potentially registration-enabling pivotal trial readouts for Dupixent in 3 new indications. You've heard about one of those from Bill. We have pivotal trial readouts also where our internally invented anti-CD38 antibody Sarclisa in treatment-naive frontline myeloma and for our internally invented oral SERD amcenestrant in late-line breast cancer. And for rilzabrutinib, the oral BTK inhibitor acquired from Principia, which will read out later this year for a dermatology indication. We also expect to put an additional 5 molecules into the clinic in the second half of 2021, including some really interesting multi-specific nanobodies. Finally, I would mention with pride that the FDA approved fexanitazole for the treatment of African sleeping sickness. Fexanitazole was discovered in our laboratories in Frankfort and developed in collaboration with the nonprofit organization, Drugs for Neglected Disease Initiative. It represents the first convenient oral therapy for African trobetosomisis, a milestone in Sanofi's long-stand commitment to eradicate this neglected tropical disease. The FDA will issue a priority review voucher for this accomplishment. And with that, I hand over to our CFO, Jean-Baptiste.